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(1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 46, referencja nr 4", "secondary": false, "sample_note": "robinia akacjowa (oryg.: „Black Locust”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 240.0, "value_original": "0.24 (0.01)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "drewno-lisciaste-r3", "substrate_id": "drewno-lisciaste", "status": "published", "source_type": "publication", "source_id": "gunaseelan1997", "label": "Nallathambi Gunaseelan (1997)", "db_ref": "MY-D mdb1490 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "gałęzie (z odpadów komunalnych) (oryg.: „Branches”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 134.0, "value_original": "134", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "drewno-lisciaste-r4", "substrate_id": "drewno-lisciaste", "status": "published", "source_type": "publication", "source_id": "krause2018", "label": "Krause i in. (2018)", "db_ref": "MY-D mdb2571 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „hardwood”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 45.0, "value_original": "45", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "drewno-lisciaste-r5", "substrate_id": "drewno-lisciaste", "status": "published", "source_type": "publication", "source_id": "krause2018", "label": "Krause i in. (2018)", "db_ref": "MY-D mdb2573 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „hardwood”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 49.0, "value_original": "49", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "drewno-lisciaste-r6", "substrate_id": "drewno-lisciaste", "status": "published", "source_type": "publication", "source_id": "krause2018", "label": "Krause i in. (2018)", "db_ref": "MY-D mdb2572 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „hardwood”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 170.0, "value_original": "170", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "drewno-lisciaste-r7", "substrate_id": "drewno-lisciaste", "status": "published", "source_type": "publication", "source_id": "krause2018", "label": "Krause i in. (2018)", "db_ref": "MY-D mdb2570 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „hardwood”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 270.0, "value_original": "270", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "drewno-lisciaste-r8", "substrate_id": "drewno-lisciaste", "status": "published", "source_type": "publication", "source_id": "waste_lpmo2019", "label": "Costa i in. (2019)", "db_ref": "odczyt z publikacji otwartej (section Results, text); plik dowodowy dl/waste_lpmo2019/fulltext.txt", "secondary": false, "sample_note": "brzoza, mielona (oryg.: „Birch (milled wood)”)", "duration_d": 40.0, "pretreatment": "brak", "pretreated": false, "value": 121.0, "value_original": "121", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lignina-pozostalosc-r1", "substrate_id": "lignina-pozostalosc", "status": "published", "source_type": "publication", "source_id": "waste_hlignin2018", "label": "Mulat i in. (2018)", "db_ref": "odczyt z publikacji otwartej (section Results, text); plik dowodowy dl/waste_hlignin2018/fulltext.txt", "secondary": false, "sample_note": "z brzozy (oryg.: „Hydrolysis lignin from birch (HL birch)”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 16.0, "pretreatment": "brak", "pretreated": false, "value": 125.0, "value_original": "125", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lignina-pozostalosc-r2", "substrate_id": "lignina-pozostalosc", "status": "published", "source_type": "publication", "source_id": "waste_lpmo2019", "label": "Costa i in. (2019)", "db_ref": "odczyt z publikacji otwartej (section Results, text); plik dowodowy dl/waste_lpmo2019/fulltext.txt", "secondary": false, "sample_note": "z brzozy po eksplozji parowej i hydrolizie (oryg.: „Lignin-rich residue from birch (LRR birch)”)", "duration_d": 40.0, "pretreatment": "brak", "pretreated": false, "value": 85.0, "value_original": "85", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-drzewne-z-papierni-r1", "substrate_id": "odpady-drzewne-z-papierni", "status": "published", "source_type": "publication", "source_id": "waste_paper2016", "label": "Walter i in. (2016)", "db_ref": "odczyt z publikacji otwartej (section Results, text + Table 2); plik dowodowy dl/waste_paper2016/fulltext.txt", "secondary": false, "sample_note": "37 °C (oryg.: „Wood residues (WR), non-pretreated, 37 C”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 23.0, "pretreatment": "brak", "pretreated": false, "value": 116.0, "value_original": "116", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-drzewne-z-papierni-r2", "substrate_id": "odpady-drzewne-z-papierni", "status": "published", "source_type": "publication", "source_id": "waste_paper2016", "label": "Walter i in. (2016)", "db_ref": "odczyt z publikacji otwartej (section Results, text + Table 2); plik dowodowy dl/waste_paper2016/fulltext.txt", "secondary": false, "sample_note": "55 °C (oryg.: „Wood residues (WR), non-pretreated, 55 C”)", "temperature_c": 55.0, "regime": "termofilowy", "duration_d": 23.0, "pretreatment": "brak", "pretreated": false, "value": 171.0, "value_original": "171", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "przycinki-oliwek-i-winorosli-r1", "substrate_id": "przycinki-oliwek-i-winorosli", "status": "published", "source_type": "publication", "source_id": "agro2_medres2015", "label": "Nitsos i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Section 3.1); plik dowodowy dl/agro_medres2015/fulltext.txt", "secondary": false, "sample_note": "przycinki winorośli, 55 °C (oryg.: „vine pruning (untreated VP)”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 53.8, "value_original": "53.8", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "przycinki-oliwek-i-winorosli-r2", "substrate_id": "przycinki-oliwek-i-winorosli", "status": "published", "source_type": "publication", "source_id": "agro2_medres2015", "label": "Nitsos i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Section 3.2); plik dowodowy dl/agro_medres2015/fulltext.txt", "secondary": false, "sample_note": "przycinki oliwek, 55 °C (oryg.: „olive pruning (untreated OP)”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 56.8, "value_original": "56.8", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "topola-r1", "substrate_id": "topola", "status": "published", "source_type": "publication", "source_id": "cropgen:20", "label": "Tong i in. (1990)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 716, referencja nr 20", "secondary": false, "sample_note": "topola jednoroczna (oryg.: „Wood grass”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 104.0, "pretreatment": "przygotowanie/przechowanie: air dried", "pretreated": false, "value": 291.0, "value_original": "0.291 (0.006)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.079, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "topola-r2", "substrate_id": "topola", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 423, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Poplar”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 220.0, "value_original": "0.22 (0.02)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "topola-r3", "substrate_id": "topola", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 419, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Poplar”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 240.0, "value_original": "0.24 (0.01)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "topola-r4", "substrate_id": "topola", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 421, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Poplar”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 260.0, "value_original": "0.26 (0.01)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "topola-r5", "substrate_id": "topola", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 422, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Poplar”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 270.0, "value_original": "0.27 (0.04)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "topola-r6", "substrate_id": "topola", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 415, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Poplar”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 280.0, "value_original": "0.28 (0.01)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "topola-r7", "substrate_id": "topola", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 417, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Poplar”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 290.0, "value_original": "0.29 (0.01)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "topola-r8", "substrate_id": "topola", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 414, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Poplar”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 300.0, "value_original": "0.3", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "topola-r9", "substrate_id": "topola", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 412, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Poplar”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 330.0, "value_original": "0.33", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trociny-i-zrebki-r1", "substrate_id": "trociny-i-zrebki", "status": "published", "source_type": "publication", "source_id": "dub_birchbriquettes2023", "label": "Dubrovskis i Dubrovskis (2023)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2023_Papers_TF124/fulltext.txt", "secondary": false, "sample_note": "brykiety z trocin brzozowych, bez dodatków (oryg.: „Birch sawdust briquettes (no additives)”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 178.0, "value_original": "0.178", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trociny-i-zrebki-r2", "substrate_id": "trociny-i-zrebki", "status": "published", "source_type": "publication", "source_id": "dub_sawdust2023", "label": "Dubrovskis i Dubrovskis (2023)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2023_Papers_TF123/fulltext.txt", "secondary": false, "sample_note": "stare trociny (reaktory 6 L) (oryg.: „Old sawdust”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 153.0, "value_original": "0.153", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trociny-i-zrebki-r3", "substrate_id": "trociny-i-zrebki", "status": "published", "source_type": "publication", "source_id": "dub_sawdust2023", "label": "Dubrovskis i Dubrovskis (2023)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2023_Papers_TF123/fulltext.txt", "secondary": false, "sample_note": "świeże trociny (reaktory 6 L) (oryg.: „Fresh sawdust”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 175.0, "value_original": "0.175", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trociny-i-zrebki-r4", "substrate_id": "trociny-i-zrebki", "status": "published", "source_type": "publication", "source_id": "my_cassava2021", "label": "Mabecua i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 2, Manometric); plik dowodowy dl/my_water_13_00939/fulltext.txt", "secondary": false, "sample_note": "trociny (Mozambik) (oryg.: „Sawdust SD2 (manometric)”)", "duration_d": 98.0, "pretreatment": "brak", "pretreated": false, "value": 73.0, "value_original": "73", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trociny-i-zrebki-r5", "substrate_id": "trociny-i-zrebki", "status": "published", "source_type": "publication", "source_id": "my_cassava2021", "label": "Mabecua i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 2, Manometric); plik dowodowy dl/my_water_13_00939/fulltext.txt", "secondary": false, "sample_note": "trociny (Mozambik) (oryg.: „Sawdust SD1 (manometric)”)", "duration_d": 91.0, "pretreatment": "brak", "pretreated": false, "value": 129.0, "value_original": "129", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trociny-i-zrebki-r6", "substrate_id": "trociny-i-zrebki", "status": "published", "source_type": "publication", "source_id": "my_horsebedding2023", "label": "Naji i in. (2023)", "db_ref": "odczyt z publikacji otwartej (tekst, wyniki); plik dowodowy dl/my_fermentation_09_00580/fulltext.txt", "secondary": false, "sample_note": "zrębki drzewne (ściółka) (oryg.: „Wood chips (WC)”)", "pretreatment": "brak", "pretreated": false, "value": 77.2, "value_original": "77.2", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wierzba-energetyczna-r1", "substrate_id": "wierzba-energetyczna", "status": "published", "source_type": "publication", "source_id": "cropgen:13", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 124, referencja nr 13", "secondary": false, "sample_note": "pędy jednoroczne (oryg.: „Energy willow”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 139.0, "pretreatment": "brak", "pretreated": false, "value": 290.0, "value_original": "0.29", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wierzba-energetyczna-r2", "substrate_id": "wierzba-energetyczna", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. 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(1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 705, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Willow”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 190.0, "value_original": "0.19 (0.02)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.04, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wierzba-energetyczna-r6", "substrate_id": "wierzba-energetyczna", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 710, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Willow”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 210.0, "value_original": "0.21 (0.02)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wierzba-energetyczna-r7", "substrate_id": "wierzba-energetyczna", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 703, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Willow”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 220.0, "value_original": "0.22 (0.01)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.12, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wierzba-energetyczna-r8", "substrate_id": "wierzba-energetyczna", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 708, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Willow”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 230.0, "value_original": "0.23 (0.01)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wierzba-energetyczna-r9", "substrate_id": "wierzba-energetyczna", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 702, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Willow”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 240.0, "value_original": "0.24 (0.01)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wierzba-energetyczna-r10", "substrate_id": "wierzba-energetyczna", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 709, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Willow”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 250.0, "value_original": "0.25 (0.01)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.039, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wierzba-energetyczna-r11", "substrate_id": "wierzba-energetyczna", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 695, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Willow”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 270.0, "value_original": "0.27 (0.01)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.02, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wierzba-energetyczna-r12", "substrate_id": "wierzba-energetyczna", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 700, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Willow”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 280.0, "value_original": "0.28 (0.01)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.01, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wierzba-energetyczna-r13", "substrate_id": "wierzba-energetyczna", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 693, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Willow”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 290.0, "value_original": "0.29 (0.01)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.02, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wierzba-energetyczna-r14", "substrate_id": "wierzba-energetyczna", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 694, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Willow”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 310.0, "value_original": "0.31 (0.01)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.03, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "chlamydomonas-reinhardtii-r1", "substrate_id": "chlamydomonas-reinhardtii", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2332 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Chlamydomonas reinhardtii”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 306.0, "value_original": "306", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "chlamydomonas-reinhardtii-r2", "substrate_id": "chlamydomonas-reinhardtii", "status": "published", "source_type": "publication", "source_id": "mussgnug2010", "label": "Mussgnug i in. (2010)", "db_ref": "MY-D mdb1395 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Chlamydomonas reinhardtii”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 387.0, "value_original": "387", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "chlorella-kessleri-r1", "substrate_id": "chlorella-kessleri", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2334 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Chlorella kessleri”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 168.0, "value_original": "168", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "chlorella-kessleri-r2", "substrate_id": "chlorella-kessleri", "status": "published", "source_type": "publication", "source_id": "mussgnug2010", "label": "Mussgnug i in. (2010)", "db_ref": "MY-D mdb1396 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Chlorella kessleri”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 218.0, "value_original": "218", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "chlorella-sp-r1", "substrate_id": "chlorella-sp", "status": "published", "source_type": "publication", "source_id": "abs_fermoso2016", "label": "Fermoso i in. (2016)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/epabs_27409043/fulltext.txt", "secondary": false, "sample_note": "Chlorella sorokiniana (oryg.: „Chlorella sorokiniana”)", "pretreatment": "brak", "pretreated": false, "value": 211.0, "value_original": "211", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "chlorella-sp-r2", "substrate_id": "chlorella-sp", "status": "published", "source_type": "publication", "source_id": "abs_perendeci2019", "label": "Perendeci i in. (2019)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/epabs_30822642/fulltext.txt", "secondary": false, "sample_note": "Chlorella sp. (izolat z Turcji) (oryg.: „Chlorella sp.”)", "pretreatment": "brak", "pretreated": false, "value": 242.0, "value_original": "242", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "chlorella-sp-r3", "substrate_id": "chlorella-sp", "status": "published", "source_type": "publication", "source_id": "he2016", "label": "He i in. (2016)", "db_ref": "MY-D mdb2282 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Chlorella sp.”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 338.7, "value_original": "338.7", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "chlorella-sp-r4", "substrate_id": "chlorella-sp", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2318 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Chlorella”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 123.0, "value_original": "123", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "chlorella-sp-p1", "substrate_id": "chlorella-sp", "status": "published", "source_type": "publication", "source_id": "he2016", "label": "He i in. (2016)", "db_ref": "MY-D mdb2283 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Chlorella sp.”)", "pretreatment": "obróbka wstępna: fermentation", "pretreated": true, "value": 366.9 }, { "id": "chlorella-sp-p2", "substrate_id": "chlorella-sp", "status": "published", "source_type": "publication", "source_id": "he2016", "label": "He i in. (2016)", "db_ref": "MY-D mdb2284 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Chlorella sp.”)", "pretreatment": "obróbka wstępna: fermentation", "pretreated": true, "value": 377.9 }, { "id": "chlorella-sp-p3", "substrate_id": "chlorella-sp", "status": "published", "source_type": "publication", "source_id": "he2016", "label": "He i in. (2016)", "db_ref": "MY-D mdb2285 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Chlorella sp.”)", "pretreatment": "obróbka wstępna: fermentation", "pretreated": true, "value": 390.4 }, { "id": "chlorella-sp-p4", "substrate_id": "chlorella-sp", "status": "published", "source_type": "publication", "source_id": "he2016", "label": "He i in. (2016)", "db_ref": "MY-D mdb2286 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Chlorella sp.”)", "pretreatment": "obróbka wstępna: fermentation", "pretreated": true, "value": 415.6 }, { "id": "chlorella-vulgaris-r1", "substrate_id": "chlorella-vulgaris", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2348 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Chlorella vulgaris”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 91.0, "value_original": "91", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "chlorella-vulgaris-r2", "substrate_id": "chlorella-vulgaris", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2349 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Chlorella vulgaris”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 131.0, "value_original": "131", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "chlorella-vulgaris-r3", "substrate_id": "chlorella-vulgaris", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2309 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Chlorella vulgaris”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 228.0, "value_original": "228", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "chlorella-vulgaris-r4", "substrate_id": "chlorella-vulgaris", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2316 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Chlorella vulgaris”) — wartość przytoczona w przeglądzie literatury", "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 229.0, "value_original": "229", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "chlorella-vulgaris-r5", "substrate_id": "chlorella-vulgaris", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2358 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Chlorella vulgaris”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 230.0, "value_original": "230", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "chlorella-vulgaris-r6", "substrate_id": "chlorella-vulgaris", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2296 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Chlorella vulgaris”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 337.0, "value_original": "337", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "chlorella-vulgaris-r7", "substrate_id": "chlorella-vulgaris", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2359 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Chlorella vulgaris”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 440.0, "value_original": "440", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "chlorella-vulgaris-r8", "substrate_id": "chlorella-vulgaris", "status": "published", "source_type": "publication", "source_id": "plants_chlorelladunaliella2011", "label": "Lakaniemi i in. (2011)", "db_ref": "odczyt z publikacji otwartej (Abstract); plik dowodowy dl/plants_chlorelladunaliella2011/fulltext.txt", "secondary": false, "sample_note": "Chlorella vulgaris (slodkowodna), biomasa bez obrobki, test okresowy ze wzbogacona kultura z osadu (Tampere), na g VS (oryg.: „Chlorella vulgaris biomass”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 49.0, "pretreatment": "brak", "pretreated": false, "value": 286.0, "value_original": "286", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "chlorella-vulgaris-r9", "substrate_id": "chlorella-vulgaris", "status": "published", "source_type": "publication", "source_id": "roberts2019", "label": "Roberts i in. (2019)", "db_ref": "MY-D mdb3174 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „C. vulgaris”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 307.0, "value_original": "307", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "dunaliella-salina-r1", "substrate_id": "dunaliella-salina", "status": "published", "source_type": "publication", "source_id": "abs_fermoso2016", "label": "Fermoso i in. (2016)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/epabs_27409043/fulltext.txt", "secondary": false, "sample_note": "(oryg.: „Dunaliella salina”)", "pretreatment": "brak", "pretreated": false, "value": 63.0, "value_original": "63", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "dunaliella-salina-r2", "substrate_id": "dunaliella-salina", "status": "published", "source_type": "publication", "source_id": "mussgnug2010", "label": "Mussgnug i in. (2010)", "db_ref": "MY-D mdb1397 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Dunaliella salina”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 323.0, "value_original": "323", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "dunaliella-salina-r3", "substrate_id": "dunaliella-salina", "status": "published", "source_type": "publication", "source_id": "roberts2019", "label": "Roberts i in. (2019)", "db_ref": "MY-D mdb3172 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "w publikacji badano D. salina (tytuł pracy) (oryg.: „Dunaliella sp.”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 276.0, "value_original": "276", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "hydrodictyon-reticulatum-r1", "substrate_id": "hydrodictyon-reticulatum", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2310 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „H.reticulatum”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 170.0, "value_original": "170", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "hydrodictyon-reticulatum-r2", "substrate_id": "hydrodictyon-reticulatum", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2351 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „H.reticulatum”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 330.0, "value_original": "330", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "microspora-r1", "substrate_id": "microspora", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2389 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Microspora”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 255.0, "value_original": "255", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "microspora-r2", "substrate_id": "microspora", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2391 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Microspora”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 413.0, "value_original": "413", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "microspora-p1", "substrate_id": "microspora", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2392 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Microspora”)", "pretreatment": "obróbka wstępna: fermentation", "pretreated": true, "value": 266.0 }, { "id": "nannochloropsis-oculata-r1", "substrate_id": "nannochloropsis-oculata", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2375 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Nanochloropsis oculata”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 210.0, "value_original": "210", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "nannochloropsis-oculata-r2", "substrate_id": "nannochloropsis-oculata", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2376 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Nanochloropsis oculata”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 290.0, "value_original": "290", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "nannochloropsis-oculata-r3", "substrate_id": "nannochloropsis-oculata", "status": "published", "source_type": "publication", "source_id": "roberts2019", "label": "Roberts i in. (2019)", "db_ref": "MY-D mdb3173 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „N. occulata”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 231.0, "value_original": "231", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "nannochloropsis-salina-r1", "substrate_id": "nannochloropsis-salina", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2326 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Nannochloropsis salina”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 233.0, "value_original": "233", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "nannochloropsis-salina-r2", "substrate_id": "nannochloropsis-salina", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2329 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Nannochloropsis salina”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 274.0, "value_original": "274", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "nannochloropsis-salina-r3", "substrate_id": "nannochloropsis-salina", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2325 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Nannochloropsis salina”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 347.0, "value_original": "347", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "nannochloropsis-salina-r4", "substrate_id": "nannochloropsis-salina", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2315 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Nannochloropsis salina”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 430.0, "value_original": "430", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "nannochloropsis-salina-r5", "substrate_id": "nannochloropsis-salina", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2330 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Nannochloropsis salina”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 460.0, "value_original": "460", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "nannochloropsis-salina-r6", "substrate_id": "nannochloropsis-salina", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2328 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Nannochloropsis salina”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 487.0, "value_original": "487", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "nannochloropsis-salina-r7", "substrate_id": "nannochloropsis-salina", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2327 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Nannochloropsis salina”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 549.0, "value_original": "549", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "nannochloropsis-salina-r8", "substrate_id": "nannochloropsis-salina", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2299 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Nannochloropsis salina”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 557.0, "value_original": "557", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "scenedesmus-obliquus-r1", "substrate_id": "scenedesmus-obliquus", "status": "published", "source_type": "publication", "source_id": "abs_fermoso2016", "label": "Fermoso i in. (2016)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/epabs_27409043/fulltext.txt", "secondary": false, "sample_note": "(oryg.: „Scenedesmus obliquus”)", "pretreatment": "brak", "pretreated": false, "value": 332.0, "value_original": "332", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "scenedesmus-obliquus-r2", "substrate_id": "scenedesmus-obliquus", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2336 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Scenedesmus obliquus”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 35.3, "value_original": "35.3", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "scenedesmus-obliquus-r3", "substrate_id": "scenedesmus-obliquus", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2303 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Scenedesmus obliquus”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 33.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 130.0, "value_original": "130", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "scenedesmus-obliquus-r4", "substrate_id": "scenedesmus-obliquus", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2304 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Scenedesmus obliquus”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 54.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 170.0, "value_original": "170", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "scenedesmus-obliquus-r5", "substrate_id": "scenedesmus-obliquus", "status": "published", "source_type": "publication", "source_id": "mussgnug2010", "label": "Mussgnug i in. (2010)", "db_ref": "MY-D mdb1399 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Scenedesmus obliquus”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 178.0, "value_original": "178", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "scenedesmus-sp-r1", "substrate_id": "scenedesmus-sp", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2377 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Scenedesmus”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 180.0, "value_original": "180", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "scenedesmus-sp-r2", "substrate_id": "scenedesmus-sp", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2379 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Scenedesmus”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 240.0, "value_original": "240", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "scenedesmus-sp-r3", "substrate_id": "scenedesmus-sp", "status": "published", "source_type": "publication", "source_id": "ramossuarez2014", "label": "Ramos-Suárez i in. (2014)", "db_ref": "MY-D mdb2677 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „M. Scenedesmus”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 140.3, "value_original": "140.3", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "scenedesmus-sp-r4", "substrate_id": "scenedesmus-sp", "status": "published", "source_type": "publication", "source_id": "roberts2019", "label": "Roberts i in. (2019)", "db_ref": "MY-D mdb3175 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Scenedesmus sp.”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 261.0, "value_original": "261", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "scenedesmus-sp-p1", "substrate_id": "scenedesmus-sp", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2378 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Scenedesmus”)", "pretreatment": "obróbka wstępna: chemical", "pretreated": true, "value": 330.0 }, { "id": "scenedesmus-sp-p2", "substrate_id": "scenedesmus-sp", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2380 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Scenedesmus”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 380.0 }, { "id": "scenedesmus-sp-p3", "substrate_id": "scenedesmus-sp", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2394 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Scenedesmus”)", "pretreatment": "obróbka wstępna: physical-chemical", "pretreated": true, "value": 273.0 }, { "id": "scenedesmus-sp-p4", "substrate_id": "scenedesmus-sp", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2395 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Scenedesmus”)", "pretreatment": "obróbka wstępna: physical-chemical", "pretreated": true, "value": 212.0 }, { "id": "hiacynt-wodny-r1", "substrate_id": "hiacynt-wodny", "status": "published", "source_type": "publication", "source_id": "abs_benin2021", "label": "Ahou i in. (2021)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie (average cumulative methane yield)); plik dowodowy dl/epabs_31538861/fulltext.txt", "secondary": false, "sample_note": "hiacynt wodny, mono-fermentacja (oryg.: „Water hyacinth (Benin)”)", "pretreatment": "brak", "pretreated": false, "value": 178.0, "value_original": "178", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "hiacynt-wodny-r2", "substrate_id": "hiacynt-wodny", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 674, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Water hyacinth (high lignin)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 196.0, "value_original": "0.196 (0.004)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "hiacynt-wodny-r3", "substrate_id": "hiacynt-wodny", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 675, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Water hyacinth (low lignin)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 213.0, "value_original": "0.213 (0.005)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.11, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "krasnorosty-r1", "substrate_id": "krasnorosty", "status": "published", "source_type": "publication", "source_id": "abs_jard2013", "label": "Jard i in. (2013)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/epabs_23896436/fulltext.txt", "secondary": false, "sample_note": "Palmaria palmata (oryg.: „Palmaria palmata (Brittany)”)", "pretreatment": "brak", "pretreated": false, "value": 279.0, "value_original": "0.279", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "krasnorosty-r2", "substrate_id": "krasnorosty", "status": "published", "source_type": "publication", "source_id": "abs_nielsen2011", "label": "Nielsen i Heiske (2011)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie, 34 d); plik dowodowy dl/epabs_22335117/fulltext.txt", "secondary": false, "sample_note": "Gracilaria vermiculophylla (oryg.: „Gracilaria vermiculophylla (Denmark)”)", "temperature_c": 53.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 132.0, "value_original": "132", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "laminaria-japonica-r1", "substrate_id": "laminaria-japonica", "status": "published", "source_type": "publication", "source_id": "plants_laminaria2015", "label": "Barbot i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Table 3, column BMP [mL g-1]); plik dowodowy dl/plants_laminaria2015/fulltext.txt", "secondary": false, "sample_note": "eksperyment E1 (oryg.: „Laminaria japonica waste, untreated (U-1, experiment E1)”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 22.0, "pretreatment": "brak", "pretreated": false, "value": 172.0, "value_original": "172", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "laminaria-japonica-r2", "substrate_id": "laminaria-japonica", "status": "published", "source_type": "publication", "source_id": "plants_laminaria2015", "label": "Barbot i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Table 3, column BMP [mL g-1]); plik dowodowy dl/plants_laminaria2015/fulltext.txt", "secondary": false, "sample_note": "eksperyment E2 (oryg.: „Laminaria japonica waste, untreated (U-2, experiment E2)”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 22.0, "pretreatment": "brak", "pretreated": false, "value": 178.0, "value_original": "178", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "laminaria-japonica-r3", "substrate_id": "laminaria-japonica", "status": "published", "source_type": "publication", "source_id": "plants_laminaria2015", "label": "Barbot i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Table 3, column BMP [mL g-1]); plik dowodowy dl/plants_laminaria2015/fulltext.txt", "secondary": false, "sample_note": "eksperyment E3 (oryg.: „Laminaria japonica waste, untreated (U-3, experiment E3)”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 22.0, "pretreatment": "brak", "pretreated": false, "value": 214.0, "value_original": "214", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makroglony-plazowe-r1", "substrate_id": "makroglony-plazowe", "status": "published", "source_type": "publication", "source_id": "dub_algae2020", "label": "Dubrovskis i in. (2020)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2020_Papers_TF450/fulltext.txt", "secondary": false, "sample_note": "krasnorosty wyrzucone na brzeg (oryg.: „Red algae, washed ashore (Gulf of Riga)”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 32.0, "pretreatment": "brak", "pretreated": false, "value": 27.0, "value_original": "0.027", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makroglony-plazowe-r2", "substrate_id": "makroglony-plazowe", "status": "published", "source_type": "publication", "source_id": "dub_algae2020", "label": "Dubrovskis i in. (2020)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2020_Papers_TF450/fulltext.txt", "secondary": false, "sample_note": "brunatnice wyrzucone na brzeg Zatoki Ryskiej (oryg.: „Brown algae, washed ashore (Gulf of Riga)”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 32.0, "pretreatment": "brak", "pretreated": false, "value": 46.0, "value_original": "0.046", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makroglony-plazowe-r3", "substrate_id": "makroglony-plazowe", "status": "published", "source_type": "publication", "source_id": "dub_algae2020", "label": "Dubrovskis i in. (2020)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2020_Papers_TF450/fulltext.txt", "secondary": false, "sample_note": "zielenice wyrzucone na brzeg (oryg.: „Green algae, washed ashore (Gulf of Riga)”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 32.0, "pretreatment": "brak", "pretreated": false, "value": 71.0, "value_original": "0.071", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makroglony-plazowe-r4", "substrate_id": "makroglony-plazowe", "status": "published", "source_type": "publication", "source_id": "plants_ruegen2015", "label": "Barbot i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Table 3, column BMP [mL g-1 VS]); plik dowodowy dl/plants_ruegen2015/fulltext.txt", "secondary": false, "sample_note": "mieszanina z plaż Rugii (oryg.: „RM untreated (Rugen-Mix beach macroalgae blend, sample U)”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 22.0, "pretreatment": "brak", "pretreated": false, "value": 87.0, "value_original": "87", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makroglony-plazowe-r5", "substrate_id": "makroglony-plazowe", "status": "published", "source_type": "publication", "source_id": "plants_ruegen2015", "label": "Barbot i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Table 3, column BMP [mL g-1 VS]); plik dowodowy dl/plants_ruegen2015/fulltext.txt", "secondary": false, "sample_note": "mieszanina z plaż Rugii (oryg.: „RM untreated (Rugen-Mix beach macroalgae blend, sample RM-U)”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 22.0, "pretreatment": "brak", "pretreated": false, "value": 96.0, "value_original": "96", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "moczarka-elodea-r1", "substrate_id": "moczarka-elodea", "status": "published", "source_type": "publication", "source_id": "my_macrophytes2018", "label": "Moeller i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Table 8, SMY); plik dowodowy dl/my_energies_11_03016/fulltext.txt", "secondary": false, "sample_note": "moczarka delikatna, próbka 12 (oryg.: „Western waterweed (Elodea nuttallii), sample 12”)", "pretreatment": "brak", "pretreated": false, "value": 204.0, "value_original": "204", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "moczarka-elodea-r2", "substrate_id": "moczarka-elodea", "status": "published", "source_type": "publication", "source_id": "my_macrophytes2018", "label": "Moeller i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Table 8, SMY); plik dowodowy dl/my_energies_11_03016/fulltext.txt", "secondary": false, "sample_note": "moczarka delikatna, rzeka Parthe, świeża (oryg.: „Western waterweed (Elodea nuttallii), Parthe, fresh”)", "pretreatment": "brak", "pretreated": false, "value": 233.0, "value_original": "233", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "nannochloropsis-gaditana-po-ekstrakcji-r1", "substrate_id": "nannochloropsis-gaditana-po-ekstrakcji", "status": "published", "source_type": "publication", "source_id": "capsontojo2017", "label": "Capson-Tojo i in. (2017)", "db_ref": "MY-D mdb2274 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "biomasa po ekstrakcji lipidów (oryg.: „Nannochloropsis gaditana”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 315.0, "value_original": "315", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "nannochloropsis-gaditana-po-ekstrakcji-r2", "substrate_id": "nannochloropsis-gaditana-po-ekstrakcji", "status": "published", "source_type": "publication", "source_id": "capsontojo2017", "label": "Capson-Tojo i in. (2017)", "db_ref": "MY-D mdb2276 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "biomasa po ekstrakcji lipidów (oryg.: „Nannochloropsis gaditana”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 365.0, "value_original": "365", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "nannochloropsis-gaditana-po-ekstrakcji-r3", "substrate_id": "nannochloropsis-gaditana-po-ekstrakcji", "status": "published", "source_type": "publication", "source_id": "capsontojo2017", "label": "Capson-Tojo i in. (2017)", "db_ref": "MY-D mdb2273 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "biomasa po ekstrakcji lipidów (oryg.: „Nannochloropsis gaditana”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 390.0, "value_original": "390", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "nannochloropsis-gaditana-po-ekstrakcji-r4", "substrate_id": "nannochloropsis-gaditana-po-ekstrakcji", "status": "published", "source_type": "publication", "source_id": "capsontojo2017", "label": "Capson-Tojo i in. (2017)", "db_ref": "MY-D mdb2278 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "biomasa po ekstrakcji lipidów (oryg.: „Nannochloropsis gaditana”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 460.0, "value_original": "460", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "nannochloropsis-gaditana-po-ekstrakcji-r5", "substrate_id": "nannochloropsis-gaditana-po-ekstrakcji", "status": "published", "source_type": "publication", "source_id": "capsontojo2017", "label": "Capson-Tojo i in. (2017)", "db_ref": "MY-D mdb2277 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "biomasa po ekstrakcji lipidów (oryg.: „Nannochloropsis gaditana”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 470.0, "value_original": "470", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "nannochloropsis-gaditana-po-ekstrakcji-r6", "substrate_id": "nannochloropsis-gaditana-po-ekstrakcji", "status": "published", "source_type": "publication", "source_id": "capsontojo2017", "label": "Capson-Tojo i in. (2017)", "db_ref": "MY-D mdb2275 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "biomasa po ekstrakcji lipidów (oryg.: „Nannochloropsis gaditana”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 475.0, "value_original": "475", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "phaeodactylum-tricornutum-r1", "substrate_id": "phaeodactylum-tricornutum", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2305 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Phaeodactylum tricornutum”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 33.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 270.0, "value_original": "270", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "phaeodactylum-tricornutum-r2", "substrate_id": "phaeodactylum-tricornutum", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2306 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Phaeodactylum tricornutum”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 54.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 290.0, "value_original": "290", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "phaeodactylum-tricornutum-r3", "substrate_id": "phaeodactylum-tricornutum", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2300 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Phaeodactylum tricornutum”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 337.0, "value_original": "337", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "palka-typha-r1", "substrate_id": "palka-typha", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "pałka wąskolistna, nawożenie A (oryg.: „T. angustifolia, fertilization A”)", "pretreatment": "brak", "pretreated": false, "value": 139.5, "value_original": "139.5", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "palka-typha-r2", "substrate_id": "palka-typha", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "pałka wąskolistna, nawożenie B (oryg.: „T. angustifolia, fertilization B”)", "pretreatment": "brak", "pretreated": false, "value": 172.0, "value_original": "172.0", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "palka-typha-r3", "substrate_id": "palka-typha", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "pałka wąskolistna, nawożenie C (oryg.: „T. angustifolia, fertilization C”)", "pretreatment": "brak", "pretreated": false, "value": 204.5, "value_original": "204.5", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "palka-typha-r4", "substrate_id": "palka-typha", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "pałka szerokolistna, nawożenie A (oryg.: „T. latifolia, fertilization A”)", "pretreatment": "brak", "pretreated": false, "value": 212.6, "value_original": "212.6", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "palka-typha-r5", "substrate_id": "palka-typha", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "pałka szerokolistna, nawożenie C (oryg.: „T. latifolia, fertilization C”)", "pretreatment": "brak", "pretreated": false, "value": 249.2, "value_original": "249.2", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "palka-typha-r6", "substrate_id": "palka-typha", "status": "published", "source_type": "publication", "source_id": "my_wetland2021", "label": "Czubaszek i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/my_energies_14_08373/fulltext.txt", "secondary": false, "sample_note": "pałka szerokolistna, fermentacja sucha (oryg.: „Typha latifolia (TL), dry fermentation”)", "pretreatment": "brak", "pretreated": false, "value": 185.0, "value_original": "185", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "palka-typha-r7", "substrate_id": "palka-typha", "status": "published", "source_type": "publication", "source_id": "my_wetland2021", "label": "Czubaszek i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/my_energies_14_08373/fulltext.txt", "secondary": false, "sample_note": "pałka szerokolistna, fermentacja mokra (oryg.: „Typha latifolia (TL), wet fermentation”)", "pretreatment": "brak", "pretreated": false, "value": 237.0, "value_original": "237", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "palka-typha-r8", "substrate_id": "palka-typha", "status": "published", "source_type": "publication", "source_id": "plants_wetland2023", "label": "Moretti i in. (2023)", "db_ref": "odczyt z publikacji otwartej (Table 3, CATTAIL, row 0.25-C); plik dowodowy dl/plants_wetland2023/fulltext.txt", "secondary": false, "sample_note": "różne S/I i rozdrobnienie (warianty testu) (oryg.: „Typha dominguensis (cattail), S/I ratio 0.25 gVS/gVS, coarse granulometry (0.25-C)”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 23.8, "value_original": "23.75", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "palka-typha-r9", "substrate_id": "palka-typha", "status": "published", "source_type": "publication", "source_id": "plants_wetland2023", "label": "Moretti i in. (2023)", "db_ref": "odczyt z publikacji otwartej (Table 3, CATTAIL, row 0.25-F); plik dowodowy dl/plants_wetland2023/fulltext.txt", "secondary": false, "sample_note": "różne S/I i rozdrobnienie (warianty testu) (oryg.: „Typha dominguensis (cattail), S/I ratio 0.25 gVS/gVS, fine granulometry (0.25-F)”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 49.5, "value_original": "49.50", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "palka-typha-r10", "substrate_id": "palka-typha", "status": "published", "source_type": "publication", "source_id": "plants_wetland2023", "label": "Moretti i in. (2023)", "db_ref": "odczyt z publikacji otwartej (Table 3, CATTAIL, row 0.50-C); plik dowodowy dl/plants_wetland2023/fulltext.txt", "secondary": false, "sample_note": "różne S/I i rozdrobnienie (warianty testu) (oryg.: „Typha dominguensis (cattail), S/I ratio 0.50 gVS/gVS, coarse granulometry (0.50-C)”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 70.4, "value_original": "70.42", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "palka-typha-r11", "substrate_id": "palka-typha", "status": "published", "source_type": "publication", "source_id": "plants_wetland2023", "label": "Moretti i in. (2023)", "db_ref": "odczyt z publikacji otwartej (Table 3, CATTAIL, row 0.50-F); plik dowodowy dl/plants_wetland2023/fulltext.txt", "secondary": false, "sample_note": "różne S/I i rozdrobnienie (warianty testu) (oryg.: „Typha dominguensis (cattail), S/I ratio 0.50 gVS/gVS, fine granulometry (0.50-F)”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 79.5, "value_original": "79.46", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "plywajace-rosliny-wodne-r1", "substrate_id": "plywajace-rosliny-wodne", "status": "published", "source_type": "publication", "source_id": "cu2015", "label": "Cu i in. (2014)", "db_ref": "MY-D mdb2693 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "rzęsa (Spirodela polyrhiza) (oryg.: „duckweed”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 340.7, "value_original": "340.67", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "plywajace-rosliny-wodne-r2", "substrate_id": "plywajace-rosliny-wodne", "status": "published", "source_type": "publication", "source_id": "labatut2011", "label": "Labatut i in. (2011)", "db_ref": "MY-D mdb2512 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kotewka (roślina) (oryg.: „water chesnut”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 359.4, "value_original": "359.4", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "plywajace-rosliny-wodne-r3", "substrate_id": "plywajace-rosliny-wodne", "status": "published", "source_type": "publication", "source_id": "labatut2011", "label": "Labatut i in. (2011)", "db_ref": "MY-D mdb2511 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "żabiściek (oryg.: „frogbit”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 451.5, "value_original": "451.5", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "plywajace-rosliny-wodne-r4", "substrate_id": "plywajace-rosliny-wodne", "status": "published", "source_type": "publication", "source_id": "saesin2026", "label": "Saesin i in. (2026)", "db_ref": "odczyt z publikacji (Table2)", "secondary": false, "sample_note": "salwinia (oryg.: „Salvinia molesta”)", "pretreatment": "brak", "pretreated": false, "value": 127.0, "value_original": "0.127", "unit_original": "NL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "plywajace-rosliny-wodne-r5", "substrate_id": "plywajace-rosliny-wodne", "status": "published", "source_type": "publication", "source_id": "saesin2026", "label": "Saesin i in. (2026)", "db_ref": "odczyt z publikacji (Table2)", "secondary": false, "sample_note": "pistia rozetkowa (oryg.: „Pistia stratiotes”)", "pretreatment": "brak", "pretreated": false, "value": 238.0, "value_original": "0.238", "unit_original": "NL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sargassum-r1", "substrate_id": "sargassum", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 509, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Sargassum”)", "temperature_c": 15.0, "regime": "psychrofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 32.0, "value_original": "0.032 (0.008)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.068, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sargassum-r2", "substrate_id": "sargassum", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 514, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Sargassum”)", "temperature_c": 30.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 67.0, "value_original": "0.067 (0.005)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.165, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sargassum-r3", "substrate_id": "sargassum", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 511, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Sargassum”)", "temperature_c": 30.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 72.0, "value_original": "0.072 (0.010)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.19, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sargassum-r4", "substrate_id": "sargassum", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 510, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Sargassum”)", "temperature_c": 24.0, "regime": "psychrofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 73.0, "value_original": "0.073 (0.005)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.129, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sargassum-r5", "substrate_id": "sargassum", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 512, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Sargassum”)", "temperature_c": 15.0, "regime": "psychrofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 77.0, "value_original": "0.077(0.005)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.081, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sargassum-r6", "substrate_id": "sargassum", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 513, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Sargassum”)", "temperature_c": 24.0, "regime": "psychrofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 91.0, "value_original": "0.091 (0.004)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.101, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sargassum-r7", "substrate_id": "sargassum", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 521, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Sargassum”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 119.0, "value_original": "0.119 (0.005)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.15, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sargassum-r8", "substrate_id": "sargassum", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 516, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Sargassum”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 143.0, "value_original": "0.143 (0.005)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.123, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sargassum-r9", "substrate_id": "sargassum", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 522, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Sargassum”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 145.0, "value_original": "0.145 (0.002)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.089, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sargassum-r10", "substrate_id": "sargassum", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 520, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Sargassum”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 148.0, "value_original": "0.148 (0.010)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.102, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sargassum-r11", "substrate_id": "sargassum", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 518, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Sargassum”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 165.0, "value_original": "0.165 (0.011)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.061, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sargassum-r12", "substrate_id": "sargassum", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 519, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Sargassum”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 171.0, "value_original": "0.171 (0.005)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.097, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sargassum-r13", "substrate_id": "sargassum", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 515, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Sargassum”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 178.0, "value_original": "0.178 (0.019)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.118, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sargassum-r14", "substrate_id": "sargassum", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 517, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Sargassum”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 182.0, "value_original": "0.182 (0.024)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.082, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sargassum-r15", "substrate_id": "sargassum", "status": "published", "source_type": "publication", "source_id": "plants_sargassum2022", "label": "Salgado-Hernández i in. (2022)", "db_ref": "odczyt z publikacji otwartej (Table 7, Biomethane Potential experimental, row RB); plik dowodowy dl/plants_sargassum2022/fulltext.txt", "secondary": false, "sample_note": "Karaiby meksykańskie (oryg.: „Raw biomass (RB) of Sargassum spp. from the Mexican Caribbean”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 71.7, "value_original": "71.7", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sargassum-r16", "substrate_id": "sargassum", "status": "published", "source_type": "publication", "source_id": "plants_sargassum2023", "label": "Salgado-Hernández i in. (2023)", "db_ref": "odczyt z publikacji otwartej (section Biomethane potential, text); plik dowodowy dl/plants_sargassum2023/fulltext.txt", "secondary": false, "sample_note": "bez obróbki (oryg.: „Untreated (UT) Sargassum spp. biomass”)", "duration_d": 53.0, "pretreatment": "brak", "pretreated": false, "value": 77.6, "value_original": "77.64", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ulva-r1", "substrate_id": "ulva", "status": "published", "source_type": "publication", "source_id": "abs_kocer2018", "label": "Koçer i Özçimen (2018)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie (warunki optymalne: 55 °C, 200 µm, 30 d)); plik dowodowy dl/epabs_30249162/fulltext.txt", "secondary": false, "sample_note": "sałata morska z wyrzutów przybrzeżnych, rozdrobniona (oryg.: „Ulva lactuca (coastal macroalgal waste)”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 342.6, "value_original": "342.59", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ulva-r2", "substrate_id": "ulva", "status": "published", "source_type": "publication", "source_id": "abs_nielsen2011", "label": "Nielsen i Heiske (2011)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie, 34 d); plik dowodowy dl/epabs_22335117/fulltext.txt", "secondary": false, "sample_note": "sałata morska, test termofilowy 53 °C (oryg.: „Ulva lactuca (Denmark)”)", "temperature_c": 53.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 152.0, "value_original": "152", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sinice-r1", "substrate_id": "sinice", "status": "published", "source_type": "publication", "source_id": "abs_fermoso2016", "label": "Fermoso i in. (2016)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/epabs_27409043/fulltext.txt", "secondary": false, "sample_note": "sinica Nostoc (oryg.: „Nostoc sp.”)", "pretreatment": "brak", "pretreated": false, "value": 28.0, "value_original": "28", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sinice-r2", "substrate_id": "sinice", "status": "published", "source_type": "publication", "source_id": "abs_perendeci2019", "label": "Perendeci i in. (2019)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/epabs_30822642/fulltext.txt", "secondary": false, "sample_note": "sinica (izolat z Turcji) (oryg.: „Anabaena variabilis”)", "pretreatment": "brak", "pretreated": false, "value": 229.0, "value_original": "229", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sinice-r3", "substrate_id": "sinice", "status": "published", "source_type": "publication", "source_id": "abs_perendeci2019", "label": "Perendeci i in. (2019)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/epabs_30822642/fulltext.txt", "secondary": false, "sample_note": "sinica (izolat z Turcji) (oryg.: „Phormidium animale”)", "pretreatment": "brak", "pretreated": false, "value": 293.0, "value_original": "293", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sinice-r4", "substrate_id": "sinice", "status": "published", "source_type": "publication", "source_id": "abs_perendeci2019", "label": "Perendeci i in. (2019)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/epabs_30822642/fulltext.txt", "secondary": false, "sample_note": "sinica (izolat z Turcji) (oryg.: „Desertifilum tharense”)", "pretreatment": "brak", "pretreated": false, "value": 308.0, "value_original": "308", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "spirulina-r1", "substrate_id": "spirulina", "status": "published", "source_type": "publication", "source_id": "jankowska2016", "label": "Jankowska i in. (2017)", "db_ref": "MY-D mdb2302 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "Arthrospira (Spirulina) maxima (oryg.: „Spirulina maxima”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 190.0, "value_original": "190", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "spirulina-r2", "substrate_id": "spirulina", "status": "published", "source_type": "publication", "source_id": "mussgnug2010", "label": "Mussgnug i in. (2010)", "db_ref": "MY-D mdb1394 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "Arthrospira platensis (oryg.: „Arthrospira platensis”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 293.0, "value_original": "293", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "spirulina-r3", "substrate_id": "spirulina", "status": "published", "source_type": "publication", "source_id": "plants_spirulina2025", "label": "Chegukrishnamurthi i in. (2025)", "db_ref": "odczyt z publikacji otwartej (section BMP, text); plik dowodowy dl/plants_spirulina2025/fulltext.txt", "secondary": false, "sample_note": "biomasa w stanie dostarczonym (oryg.: „As received Spirulina biomass (experimental Gmax)”)", "pretreatment": "brak", "pretreated": false, "value": 288.0, "value_original": "288", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wywlocznik-myriophyllum-r1", "substrate_id": "wywlocznik-myriophyllum", "status": "published", "source_type": "publication", "source_id": "labatut2011", "label": "Labatut i in. (2011)", "db_ref": "MY-D mdb2513 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "wywłócznik kłosowy (jezioro Oneida) (oryg.: „eurasian milfoil”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 279.0, "value_original": "279", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wywlocznik-myriophyllum-r2", "substrate_id": "wywlocznik-myriophyllum", "status": "published", "source_type": "publication", "source_id": "my_macrophytes2018", "label": "Moeller i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Table 8, SMY); plik dowodowy dl/my_energies_11_03016/fulltext.txt", "secondary": false, "sample_note": "wywłócznik różnolistny, kanał Karl Heine (oryg.: „Watermilfoil (Myriophyllum heterophyllum)”)", "pretreatment": "brak", "pretreated": false, "value": 160.0, "value_original": "160", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makrofity-zanurzone-r1", "substrate_id": "makrofity-zanurzone", "status": "published", "source_type": "publication", "source_id": "labatut2011", "label": "Labatut i in. (2011)", "db_ref": "MY-D mdb2514 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "water celery (oryg.: „water celery”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 384.6, "value_original": "384.6", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makrofity-zanurzone-r2", "substrate_id": "makrofity-zanurzone", "status": "published", "source_type": "publication", "source_id": "labatut2011", "label": "Labatut i in. (2011)", "db_ref": "MY-D mdb2515 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "ramienice Chara (oryg.: „chara”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 386.1, "value_original": "386.1", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.102, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mleko-i-maslanka-r1", "substrate_id": "mleko-i-maslanka", "status": "published", "source_type": "publication", "source_id": "lunadelrisco2011", "label": "Luna-delRisco i in. (2011)", "db_ref": "MY-D mdb2775 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "mleko 2,5% tłuszczu (oryg.: „milk 2.5 % fat”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 458.0, "value_original": "458", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.27, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mleko-i-maslanka-r2", "substrate_id": "mleko-i-maslanka", "status": "published", "source_type": "publication", "source_id": "lunadelrisco2011", "label": "Luna-delRisco i in. (2011)", "db_ref": "MY-D mdb2776 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "mleko 3,5% tłuszczu (oryg.: „milk 3.5 % fat”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 466.0, "value_original": "466", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.27, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mleko-i-maslanka-r3", "substrate_id": "mleko-i-maslanka", "status": "published", "source_type": "publication", "source_id": "lunadelrisco2011", "label": "Luna-delRisco i in. 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(2011)", "db_ref": "MY-D mdb2497 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "serwatka serowarska (oryg.: „Cheese whey”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 423.6, "value_original": "423.6", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.27, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "serwatka-r12", "substrate_id": "serwatka", "status": "published", "source_type": "publication", "source_id": "mainardis2019", "label": "Mainardis i in. 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(2013)", "db_ref": "MY-D mdb2655 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „pig slurry”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 38.0, "value_original": "38", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "gnojowica-swinska-r2", "substrate_id": "gnojowica-swinska", "status": "published", "source_type": "publication", "source_id": "browne2013", "label": "Browne i in. (2013)", "db_ref": "MY-D mdb2656 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „pig slurry”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 70.0, "value_original": "70", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "gnojowica-swinska-r3", "substrate_id": "gnojowica-swinska", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2618 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odchody świń o s.m. 4% (gnojowica) (oryg.: „manure”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 106.0, "value_original": "106", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "gnojowica-swinska-r4", "substrate_id": "gnojowica-swinska", "status": "published", "source_type": "publication", "source_id": "lunadelrisco2011", "label": "Luna-delRisco i in. (2011)", "db_ref": "MY-D mdb2767 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „pig slurry”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 317.0, "value_original": "317", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "gnojowica-swinska-r5", "substrate_id": "gnojowica-swinska", "status": "published", "source_type": "publication", "source_id": "my_gerbera2026", "label": "Nogueira i in. (2026)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/my_energies_19_03946/fulltext.txt", "secondary": false, "sample_note": "gnojowica świńska (oryg.: „Pig slurry (PS), mono-digestion”)", "pretreatment": "brak", "pretreated": false, "value": 437.7, "value_original": "437.7", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.393, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "gnojowica-swinska-r6", "substrate_id": "gnojowica-swinska", "status": "published", "source_type": "publication", "source_id": "my_swineslaughter2021", "label": "Renggaman i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 4, SMY S/I 1); plik dowodowy dl/my_energies_14_07103/fulltext.txt", "secondary": false, "sample_note": "S/I 1 (oryg.: „Swine slurry (SS), S/I 1”)", "pretreatment": "brak", "pretreated": false, "value": 310.1, "value_original": "310.1", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "gnojowica-swinska-r7", "substrate_id": "gnojowica-swinska", "status": "published", "source_type": "publication", "source_id": "my_swineslaughter2021", "label": "Renggaman i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 4, SMY S/I 0,5); plik dowodowy dl/my_energies_14_07103/fulltext.txt", "secondary": false, "sample_note": "S/I 0,5 (oryg.: „Swine slurry (SS), S/I 0.5”)", "pretreatment": "brak", "pretreated": false, "value": 516.3, "value_original": "516.3", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "gnojowica-swinska-r8", "substrate_id": "gnojowica-swinska", "status": "published", "source_type": "publication", "source_id": "vedrenne2008", "label": "Vedrenne i in. (2008)", "db_ref": "MY-D mdb3213 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „pig slurry”)", "temperature_c": 30.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 255.0, "value_original": "255", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "gnojowica-swinska-r9", "substrate_id": "gnojowica-swinska", "status": "published", "source_type": "publication", "source_id": "vedrenne2008", "label": "Vedrenne i in. (2008)", "db_ref": "MY-D mdb3212 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „pig slurry”)", "temperature_c": 30.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 265.0, "value_original": "265", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "gnojowica-swinska-r10", "substrate_id": "gnojowica-swinska", "status": "published", "source_type": "publication", "source_id": "vedrenne2008", "label": "Vedrenne i in. (2008)", "db_ref": "MY-D mdb3211 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „pig slurry”)", "temperature_c": 30.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 270.0, "value_original": "270", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "gnojowica-swinska-r11", "substrate_id": "gnojowica-swinska", "status": "published", "source_type": "publication", "source_id": "vedrenne2008", "label": "Vedrenne i in. (2008)", "db_ref": "MY-D mdb3210 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „pig slurry”)", "temperature_c": 30.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 275.0, "value_original": "275", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "gnojowica-swinska-r12", "substrate_id": "gnojowica-swinska", "status": "published", "source_type": "publication", "source_id": "vedrenne2008", "label": "Vedrenne i in. (2008)", "db_ref": "MY-D mdb3220 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „pig slurry”)", "temperature_c": 30.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 280.0, "value_original": "280", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "gnojowica-swinska-r13", "substrate_id": "gnojowica-swinska", "status": "published", "source_type": "publication", "source_id": "vedrenne2008", "label": "Vedrenne i in. (2008)", "db_ref": "MY-D mdb3218 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „pig slurry”)", "temperature_c": 30.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 314.0, "value_original": "314", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "gnojowica-swinska-r14", "substrate_id": "gnojowica-swinska", "status": "published", "source_type": "publication", "source_id": "vedrenne2008", "label": "Vedrenne i in. (2008)", "db_ref": "MY-D mdb3209 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „pig slurry”)", "temperature_c": 30.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 330.0, "value_original": "330", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "gnojowica-swinska-r15", "substrate_id": "gnojowica-swinska", "status": "published", "source_type": "publication", "source_id": "waste_ajas2013", "label": "Pham i in. (2013)", "db_ref": "odczyt z publikacji otwartej (Table 3, row VDI CH_4); plik dowodowy dl/waste_ajas2013/fulltext.txt", "secondary": false, "sample_note": "Dania, metoda VDI 4630 (oryg.: „Pig manure (VDI 4630)”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 207.8, "value_original": "207.84", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kal-ludzki-r1", "substrate_id": "kal-ludzki", "status": "published", "source_type": "publication", "source_id": "waste_feces2023", "label": "Donacho i in. (2023)", "db_ref": "odczyt z publikacji otwartej (Table 3, Mean Yield); plik dowodowy dl/waste_feces2023/fulltext.txt", "secondary": false, "sample_note": "świeży kał (Etiopia) (oryg.: „Human feces (mean of 3 BMP experiments)”)", "duration_d": 28.0, "pretreatment": "brak", "pretreated": false, "value": 390.0, "value_original": "0.39", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kal-ludzki-r2", "substrate_id": "kal-ludzki", "status": "published", "source_type": "publication", "source_id": "waste_human2024", "label": "Osei-Owusu i in. (2024)", "db_ref": "odczyt z publikacji otwartej (section 3.2, text); plik dowodowy dl/waste_human2024/fulltext.txt", "secondary": false, "sample_note": "ekskrementy z latryn (Ghana) (oryg.: „Human excreta (HE)”)", "temperature_c": 30.0, "regime": "mezofilowy", "duration_d": 61.0, "pretreatment": "brak", "pretreated": false, "value": 253.9, "value_original": "253.89", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obornik-bydlecy-r1", "substrate_id": "obornik-bydlecy", "status": "published", "source_type": "publication", "source_id": "agro2_inocpres2021", "label": "Lallement i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 4, Cow manure / Inoculum 2); plik dowodowy dl/agro2_inocpres2021/fulltext.txt", "secondary": false, "sample_note": "inokulum 2 (oryg.: „cow manure (inoculum 2)”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 227.0, "value_original": "227", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obornik-bydlecy-r2", "substrate_id": "obornik-bydlecy", "status": "published", "source_type": "publication", "source_id": "agro2_inocpres2021", "label": "Lallement i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 4, Cow manure / Inoculum 1); plik dowodowy dl/agro2_inocpres2021/fulltext.txt", "secondary": false, "sample_note": "inokulum 1 (oryg.: „cow manure (inoculum 1)”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 238.0, "value_original": "238", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obornik-bydlecy-r3", "substrate_id": "obornik-bydlecy", "status": "published", "source_type": "publication", "source_id": "agro2_khat2024", "label": "Legesse i in. (2024)", "db_ref": "odczyt z publikacji otwartej (section 3, Table BMPexp); plik dowodowy dl/agro2_khat2024/fulltext.txt", "secondary": false, "sample_note": "świeże odchody bydlęce (Etiopia) (oryg.: „cow dung (CD), mono-digestion (T-7)”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 142.8, "value_original": "142.83", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obornik-bydlecy-r4", "substrate_id": "obornik-bydlecy", "status": "published", "source_type": "publication", "source_id": "agro2_manurefw2020", "label": "Baek i in. (2020)", "db_ref": "odczyt z publikacji otwartej (section 3.2, text); plik dowodowy dl/agro_manurefw2020/fulltext.txt", "secondary": false, "sample_note": "ze ściółką z trocin (oryg.: „cattle manure with sawdust bedding (CM), mono-digestion (Run 1)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 109.2, "value_original": "109.2", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obornik-bydlecy-r5", "substrate_id": "obornik-bydlecy", "status": "published", "source_type": "publication", "source_id": "agro2_oliveman2019", "label": "Rubio i in. (2019)", "db_ref": "odczyt z publikacji otwartej (section Methane production); plik dowodowy dl/agro_oliveman2019/fulltext.txt", "secondary": false, "sample_note": "Hiszpania, obornik bydlęcy, w publikacji L CH4/kg VS added (oryg.: „cattle manure (CM)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 40.0, "pretreatment": "brak", "pretreated": false, "value": 71.7, "value_original": "71.68", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obornik-bydlecy-r6", "substrate_id": "obornik-bydlecy", "status": "published", "source_type": "publication", "source_id": "agro2_ricestraw2025", "label": "Saha i in. (2025)", "db_ref": "odczyt z publikacji otwartej (Table, row 100:0 (CD:RS)); plik dowodowy dl/agro2_ricestraw2025/fulltext.txt", "secondary": false, "sample_note": "Bangladesz, obornik krowi, mono-fermentacja (oryg.: „cow dung (CD), 100%”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 92.0, "pretreatment": "brak", "pretreated": false, "value": 75.0, "value_original": "75.0", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obornik-bydlecy-r7", "substrate_id": "obornik-bydlecy", "status": "published", "source_type": "publication", "source_id": "cu2015", "label": "Cu i in. (2014)", "db_ref": "MY-D mdb2687 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "krowy mleczne (oryg.: „dairy cow manure”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 157.4, "value_original": "157.42", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obornik-bydlecy-r8", "substrate_id": "obornik-bydlecy", "status": "published", "source_type": "publication", "source_id": "cu2015", "label": "Cu i in. (2014)", "db_ref": "MY-D mdb2681 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „cow manure”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 222.1, "value_original": "222.08", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obornik-bydlecy-r9", "substrate_id": "obornik-bydlecy", "status": "published", "source_type": "publication", "source_id": "kafle2016", "label": "Kafle i Chen (2016)", "db_ref": "MY-D mdb2287 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "bydło mleczne (oryg.: „dairy manure”)", "temperature_c": 36.5, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 201.9, "value_original": "201.9", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obornik-bydlecy-r10", "substrate_id": "obornik-bydlecy", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2615 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „manure”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 70.0, "value_original": "70", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obornik-bydlecy-r11", "substrate_id": "obornik-bydlecy", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2614 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „manure”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 177.0, "value_original": "177", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obornik-bydlecy-r12", "substrate_id": "obornik-bydlecy", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. 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(2023)", "db_ref": "MY-D mdb3327 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "obornik z ogrodu zoologicznego (oryg.: „Zoo manure”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 235.3, "value_original": "235.3", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obornik-mieszany-r2", "substrate_id": "obornik-mieszany", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3318 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "mieszanina oborników (oryg.: „Mix manure”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 243.3, "value_original": "243.3", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obornik-mieszany-r3", "substrate_id": "obornik-mieszany", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3305 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „manure”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 253.4, "value_original": "253.4", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obornik-mieszany-r4", "substrate_id": "obornik-mieszany", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3329 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "obornik słomiasty (gatunek nieokreślony) (oryg.: „straw manure”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 346.9, "value_original": "346.9", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obornik-mieszany-r5", "substrate_id": "obornik-mieszany", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3330 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "obornik słomiasty (gatunek nieokreślony) (oryg.: „straw manure”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 366.0, "value_original": "366", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odchody-krolicze-r1", "substrate_id": "odchody-krolicze", "status": "published", "source_type": "publication", "source_id": "cu2015", "label": "Cu i in. (2014)", "db_ref": "MY-D mdb2683 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „rabbit manure”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 172.8, "value_original": "172.84", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odchody-krolicze-r2", "substrate_id": "odchody-krolicze", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3354 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "gnojowica królicza (oryg.: „rabbit slurry”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 263.8, "value_original": "263.8", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "frass-owadow-r1", "substrate_id": "frass-owadow", "status": "published", "source_type": "publication", "source_id": "r2_10_3390_pr11020362", "label": "Wedwitschka i in. (2023)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/r2_cr_10_3390_pr11020362/fulltext.txt", "secondary": false, "sample_note": "frass z hodowli larw muchy Hermetia illucens (BSF), najniższy wynik z 6 prób w testach BMP (oryg.: „Hermetia insect frass, sample with the lowest SMY (of 6)”)", "pretreatment": "brak", "pretreated": false, "value": 201.0, "value_original": "201", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "frass-owadow-r2", "substrate_id": "frass-owadow", "status": "published", "source_type": "publication", "source_id": "r2_10_3390_pr11020362", "label": "Wedwitschka i in. (2023)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/r2_cr_10_3390_pr11020362/fulltext.txt", "secondary": false, "sample_note": "frass z hodowli larw muchy Hermetia illucens (BSF), najwyższy wynik z 6 prób w testach BMP (oryg.: „Hermetia insect frass, sample with the highest SMY (of 6)”)", "pretreatment": "brak", "pretreated": false, "value": 287.0, "value_original": "287", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomiot-drobiowy-r1", "substrate_id": "pomiot-drobiowy", "status": "published", "source_type": "publication", "source_id": "agro2_bangladesh2019", "label": "Rahman i in. (2019)", "db_ref": "odczyt z publikacji otwartej (Section 3.2, p. 487); plik dowodowy dl/agro_bangladesh2019/fulltext.txt", "secondary": false, "sample_note": "najwyzszy BMP przy TS 11%, BMP-90, inokulum z obornika krowiego, Bangladesz (oryg.: „poultry droppings (PD)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 90.0, "pretreatment": "brak", "pretreated": false, "value": 254.0, "value_original": "254", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomiot-drobiowy-r2", "substrate_id": "pomiot-drobiowy", "status": "published", "source_type": "publication", "source_id": "agro2_ricestraw2025", "label": "Saha i in. (2025)", "db_ref": "odczyt z publikacji otwartej (Table, row 100:0 (PD:RS)); plik dowodowy dl/agro2_ricestraw2025/fulltext.txt", "secondary": false, "sample_note": "Bangladesz, odchody drobiowe, mono-fermentacja (oryg.: „poultry droppings (PD), 100%”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 92.0, "pretreatment": "brak", "pretreated": false, "value": 72.7, "value_original": "72.7", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomiot-drobiowy-r3", "substrate_id": "pomiot-drobiowy", "status": "published", "source_type": "publication", "source_id": "cu2015", "label": "Cu i in. (2014)", "db_ref": "MY-D mdb2686 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "pomiot kurzy (oryg.: „chicken manure”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 173.2, "value_original": "173.18", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomiot-drobiowy-r4", "substrate_id": "pomiot-drobiowy", "status": "published", "source_type": "publication", "source_id": "kafle2016", "label": "Kafle i Chen (2016)", "db_ref": "MY-D mdb2290 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "pomiot kurzy (oryg.: „chicken manure”)", "temperature_c": 36.5, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 257.9, "value_original": "257.9", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomiot-drobiowy-r5", "substrate_id": "pomiot-drobiowy", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2617 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "pomiot kurzy (oryg.: „manure”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 286.0, "value_original": "286", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomiot-drobiowy-r6", "substrate_id": "pomiot-drobiowy", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3317 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "obornik indyczy (oryg.: „Turkey manure”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 173.0, "value_original": "173", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomiot-drobiowy-r7", "substrate_id": "pomiot-drobiowy", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3324 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Poultry manure”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 185.6, "value_original": "185.6", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomiot-drobiowy-r8", "substrate_id": "pomiot-drobiowy", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3319 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Poultry manure”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 211.0, "value_original": "211", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomiot-drobiowy-r9", "substrate_id": "pomiot-drobiowy", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3313 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Poultry manure”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 216.8, "value_original": "216.8", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomiot-drobiowy-r10", "substrate_id": "pomiot-drobiowy", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3314 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Poultry manure”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 263.8, "value_original": "263.8", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomiot-drobiowy-r11", "substrate_id": "pomiot-drobiowy", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3320 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Poultry manure”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 274.1, "value_original": "274.1", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomiot-drobiowy-r12", "substrate_id": "pomiot-drobiowy", "status": "published", "source_type": "publication", "source_id": "li2013", "label": "Li i in. (2013)", "db_ref": "MY-D mdb1400 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "pomiot kurzy (oryg.: „Chicken Manure”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 295.0, "value_original": "295", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomiot-drobiowy-r13", "substrate_id": "pomiot-drobiowy", "status": "published", "source_type": "publication", "source_id": "waste_leach2023", "label": "Pyykkönen i in. (2023)", "db_ref": "odczyt z publikacji otwartej (Table A1, row Farm I and II/CM); plik dowodowy dl/waste_leach2023/fulltext.txt", "secondary": false, "sample_note": "pomiot kurzy (oryg.: „Chicken manure (CM)”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 150.0, "value_original": "150", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.393, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bioodpady-komunalne-r1", "substrate_id": "bioodpady-komunalne", "status": "published", "source_type": "publication", "source_id": "agro2_frontenerg2018", "label": "Prajapati i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Results, Table 2 (text)); plik dowodowy dl/agro_frontenerg2018/fulltext.txt", "secondary": false, "sample_note": "Indie, mono-fermentacja, BMP 60 d, mezofilowo (oryg.: „organic fraction of municipal solid waste (OFMSW)”)", "duration_d": 60.0, "pretreatment": "brak", "pretreated": false, "value": 203.0, "value_original": "203", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bioodpady-komunalne-r2", "substrate_id": "bioodpady-komunalne", "status": "published", "source_type": "publication", "source_id": "cu2015", "label": "Cu i in. (2014)", "db_ref": "MY-D mdb2691 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odpady z gospodarstw domowych (oryg.: „household waste”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 51.4, "value_original": "51.4", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bioodpady-komunalne-r3", "substrate_id": "bioodpady-komunalne", "status": "published", "source_type": "publication", "source_id": "gunaseelan1997", "label": "Nallathambi Gunaseelan (1997)", "db_ref": "MY-D mdb1487 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "frakcja organiczna sortowana ręcznie (oryg.: „hand sorted OFMSW”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 205.0, "value_original": "205", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "bioodpady-komunalne-r4", "substrate_id": "bioodpady-komunalne", "status": "published", "source_type": "publication", "source_id": "gunaseelan1997", "label": "Nallathambi Gunaseelan (1997)", "db_ref": "MY-D mdb1486 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "frakcja organiczna sortowana mechanicznie (oryg.: „mechanicaly sorted OFMSW”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 215.0, "value_original": "215", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "bioodpady-komunalne-r5", "substrate_id": "bioodpady-komunalne", "status": "published", "source_type": "publication", "source_id": "gunaseelan1997", "label": "Nallathambi Gunaseelan (1997)", "db_ref": "MY-D mdb1485 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "frakcja organiczna sortowana mechanicznie (oryg.: „mechanicaly sorted OFMSW”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 222.0, "value_original": "222", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "bioodpady-komunalne-r6", "substrate_id": "bioodpady-komunalne", "status": "published", "source_type": "publication", "source_id": "kolbl2014phd", "label": "Kolbl (2014)", "db_ref": "MY-D mdb1306 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odpady organiczne (oryg.: „organic waste”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 201.0, "value_original": "201", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bioodpady-komunalne-r7", "substrate_id": "bioodpady-komunalne", "status": "published", "source_type": "publication", "source_id": "kolbl2014phd", "label": "Kolbl (2014)", "db_ref": "MY-D mdb1307 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odpady organiczne (oryg.: „organic waste”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 310.0, "value_original": "310", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bioodpady-komunalne-r8", "substrate_id": "bioodpady-komunalne", "status": "published", "source_type": "publication", "source_id": "kolbl2014phd", "label": "Kolbl (2014)", "db_ref": "MY-D mdb1308 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odpady organiczne (oryg.: „organic waste”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 319.0, "value_original": "319", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bioodpady-komunalne-r9", "substrate_id": "bioodpady-komunalne", "status": "published", "source_type": "publication", "source_id": "kolbl2014phd", "label": "Kolbl (2014)", "db_ref": "MY-D mdb1311 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odpady organiczne (oryg.: „organic waste”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 340.0, "value_original": "340", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bioodpady-komunalne-r10", "substrate_id": "bioodpady-komunalne", "status": "published", "source_type": "publication", "source_id": "kolbl2014phd", "label": "Kolbl (2014)", "db_ref": "MY-D mdb1309 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odpady organiczne (oryg.: „organic waste”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 473.0, "value_original": "473", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bioodpady-komunalne-r11", "substrate_id": "bioodpady-komunalne", "status": "published", "source_type": "publication", "source_id": "kolbl2014phd", "label": "Kolbl (2014)", "db_ref": "MY-D mdb1310 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odpady organiczne (oryg.: „organic waste”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 493.0, "value_original": "493", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bioodpady-komunalne-r12", "substrate_id": "bioodpady-komunalne", "status": "published", "source_type": "publication", "source_id": "my_biowaste2019", "label": "Myszograj (2019)", "db_ref": "odczyt z publikacji otwartej (Table 4 i tekst (L CH4/kg DOM = s.m.o.)); plik dowodowy dl/my_energies_12_03880/fulltext.txt", "secondary": false, "sample_note": "bioodpady surowe, wynik na kg s.m.o. (oryg.: „Raw bio-waste”)", "pretreatment": "brak", "pretreated": false, "value": 97.0, "value_original": "97", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bioodpady-komunalne-r13", "substrate_id": "bioodpady-komunalne", "status": "published", "source_type": "publication", "source_id": "waste_ofmsw2015", "label": "Nielfa i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Table 5, BMP_exp); plik dowodowy dl/waste_ofmsw2015/fulltext.txt", "secondary": false, "sample_note": "Frakcja organiczna odpadów komunalnych, test mezofilowy, ISR 1/1, Valladolid (Hiszpania) (oryg.: „OFMSW”)", "duration_d": 39.0, "pretreatment": "brak", "pretreated": false, "value": 201.5, "value_original": "201.5", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "liscie-drzew-r1", "substrate_id": "liscie-drzew", "status": "published", "source_type": "publication", "source_id": "dub_gardenleaves2021", "label": "Dubrovskis i Plume (2021)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2021_Papers_TF307/fulltext.txt", "secondary": false, "sample_note": "liście jabłoni (oryg.: „Apple leaves”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 32.0, "pretreatment": "brak", "pretreated": false, "value": 262.0, "value_original": "0.262", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "liscie-drzew-r2", "substrate_id": "liscie-drzew", "status": "published", "source_type": "publication", "source_id": "dub_gardenleaves2021", "label": "Dubrovskis i Plume (2021)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2021_Papers_TF307/fulltext.txt", "secondary": false, "sample_note": "liście klonu (oryg.: „Maple leaves”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 32.0, "pretreatment": "brak", "pretreated": false, "value": 280.0, "value_original": "0.28", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "liscie-drzew-r3", "substrate_id": "liscie-drzew", "status": "published", "source_type": "publication", "source_id": "dub_gardenleaves2021", "label": "Dubrovskis i Plume (2021)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2021_Papers_TF307/fulltext.txt", "secondary": false, "sample_note": "liście wiśni i gruszy (oryg.: „Cherry and pear leaves mixture”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 32.0, "pretreatment": "brak", "pretreated": false, "value": 338.0, "value_original": "0.338", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "liscie-drzew-r4", "substrate_id": "liscie-drzew", "status": "published", "source_type": "publication", "source_id": "dub_strawoak2020", "label": "Klavins i in. (2020)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2020_Papers_TF529/fulltext.txt", "secondary": false, "sample_note": "liście dębu (oryg.: „Oak leaves (shredded, milled)”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 40.0, "pretreatment": "brak", "pretreated": false, "value": 151.0, "value_original": "0.151", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "liscie-drzew-r5", "substrate_id": "liscie-drzew", "status": "published", "source_type": "publication", "source_id": "gunaseelan1997", "label": "Nallathambi Gunaseelan (1997)", "db_ref": "MY-D mdb1489 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "liście (z odpadów komunalnych) (oryg.: „Leaves”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 123.0, "value_original": "123", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "liscie-drzew-r6", "substrate_id": "liscie-drzew", "status": "published", "source_type": "publication", "source_id": "plants_miscleaves2024", "label": "Dubrovskis i Dubrovskis (2024)", "db_ref": "odczyt z publikacji otwartej (Abstract and Table, Average R11-R15); plik dowodowy dl/plants_miscleaves2024/fulltext.txt", "secondary": false, "sample_note": "liście brzozy (oryg.: „Birch leaves”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 32.0, "pretreatment": "brak", "pretreated": false, "value": 219.0, "value_original": "0.219", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "liscie-drzew-r7", "substrate_id": "liscie-drzew", "status": "published", "source_type": "publication", "source_id": "plants_miscleaves2024", "label": "Dubrovskis i Dubrovskis (2024)", "db_ref": "odczyt z publikacji otwartej (Abstract and Table, Average R6-R10); plik dowodowy dl/plants_miscleaves2024/fulltext.txt", "secondary": false, "sample_note": "liście klonu (oryg.: „Maple leaves”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 32.0, "pretreatment": "brak", "pretreated": false, "value": 262.0, "value_original": "0.262", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makulatura-mieszana-r1", "substrate_id": "makulatura-mieszana", "status": "published", "source_type": "publication", "source_id": "waste_papwaste2021", "label": "Song i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 2, column EMY, row SI-UN); plik dowodowy dl/waste_papwaste2021/fulltext.txt", "secondary": false, "sample_note": "seria kontrolna SI-UN (oryg.: „Paper waste (corrugated board + tissue paper), untreated control SI-UN”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 281.2, "value_original": "281.2", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makulatura-mieszana-r2", "substrate_id": "makulatura-mieszana", "status": "published", "source_type": "publication", "source_id": "waste_papwaste2021", "label": "Song i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 2, column EMY, row SM-UN); plik dowodowy dl/waste_papwaste2021/fulltext.txt", "secondary": false, "sample_note": "seria kontrolna SM-UN (oryg.: „Paper waste (corrugated board + tissue paper), untreated control SM-UN”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 285.7, "value_original": "285.7", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makulatura-mieszana-r3", "substrate_id": "makulatura-mieszana", "status": "published", "source_type": "publication", "source_id": "waste_papwaste2021", "label": "Song i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 2, column EMY, row CI-UN); plik dowodowy dl/waste_papwaste2021/fulltext.txt", "secondary": false, "sample_note": "seria kontrolna CI-UN (oryg.: „Paper waste (corrugated board + tissue paper), untreated control CI-UN”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 310.7, "value_original": "310.7", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makulatura-mieszana-r4", "substrate_id": "makulatura-mieszana", "status": "published", "source_type": "publication", "source_id": "waste_papwaste2021", "label": "Song i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 2, column EMY, row DE-UN); plik dowodowy dl/waste_papwaste2021/fulltext.txt", "secondary": false, "sample_note": "seria kontrolna DE-UN (oryg.: „Paper waste (corrugated board + tissue paper), untreated control DE-UN”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 311.6, "value_original": "311.6", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makulatura-mieszana-r5", "substrate_id": "makulatura-mieszana", "status": "published", "source_type": "publication", "source_id": "waste_papwaste2021", "label": "Song i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 2, column EMY, row CM-UN); plik dowodowy dl/waste_papwaste2021/fulltext.txt", "secondary": false, "sample_note": "seria kontrolna CM-UN (oryg.: „Paper waste (corrugated board + tissue paper), untreated control CM-UN”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 317.7, "value_original": "317.7", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-kwiatowe-r1", "substrate_id": "odpady-kwiatowe", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3387 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "wytłoki z kwiatów (oryg.: „flower residue pomace”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 281.1, "value_original": "281.1", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-kwiatowe-r2", "substrate_id": "odpady-kwiatowe", "status": "published", "source_type": "publication", "source_id": "my_gerbera2026", "label": "Nogueira i in. (2026)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/my_energies_19_03946/fulltext.txt", "secondary": false, "sample_note": "gerbery (odpady kwiaciarskie) (oryg.: „Gerbera flower residues (FR), mono-digestion”)", "pretreatment": "brak", "pretreated": false, "value": 362.5, "value_original": "362.5", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.225, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zielone-r1", "substrate_id": "odpady-zielone", "status": "published", "source_type": "publication", "source_id": "holliger2017", "label": "Holliger i in. (2017)", "db_ref": "odczyt z publikacji (Table3)", "secondary": false, "sample_note": "zbiór w grudniu (oryg.: „Green waste — December”)", "pretreatment": "brak", "pretreated": false, "value": 103.0, "value_original": "103", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zielone-r2", "substrate_id": "odpady-zielone", "status": "published", "source_type": "publication", "source_id": "holliger2017", "label": "Holliger i in. (2017)", "db_ref": "odczyt z publikacji (Table3)", "secondary": false, "sample_note": "zbiór w marcu (oryg.: „Green waste — March”)", "pretreatment": "brak", "pretreated": false, "value": 147.0, "value_original": "147", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zielone-r3", "substrate_id": "odpady-zielone", "status": "published", "source_type": "publication", "source_id": "holliger2017", "label": "Holliger i in. (2017)", "db_ref": "odczyt z publikacji (Table3)", "secondary": false, "sample_note": "zbiór w kwietniu (oryg.: „Green waste — April”)", "pretreatment": "brak", "pretreated": false, "value": 156.0, "value_original": "156", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zielone-r4", "substrate_id": "odpady-zielone", "status": "published", "source_type": "publication", "source_id": "holliger2017", "label": "Holliger i in. (2017)", "db_ref": "odczyt z publikacji (Table3)", "secondary": false, "sample_note": "zbiór w maju (oryg.: „Green waste — May”)", "pretreatment": "brak", "pretreated": false, "value": 207.0, "value_original": "207", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zielone-r5", "substrate_id": "odpady-zielone", "status": "published", "source_type": "publication", "source_id": "holliger2017", "label": "Holliger i in. (2017)", "db_ref": "odczyt z publikacji (Table3)", "secondary": false, "sample_note": "zbiór w lipcu (oryg.: „Green waste — July”)", "pretreatment": "brak", "pretreated": false, "value": 227.0, "value_original": "227", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zielone-r6", "substrate_id": "odpady-zielone", "status": "published", "source_type": "publication", "source_id": "holliger2017", "label": "Holliger i in. 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(2023)", "db_ref": "MY-D mdb3386 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „green waste”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 63.1, "value_original": "63.1", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zielone-r8", "substrate_id": "odpady-zielone", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. 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(2018)", "db_ref": "MY-D mdb2567 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „magazine”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 205.0, "value_original": "205", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "papier-kolorowy-czasopisma-r5", "substrate_id": "papier-kolorowy-czasopisma", "status": "published", "source_type": "publication", "source_id": "krause2018", "label": "Krause i in. (2018)", "db_ref": "MY-D mdb2569 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „magazine”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 207.0, "value_original": "207", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "papier-kolorowy-czasopisma-r6", "substrate_id": "papier-kolorowy-czasopisma", "status": "published", "source_type": "publication", "source_id": "krause2018", "label": "Krause i in. (2018)", "db_ref": "MY-D mdb2568 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „magazine”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 230.0, "value_original": "230", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skoszona-trawa-r1", "substrate_id": "skoszona-trawa", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 278, referencja nr 14", "secondary": false, "sample_note": "trawnik (oryg.: „Lawn”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 124.0, "pretreatment": "brak", "pretreated": false, "value": 300.0, "value_original": "0.30 (0.04)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skoszona-trawa-r2", "substrate_id": "skoszona-trawa", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. 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(1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 665, referencja nr 4", "secondary": false, "sample_note": "darń/trawnik (oryg.: „Turf grass”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 332.0, "value_original": "0.332 (0.033)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.12, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skoszona-trawa-r4", "substrate_id": "skoszona-trawa", "status": "published", "source_type": "publication", "source_id": "gunaseelan1997", "label": "Nallathambi Gunaseelan (1997)", "db_ref": "MY-D mdb1488 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "trawa z odpadów komunalnych (pokos) (oryg.: „Grass”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 209.0, "value_original": "209", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "skoszona-trawa-r5", "substrate_id": "skoszona-trawa", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2634 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „grass cuttings”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 243.0, "value_original": "243", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skoszona-trawa-r6", "substrate_id": "skoszona-trawa", "status": "published", "source_type": "publication", "source_id": "my_sportsgrass2017", "label": "Nitsche i in. (2017)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_energies_10_00388/fulltext.txt", "secondary": false, "sample_note": "kiszonka z pokosu poboczy dróg miejskich (oryg.: „Silage from urban roadside verges”)", "pretreatment": "brak", "pretreated": false, "value": 221.0, "value_original": "221", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skoszona-trawa-r7", "substrate_id": "skoszona-trawa", "status": "published", "source_type": "publication", "source_id": "my_sportsgrass2017", "label": "Nitsche i in. (2017)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_energies_10_00388/fulltext.txt", "secondary": false, "sample_note": "kiszonka z pokosu boisk sportowych (18 próbek) (oryg.: „Silage from sports fields grass cuttings”)", "pretreatment": "brak", "pretreated": false, "value": 291.9, "value_original": "291.86", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skoszona-trawa-r8", "substrate_id": "skoszona-trawa", "status": "published", "source_type": "publication", "source_id": "plants_lawn2020", "label": "Antonopoulou i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2, row Untreated GL); plik dowodowy dl/plants_lawn2020/fulltext.txt", "secondary": false, "sample_note": "odpady z trawników, bez obróbki (oryg.: „Untreated GL (grass lawn waste)”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 339.9, "value_original": "339.86", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skoszona-trawa-r9", "substrate_id": "skoszona-trawa", "status": "published", "source_type": "publication", "source_id": "prabhudessai2013", "label": "Prabhudessai i in. 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(2013)", "db_ref": "odczyt z publikacji (Abstract; §3.4–3.5)", "secondary": false, "sample_note": "trawa z trawników (oryg.: „Grass from lawn cuttings”)", "pretreatment": "brak", "pretreated": false, "value": 250.0, "value_original": "250", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skoszona-trawa-r11", "substrate_id": "skoszona-trawa", "status": "published", "source_type": "publication", "source_id": "prabhudessai2013", "label": "Prabhudessai i in. 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(2013)", "db_ref": "odczyt z publikacji (Abstract; §3.4–3.5)", "secondary": false, "sample_note": "trawa z trawników (oryg.: „Grass from lawn cuttings”)", "pretreatment": "brak", "pretreated": false, "value": 284.0, "value_original": "284", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skoszona-trawa-r13", "substrate_id": "skoszona-trawa", "status": "published", "source_type": "publication", "source_id": "prabhudessai2013", "label": "Prabhudessai i in. (2013)", "db_ref": "odczyt z publikacji (Abstract; §3.4–3.5)", "secondary": false, "sample_note": "trawa z trawników (oryg.: „Grass from lawn cuttings”)", "pretreatment": "brak", "pretreated": false, "value": 332.0, "value_original": "332", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tekstylia-bawelniane-r1", "substrate_id": "tekstylia-bawelniane", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2022.07.018", "label": "Jin i in. (2022)", "db_ref": "BCBPD rekord 89 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "biały denim (oryg.: „White denim (None) – None”)", "duration_d": 50, "pretreatment": "brak", "pretreated": false, "value": 265.6, "value_original": "265.6", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tekstylia-bawelniane-r2", "substrate_id": "tekstylia-bawelniane", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2022.07.018", "label": "Jin i in. 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(2022)", "db_ref": "BCBPD rekord 90 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "bawełna (oryg.: „Cotton (Gossypium herbaceum) – None”)", "duration_d": 50, "pretreatment": "brak", "pretreated": false, "value": 342.8, "value_original": "342.8", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tekstylia-bawelniane-r4", "substrate_id": "tekstylia-bawelniane", "status": "published", "source_type": "publication", "source_id": "krause2018", "label": "Krause i in. (2018)", "db_ref": "MY-D mdb2579 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „cotton”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 110.0, "value_original": "110", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tekstylia-bawelniane-r5", "substrate_id": "tekstylia-bawelniane", "status": "published", "source_type": "publication", "source_id": "krause2018", "label": "Krause i in. (2018)", "db_ref": "MY-D mdb2581 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „cotton”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 156.0, "value_original": "156", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tekstylia-bawelniane-r6", "substrate_id": "tekstylia-bawelniane", "status": "published", "source_type": "publication", "source_id": "krause2018", "label": "Krause i in. (2018)", "db_ref": "MY-D mdb2578 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „cotton”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 180.0, "value_original": "180", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tekstylia-bawelniane-r7", "substrate_id": "tekstylia-bawelniane", "status": "published", "source_type": "publication", "source_id": "krause2018", "label": "Krause i in. (2018)", "db_ref": "MY-D mdb2580 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „cotton”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 220.0, "value_original": "220", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tekstylia-z-wlokien-roslinnych-r1", "substrate_id": "tekstylia-z-wlokien-roslinnych", "status": "published", "source_type": "publication", "source_id": "abs_jin2022textile", "label": "Jin i in. (2022)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie (experimental methane production)); plik dowodowy dl/epabs_35952413/fulltext.txt", "secondary": false, "sample_note": "len (wartość ze streszczenia) (oryg.: „Flax textile waste”)", "pretreatment": "brak", "pretreated": false, "value": 356.0, "value_original": "356.0", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tekstylia-z-wlokien-roslinnych-r2", "substrate_id": "tekstylia-z-wlokien-roslinnych", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2022.07.018", "label": "Jin i in. (2022)", "db_ref": "BCBPD rekord 99 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "ramia (oryg.: „Ramie (Boehmeria nivea) – None”)", "duration_d": 50, "pretreatment": "brak", "pretreated": false, "value": 159.9, "value_original": "159.9", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tekstylia-z-wlokien-roslinnych-r3", "substrate_id": "tekstylia-z-wlokien-roslinnych", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2022.07.018", "label": "Jin i in. (2022)", "db_ref": "BCBPD rekord 96 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "kapok (oryg.: „Kapok (Ceiba pentandra) – None”)", "duration_d": 50, "pretreatment": "brak", "pretreated": false, "value": 295.0, "value_original": "295.0", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tekstylia-z-wlokien-roslinnych-r4", "substrate_id": "tekstylia-z-wlokien-roslinnych", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2022.07.018", "label": "Jin i in. (2022)", "db_ref": "BCBPD rekord 91 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "konopie (oryg.: „Hemp (Cannabis sativa) – None”)", "duration_d": 50, "pretreatment": "brak", "pretreated": false, "value": 318.4, "value_original": "318.4", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tekstylia-z-wlokien-roslinnych-r5", "substrate_id": "tekstylia-z-wlokien-roslinnych", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2022.07.018", "label": "Jin i in. (2022)", "db_ref": "BCBPD rekord 97 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "wiskoza (oryg.: „Rayon (None) – None”)", "duration_d": 50, "pretreatment": "brak", "pretreated": false, "value": 327.4, "value_original": "327.4", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tekstylia-z-wlokien-roslinnych-r6", "substrate_id": "tekstylia-z-wlokien-roslinnych", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2022.07.018", "label": "Jin i in. (2022)", "db_ref": "BCBPD rekord 94 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "abaka (oryg.: „Abaca (Musa textilis) – None”)", "duration_d": 50, "pretreatment": "brak", "pretreated": false, "value": 332.7, "value_original": "332.7", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tekstylia-z-wlokien-roslinnych-r7", "substrate_id": "tekstylia-z-wlokien-roslinnych", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2022.07.018", "label": "Jin i in. (2022)", "db_ref": "BCBPD rekord 93 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "sizal (oryg.: „Sisal (Agave sisalana) – None”)", "duration_d": 50, "pretreatment": "brak", "pretreated": false, "value": 334.5, "value_original": "334.5", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tektura-i-karton-r1", "substrate_id": "tektura-i-karton", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.renene.2020.04.035", "label": "Li i in. (2020)", "db_ref": "BCBPD rekord 19 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "tektura falista (oryg.: „Corrugated board (None) – None”)", "duration_d": 53, "pretreatment": "brak", "pretreated": false, "value": 243.9, "value_original": "243.9", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tektura-i-karton-r2", "substrate_id": "tektura-i-karton", "status": "published", "source_type": "publication", "source_id": "doi:10.1016/j.biortech.2011.09.061", "label": "Guo i in. (2011)", "db_ref": "MY-D mdb3536 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „cardboard”)", "pretreatment": "brak", "pretreated": false, "value": 272.8, "value_original": "272.8", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tektura-i-karton-r3", "substrate_id": "tektura-i-karton", "status": "published", "source_type": "publication", "source_id": "dub_paper2019", "label": "Dubrovskis i in. (2019)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2019_Papers_N112/fulltext.txt", "secondary": false, "sample_note": "tektura niezadrukowana (oryg.: „Cardboard (unprinted)”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 41.0, "pretreatment": "brak", "pretreated": false, "value": 388.0, "value_original": "0.388", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tektura-i-karton-r4", "substrate_id": "tektura-i-karton", "status": "published", "source_type": "publication", "source_id": "gunaseelan1997", "label": "Nallathambi Gunaseelan (1997)", "db_ref": "MY-D mdb1493 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "tektura falista (oryg.: „corrugated Paper”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 278.0, "value_original": "278", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "tektura-i-karton-r5", "substrate_id": "tektura-i-karton", "status": "published", "source_type": "publication", "source_id": "krause2018", "label": "Krause i in. (2018)", "db_ref": "MY-D mdb2561 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „cardboard”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 172.0, "value_original": "172", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tektura-i-karton-r6", "substrate_id": "tektura-i-karton", "status": "published", "source_type": "publication", "source_id": "krause2018", "label": "Krause i in. (2018)", "db_ref": "MY-D mdb2560 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „cardboard”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 190.0, "value_original": "190", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tektura-i-karton-r7", "substrate_id": "tektura-i-karton", "status": "published", "source_type": "publication", "source_id": "krause2018", "label": "Krause i in. (2018)", "db_ref": "MY-D mdb2558 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „cardboard”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 220.0, "value_original": "220", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tektura-i-karton-r8", "substrate_id": "tektura-i-karton", "status": "published", "source_type": "publication", "source_id": "krause2018", "label": "Krause i in. (2018)", "db_ref": "MY-D mdb2565 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „paperboard”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 235.0, "value_original": "235", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tektura-i-karton-r9", "substrate_id": "tektura-i-karton", "status": "published", "source_type": "publication", "source_id": "krause2018", "label": "Krause i in. (2018)", "db_ref": "MY-D mdb2562 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „paperboard”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 240.0, "value_original": "240", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tektura-i-karton-r10", "substrate_id": "tektura-i-karton", "status": "published", "source_type": "publication", "source_id": "krause2018", "label": "Krause i in. (2018)", "db_ref": "MY-D mdb2564 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „paperboard”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 255.0, "value_original": "255", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tektura-i-karton-r11", "substrate_id": "tektura-i-karton", "status": "published", "source_type": "publication", "source_id": "krause2018", "label": "Krause i in. (2018)", "db_ref": "MY-D mdb2559 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „cardboard”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 275.0, "value_original": "275", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tektura-i-karton-r12", "substrate_id": "tektura-i-karton", "status": "published", "source_type": "publication", "source_id": "my_organicwaste2024", "label": "Llanos-Lizcano i in. (2024)", "db_ref": "odczyt z publikacji otwartej (Table 3, SMY ISR 1); plik dowodowy dl/my_agronomy_14_02546/fulltext.txt", "secondary": false, "sample_note": "odpady tektury (oryg.: „Cardboard waste (CBW), ISR 1”)", "pretreatment": "brak", "pretreated": false, "value": 250.2, "value_original": "250.25", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tektura-i-karton-r13", "substrate_id": "tektura-i-karton", "status": "published", "source_type": "publication", "source_id": "my_organicwaste2024", "label": "Llanos-Lizcano i in. (2024)", "db_ref": "odczyt z publikacji otwartej (Table 3, SMY ISR 2); plik dowodowy dl/my_agronomy_14_02546/fulltext.txt", "secondary": false, "sample_note": "odpady tektury (oryg.: „Cardboard waste (CBW), ISR 2”)", "pretreatment": "brak", "pretreated": false, "value": 271.1, "value_original": "271.09", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tektura-i-karton-r14", "substrate_id": "tektura-i-karton", "status": "published", "source_type": "publication", "source_id": "waste_dibplastic2019", "label": "Zhang i in. (2019)", "db_ref": "odczyt z publikacji otwartej (Table 3 (65-day BMP values)); plik dowodowy dl/waste_dibplastic2019/fulltext.txt", "secondary": false, "sample_note": "opakowania kartonowe (oryg.: „Card packaging (CP)”)", "duration_d": 65.0, "pretreatment": "brak", "pretreated": false, "value": 274.0, "value_original": "0.274", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.11, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makaron-r1", "substrate_id": "makaron", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2608 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "makaron gotowany (oryg.: „pasta”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 293.0, "value_original": "293", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makaron-r2", "substrate_id": "makaron", "status": "published", "source_type": "publication", "source_id": "labatut2011", "label": "Labatut i in. (2011)", "db_ref": "MY-D mdb2498 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "makaron bez mięsa (oryg.: „Plain pasta”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 326.1, "value_original": "326.1", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-cukiernicze-r1", "substrate_id": "odpady-cukiernicze", "status": "published", "source_type": "publication", "source_id": "agro_confect2018", "label": "Pilarska i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Table 5, column CH4 (m3 Mg-1 VS)); plik dowodowy dl/agro_confect2018/fulltext.txt", "secondary": false, "sample_note": "wafle (oryg.: „Wafers (W)”)", "temperature_c": 39.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 317.4, "value_original": "317.42", "unit_original": "Nm3 CH4/t VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-cukiernicze-r2", "substrate_id": "odpady-cukiernicze", "status": "published", "source_type": "publication", "source_id": "agro_confect2018", "label": "Pilarska i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Table 5, column CH4 (m3 Mg-1 VS)); plik dowodowy dl/agro_confect2018/fulltext.txt", "secondary": false, "sample_note": "batony czekoladowe (oryg.: „Chocolate bars (CB)”)", "temperature_c": 39.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 407.5, "value_original": "407.46", "unit_original": "Nm3 CH4/t VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-cukiernicze-r3", "substrate_id": "odpady-cukiernicze", "status": "published", "source_type": "publication", "source_id": "agro_confect2018", "label": "Pilarska i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Table 5, column CH4 (m3 Mg-1 VS)); plik dowodowy dl/agro_confect2018/fulltext.txt", "secondary": false, "sample_note": "wafle z nadzieniem (oryg.: „Filled wafers (FW)”)", "temperature_c": 39.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 506.3, "value_original": "506.32", "unit_original": "Nm3 CH4/t VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-cukiernicze-r4", "substrate_id": "odpady-cukiernicze", "status": "published", "source_type": "publication", "source_id": "alkanok2014", "label": "Alkanok i in. (2014)", "db_ref": "MY-D mdb3200 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odpady cukru z supermarketu (oryg.: „sugar waste”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 200.0, "value_original": "200", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-cukiernicze-r5", "substrate_id": "odpady-cukiernicze", "status": "published", "source_type": "publication", "source_id": "my_supermarket2020", "label": "Koch i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2, Measured BMP); plik dowodowy dl/my_water_12_01223/fulltext.txt", "secondary": false, "sample_note": "drażetki miętowe (oryg.: „Tic Tacs”)", "pretreatment": "brak", "pretreated": false, "value": 340.0, "value_original": "340", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-cukiernicze-r6", "substrate_id": "odpady-cukiernicze", "status": "published", "source_type": "publication", "source_id": "my_supermarket2020", "label": "Koch i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2, Measured BMP); plik dowodowy dl/my_water_12_01223/fulltext.txt", "secondary": false, "sample_note": "żelki (oryg.: „Gummi bears”)", "pretreatment": "brak", "pretreated": false, "value": 344.0, "value_original": "344", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-z-supermarketow-r1", "substrate_id": "odpady-z-supermarketow", "status": "published", "source_type": "publication", "source_id": "alkanok2014", "label": "Alkanok i in. (2014)", "db_ref": "MY-D mdb3203 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "mieszane odpady z supermarketu (oryg.: „mixed waste”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 400.0, "value_original": "400", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-z-supermarketow-r2", "substrate_id": "odpady-z-supermarketow", "status": "published", "source_type": "publication", "source_id": "alkanok2014", "label": "Alkanok i in. (2014)", "db_ref": "MY-D mdb3202 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "mieszane odpady z supermarketu (oryg.: „mixed waste”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 410.0, "value_original": "410", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-z-supermarketow-r3", "substrate_id": "odpady-z-supermarketow", "status": "published", "source_type": "publication", "source_id": "alkanok2014", "label": "Alkanok i in. (2014)", "db_ref": "MY-D mdb3204 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "mieszane odpady z supermarketu (oryg.: „mixed waste”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 440.0, "value_original": "440", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r1", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "chickering2023", "label": "Chickering i Tolaymat (2023) · M+V FOOD", "db_ref": "U.S. EPA, zbiór 10.23719/1528070 (domena publiczna), arkusz 'Figure 3'!Q13:W13", "secondary": false, "sample_note": "liofilizowane odpady stołówkowe, warianty pożywki (oryg.: „Freeze-dried food waste — M+V FOOD”) — 10% objętości inokulum; pozostałe 90%: pożywka M-1, M+V, woda SuperQ lub wodociągowa — zgodnie z nazwą linii", "regime": "mezofilowy", "duration_d": 85, "pretreatment": "brak", "pretreated": false, "value": 406.2, "value_original": "406.19 (dzień 85)", "unit_original": "mL CH4 / g VS (STP wg autorów)", "series": [ { "day": 0, "value": 0.0 }, { "day": 6, "value": 0.2 }, { "day": 15, "value": 34.0 }, { "day": 28, "value": 224.1 }, { "day": 43, "value": 344.7 }, { "day": 57, "value": 356.4 }, { "day": 85, "value": 406.2 } ], "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r2", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "chickering2023", "label": "Chickering i Tolaymat (2023) · M-1 FOOD", "db_ref": "U.S. EPA, zbiór 10.23719/1528070 (domena publiczna), arkusz 'Figure 3'!Q30:W30", "secondary": false, "sample_note": "liofilizowane odpady stołówkowe, warianty pożywki (oryg.: „Freeze-dried food waste — M-1 FOOD”) — 10% objętości inokulum; pozostałe 90%: pożywka M-1, M+V, woda SuperQ lub wodociągowa — zgodnie z nazwą linii", "regime": "mezofilowy", "duration_d": 80, "pretreatment": "brak", "pretreated": false, "value": 411.2, "value_original": "411.16 (dzień 80)", "unit_original": "mL CH4 / g VS (STP wg autorów)", "series": [ { "day": 0, "value": 0.0 }, { "day": 3, "value": 0.0 }, { "day": 7, "value": 195.3 }, { "day": 28, "value": 387.6 }, { "day": 44, "value": 405.4 }, { "day": 67, "value": 417.6 }, { "day": 80, "value": 411.2 } ], "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r3", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "chickering2023", "label": "Chickering i Tolaymat (2023) · TAP FOOD", "db_ref": "U.S. EPA, zbiór 10.23719/1528070 (domena publiczna), arkusz 'Figure 3'!Q36:W36", "secondary": false, "sample_note": "liofilizowane odpady stołówkowe, warianty pożywki (oryg.: „Freeze-dried food waste — TAP FOOD”) — 10% objętości inokulum; pozostałe 90%: pożywka M-1, M+V, woda SuperQ lub wodociągowa — zgodnie z nazwą linii", "regime": "mezofilowy", "duration_d": 80, "pretreatment": "brak", "pretreated": false, "value": 432.5, "value_original": "432.52 (dzień 80)", "unit_original": "mL CH4 / g VS (STP wg autorów)", "series": [ { "day": 0, "value": 0.0 }, { "day": 3, "value": 0.0 }, { "day": 7, "value": 222.0 }, { "day": 28, "value": 387.1 }, { "day": 44, "value": 408.3 }, { "day": 67, "value": 432.5 }, { "day": 80, "value": 432.5 } ], "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r4", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "agro2_manurefw2020", "label": "Baek i in. (2020)", "db_ref": "odczyt z publikacji otwartej (section 3.2, text); plik dowodowy dl/agro_manurefw2020/fulltext.txt", "secondary": false, "sample_note": "Korea Płd., odpady żywnościowe, w publikacji L/kg VS (oryg.: „food waste (FW), mono-digestion (Run 2)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 527.5, "value_original": "527.5", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r5", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "browne2013", "label": "Browne i in. (2013)", "db_ref": "MY-D mdb2653 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „food waste”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 419.0, "value_original": "419", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r6", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "browne2013", "label": "Browne i in. (2013)", "db_ref": "MY-D mdb2654 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „food waste”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 535.0, "value_original": "535", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r7", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 153, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Food waste”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 541.0, "value_original": "0.541 (0.032)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.232, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r8", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "holliger2017", "label": "Holliger i in. (2017)", "db_ref": "odczyt z publikacji (Table2)", "secondary": false, "sample_note": "odpady żywności z przemysłu (oryg.: „Industry food waste”)", "pretreatment": "brak", "pretreated": false, "value": 499.0, "value_original": "499", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r9", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "holliger2017", "label": "Holliger i in. (2017)", "db_ref": "odczyt z publikacji (Table2)", "secondary": false, "sample_note": "odpady żywności z instalacji pełnoskalowej (oryg.: „Food waste”)", "pretreatment": "brak", "pretreated": false, "value": 519.0, "value_original": "519", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r10", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "holliger2017", "label": "Holliger i in. (2017)", "db_ref": "odczyt z publikacji (Table3)", "secondary": false, "sample_note": "odpady żywności z instalacji pełnoskalowej (oryg.: „Food waste”)", "pretreatment": "brak", "pretreated": false, "value": 595.0, "value_original": "595", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r11", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "jin2016", "label": "Jin i in. (2016)", "db_ref": "MY-D mdb2396 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odpady kuchenne (oryg.: „Kitchen waste”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 700.0, "value_original": "700", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r12", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "koch2017", "label": "Koch i in. (2017)", "db_ref": "MY-D mdb2532 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „food waste”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 440.0, "value_original": "440", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r13", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "koch2017", "label": "Koch i in. (2017)", "db_ref": "MY-D mdb2533 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „food waste”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 445.0, "value_original": "445", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r14", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "koch2017", "label": "Koch i in. (2017)", "db_ref": "MY-D mdb2544 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „food waste”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 457.0, "value_original": "457", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r15", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "koch2017", "label": "Koch i in. (2017)", "db_ref": "MY-D mdb2534 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „food waste”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 460.0, "value_original": "460", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r16", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "li2013", "label": "Li i in. (2013)", "db_ref": "MY-D mdb1406 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odpady kuchenne (oryg.: „Kitchen waste”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 541.0, "value_original": "541", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r17", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "my_organicwaste2024", "label": "Llanos-Lizcano i in. (2024)", "db_ref": "odczyt z publikacji otwartej (Table 3, SMY ISR 2); plik dowodowy dl/my_agronomy_14_02546/fulltext.txt", "secondary": false, "sample_note": "odpady żywności ze stołówek (Kluż) (oryg.: „Food waste (FW), ISR 2”)", "pretreatment": "brak", "pretreated": false, "value": 377.4, "value_original": "377.41", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r18", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "my_organicwaste2024", "label": "Llanos-Lizcano i in. (2024)", "db_ref": "odczyt z publikacji otwartej (Table 3, SMY ISR 1); plik dowodowy dl/my_agronomy_14_02546/fulltext.txt", "secondary": false, "sample_note": "odpady żywności ze stołówek (Kluż) (oryg.: „Food waste (FW), ISR 1”)", "pretreatment": "brak", "pretreated": false, "value": 409.8, "value_original": "409.79", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r19", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "waste_dibplastic2019", "label": "Zhang i in. (2019)", "db_ref": "odczyt z publikacji otwartej (Table 3 (65-day BMP values)); plik dowodowy dl/waste_dibplastic2019/fulltext.txt", "secondary": false, "sample_note": "odpady żywności zbierane selektywnie (oryg.: „Food waste (SFW)”)", "duration_d": 65.0, "pretreatment": "brak", "pretreated": false, "value": 471.0, "value_original": "0.471", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r20", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "waste_human2024", "label": "Osei-Owusu i in. (2024)", "db_ref": "odczyt z publikacji otwartej (section 3.2, text); plik dowodowy dl/waste_human2024/fulltext.txt", "secondary": false, "sample_note": "resztki jedzenia (Ghana) (oryg.: „Food leftovers (FLO)”)", "temperature_c": 30.0, "regime": "mezofilowy", "duration_d": 61.0, "pretreatment": "brak", "pretreated": false, "value": 135.3, "value_original": "135.27", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r21", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "waste_human2024", "label": "Osei-Owusu i in. (2024)", "db_ref": "odczyt z publikacji otwartej (section 3.2, text); plik dowodowy dl/waste_human2024/fulltext.txt", "secondary": false, "sample_note": "odpady kuchenne (Ghana) (oryg.: „Kitchen residues (KR)”)", "temperature_c": 30.0, "regime": "mezofilowy", "duration_d": 61.0, "pretreatment": "brak", "pretreated": false, "value": 198.9, "value_original": "198.86", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zywnosciowe-r22", "substrate_id": "odpady-zywnosciowe", "status": "published", "source_type": "publication", "source_id": "zhangw2015", "label": "Zhang i in. (2015)", "db_ref": "MY-D mdb3116 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „food waste”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 372.0, "value_original": "372", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pieczywo-r1", "substrate_id": "pieczywo", "status": "published", "source_type": "publication", "source_id": "dub_bread2017", "label": "Dubrovskis i Plume (2017)", "db_ref": "odczyt z publikacji otwartej (Table 3, R11-13 average); plik dowodowy dl/dub_2017_Papers_N087/fulltext.txt", "secondary": false, "sample_note": "chleb tostowy, partia odpadowa (oryg.: „Toaster bread (TB), damaged”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 312.0, "value_original": "0.312", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 44.9, "ch4_evidence": { "type": "file", "ref": "research/bmp/dl/dub_2017_Papers_N087/fulltext.txt", "locator": "Abstract", "excerpt": "Toaster bread 0.694 l g-1DOM (44.9 %)" } }, { "id": "pieczywo-r2", "substrate_id": "pieczywo", "status": "published", "source_type": "publication", "source_id": "dub_bread2017", "label": "Dubrovskis i Plume (2017)", "db_ref": "odczyt z publikacji otwartej (Table 3, R8-R10 average); plik dowodowy dl/dub_2017_Papers_N087/fulltext.txt", "secondary": false, "sample_note": "chleb pszenny razowy, partia odpadowa (oryg.: „Wheat flour coarse bread (WF), damaged”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 313.0, "value_original": "0.313", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 50.9, "ch4_evidence": { "type": "file", "ref": "research/bmp/dl/dub_2017_Papers_N087/fulltext.txt", "locator": "Abstract", "excerpt": "Wheat flour (coarse) bread 0.731 l g-1DOM (50.9 %)" } }, { "id": "pieczywo-r3", "substrate_id": "pieczywo", "status": "published", "source_type": "publication", "source_id": "dub_bread2017", "label": "Dubrovskis i Plume (2017)", "db_ref": "odczyt z publikacji otwartej (Table 3, R2-R4 average); plik dowodowy dl/dub_2017_Papers_N087/fulltext.txt", "secondary": false, "sample_note": "chleb francuski, partia odpadowa (oryg.: „French bread (FB), damaged”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 335.0, "value_original": "0.335", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 50.6, "ch4_evidence": { "type": "file", "ref": "research/bmp/dl/dub_2017_Papers_N087/fulltext.txt", "locator": "Abstract", "excerpt": "French bread 0.723 l g-1DOM (50.6 %)" } }, { "id": "pieczywo-r4", "substrate_id": "pieczywo", "status": "published", "source_type": "publication", "source_id": "dub_bread2017", "label": "Dubrovskis i Plume (2017)", "db_ref": "odczyt z publikacji otwartej (Table 3, R5-R7 average); plik dowodowy dl/dub_2017_Papers_N087/fulltext.txt", "secondary": false, "sample_note": "chleb żytni, partia odpadowa (oryg.: „Rye flour bread (RF), damaged”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 392.0, "value_original": "0.392", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 49.9, "ch4_evidence": { "type": "file", "ref": "research/bmp/dl/dub_2017_Papers_N087/fulltext.txt", "locator": "Abstract", "excerpt": "Rye flour bread 0.634 l g-1DOM (49.9 %)" } }, { "id": "pieczywo-r5", "substrate_id": "pieczywo", "status": "published", "source_type": "publication", "source_id": "dub_bread2017", "label": "Dubrovskis i Plume (2017)", "db_ref": "odczyt z publikacji otwartej (Table 3, R14-R15 average); plik dowodowy dl/dub_2017_Papers_N087/fulltext.txt", "secondary": false, "sample_note": "chleb biały z dodatkiem jaj i mleka (oryg.: „White bread with egg and milk (WB), damaged”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 427.0, "value_original": "0.427", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 45.4, "ch4_evidence": { "type": "file", "ref": "research/bmp/dl/dub_2017_Papers_N087/fulltext.txt", "locator": "Abstract", "excerpt": "White bread (with the addition of egg and milk additives) 0.943 l g-1DOM (45.4 %)" } }, { "id": "pieczywo-r6", "substrate_id": "pieczywo", "status": "published", "source_type": "publication", "source_id": "dub_breadpotato2018", "label": "Dubrovskis i in. (2018)", "db_ref": "odczyt z publikacji otwartej (streszczenie i wnioski); plik dowodowy dl/dub_2018_Papers_N414/fulltext.txt", "secondary": false, "sample_note": "chleb żytni Kursu (odpady) (oryg.: „Rye bread Kursu waste”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 459.0, "value_original": "0.459", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pieczywo-r7", "substrate_id": "pieczywo", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2610 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "pieczywo (odpady) (oryg.: „bread”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 295.0, "value_original": "295", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.232, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-masy-celulozowej-r1", "substrate_id": "odpady-masy-celulozowej", "status": "published", "source_type": "publication", "source_id": "waste_paper2016", "label": "Walter i in. (2016)", "db_ref": "odczyt z publikacji otwartej (section Results, text + Table 2); plik dowodowy dl/waste_paper2016/fulltext.txt", "secondary": false, "sample_note": "37 °C (oryg.: „Pulp residues (PR), non-pretreated, 37 C”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 23.0, "pretreatment": "brak", "pretreated": false, "value": 323.0, "value_original": "323", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-masy-celulozowej-r2", "substrate_id": "odpady-masy-celulozowej", "status": "published", "source_type": "publication", "source_id": "waste_paper2016", "label": "Walter i in. (2016)", "db_ref": "odczyt z publikacji otwartej (section Results, text + Table 2); plik dowodowy dl/waste_paper2016/fulltext.txt", "secondary": false, "sample_note": "55 °C (oryg.: „Pulp residues (PR), non-pretreated, 55 C”)", "temperature_c": 55.0, "regime": "termofilowy", "duration_d": 23.0, "pretreatment": "brak", "pretreated": false, "value": 368.0, "value_original": "368", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-oczyszczalni-mleczarskiej-r1", "substrate_id": "osad-z-oczyszczalni-mleczarskiej", "status": "published", "source_type": "publication", "source_id": "agro_cantabria2014", "label": "Rico i in. (2014)", "db_ref": "odczyt z publikacji otwartej (section 3.2 (text)); plik dowodowy dl/agro_cantabria2014/fulltext.txt", "secondary": false, "sample_note": "odwodniony osad biologiczny mleczarni (oryg.: „dewatered biological sludge from dairy factory (DSL1)”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 125.0, "value_original": "125", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-oczyszczalni-mleczarskiej-r2", "substrate_id": "osad-z-oczyszczalni-mleczarskiej", "status": "published", "source_type": "publication", "source_id": "browne2013", "label": "Browne i in. (2013)", "db_ref": "MY-D mdb2651 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "osad z biologicznego oczyszczania ścieków z przetwórstwa sera (oryg.: „bio treatment sludge from cheese processing”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 461.0, "value_original": "461", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r1", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "karlsson2011", "label": "Karlsson i in. (2011)", "db_ref": "MY-D mdb1179 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zakład 6 (masa mechaniczna) (oryg.: „Mill 6 mech”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 89.0, "value_original": "89", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r2", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "karlsson2011", "label": "Karlsson i in. (2011)", "db_ref": "MY-D mdb1173 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zakład 4 (CTMP/siarczanowy) (oryg.: „Mill 4 CTMP/Kraft”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 97.0, "value_original": "97", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r3", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "karlsson2011", "label": "Karlsson i in. (2011)", "db_ref": "MY-D mdb1165 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zakład 1 (masa mechaniczna) (oryg.: „Mill 1 mech”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 138.0, "value_original": "138", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r4", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "karlsson2011", "label": "Karlsson i in. (2011)", "db_ref": "MY-D mdb1168 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zakład 3 (siarczanowy) (oryg.: „Mill 3 Kraft”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 145.0, "value_original": "145", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r5", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "karlsson2011", "label": "Karlsson i in. (2011)", "db_ref": "MY-D mdb1175 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zakład 5 (oryg.: „Mill 5”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 155.0, "value_original": "155", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r6", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "karlsson2011", "label": "Karlsson i in. (2011)", "db_ref": "MY-D mdb1176 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zakład 5 (oryg.: „Mill 5”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 158.0, "value_original": "158", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r7", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "karlsson2011", "label": "Karlsson i in. (2011)", "db_ref": "MY-D mdb1166 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zakład 2 (siarczynowy) (oryg.: „Mill 2 sulphite”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 159.0, "value_original": "159", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r8", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "karlsson2011", "label": "Karlsson i in. (2011)", "db_ref": "MY-D mdb1177 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zakład 5 (oryg.: „Mill 5”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 162.0, "value_original": "162", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r9", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "karlsson2011", "label": "Karlsson i in. (2011)", "db_ref": "MY-D mdb1174 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zakład 5 (siarczanowy/CTMP) (oryg.: „Mill 5 Kraft/CTMP”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 167.0, "value_original": "167", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r10", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "karlsson2011", "label": "Karlsson i in. (2011)", "db_ref": "MY-D mdb1172 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zakład 3 (oryg.: „Mill 3”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 173.0, "value_original": "173", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r11", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "karlsson2011", "label": "Karlsson i in. (2011)", "db_ref": "MY-D mdb1171 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zakład 3 (oryg.: „Mill 3”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 175.0, "value_original": "175", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r12", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "karlsson2011", "label": "Karlsson i in. (2011)", "db_ref": "MY-D mdb1167 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zakład 2 (siarczynowy) (oryg.: „Mill 2 sulphite”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 176.0, "value_original": "176", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r13", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "karlsson2011", "label": "Karlsson i in. (2011)", "db_ref": "MY-D mdb1170 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zakład 3 (oryg.: „Mill 3”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 182.0, "value_original": "182", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r14", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "karlsson2011", "label": "Karlsson i in. 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(2011)", "db_ref": "MY-D mdb1182 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zakład 5 (oryg.: „Mill 5”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 209.0, "value_original": "209", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r18", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "kinnunen2015", "label": "Kinnunen i in. (2015)", "db_ref": "MY-D mdb2252 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „paper biosludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 89.0, "value_original": "89", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r19", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "kinnunen2015", "label": "Kinnunen i in. (2015)", "db_ref": "MY-D mdb2253 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „paper biosludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 92.0, "value_original": "92", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r20", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "kinnunen2015", "label": "Kinnunen i in. (2015)", "db_ref": "MY-D mdb2251 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „paper biosludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 93.0, "value_original": "93", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r21", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "kinnunen2015", "label": "Kinnunen i in. (2015)", "db_ref": "MY-D mdb2254 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „paper biosludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 94.0, "value_original": "94", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r22", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "kinnunen2015", "label": "Kinnunen i in. (2015)", "db_ref": "MY-D mdb2255 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „paper biosludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 102.0, "value_original": "102", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r23", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "kolbl2014", "label": "Kolbl i in. (2014)", "db_ref": "MY-D mdb1318 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odwodniony (oryg.: „dehidrated Paper mill sludge”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 74.0, "value_original": "74", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-z-przemyslu-papierniczego-r24", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "meyer2014", "label": "Meyer i Edwards (2014)", "db_ref": "MY-D mdb2261 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „paper sludge”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 20.0, "regime": "psychrofilowy", "pretreatment": "brak", "pretreated": false, "value": 67.0, "value_original": "67", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "osad-z-przemyslu-papierniczego-r25", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "meyer2014", "label": "Meyer i Edwards (2014)", "db_ref": "MY-D mdb2264 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „paper sludge”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 20.0, "regime": "psychrofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 68.0, "value_original": "68", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "osad-z-przemyslu-papierniczego-p1", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "karlsson2011", "label": "Karlsson i in. (2011)", "db_ref": "MY-D mdb1181 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Mill 5”)", "pretreatment": "obróbka wstępna: enzymatic", "pretreated": true, "value": 240.0 }, { "id": "osad-z-przemyslu-papierniczego-p2", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "karlsson2011", "label": "Karlsson i in. (2011)", "db_ref": "MY-D mdb1183 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Mill 5”)", "pretreatment": "obróbka wstępna: physical-enzymatic", "pretreated": true, "value": 239.0 }, { "id": "osad-z-przemyslu-papierniczego-p3", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "meyer2014", "label": "Meyer i Edwards (2014)", "db_ref": "MY-D mdb2262 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „paper sludge”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 97.0 }, { "id": "osad-z-przemyslu-papierniczego-p4", "substrate_id": "osad-z-przemyslu-papierniczego", "status": "published", "source_type": "publication", "source_id": "meyer2014", "label": "Meyer i Edwards (2014)", "db_ref": "MY-D mdb2263 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „paper sludge”)", "pretreatment": "obróbka wstępna: enzymatic", "pretreated": true, "value": 66.0 }, { "id": "osad-nadmierny-r1", "substrate_id": "osad-nadmierny", "status": "published", "source_type": "publication", "source_id": "catenacci2019", "label": "Catenacci i in. (2019)", "db_ref": "MY-D mdb3231 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „secondary sludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 53.0, "value_original": "53", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-nadmierny-r2", "substrate_id": "osad-nadmierny", "status": "published", "source_type": "publication", "source_id": "catenacci2019", "label": "Catenacci i in. (2019)", "db_ref": "MY-D mdb3235 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „secondary sludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 95.0, "value_original": "95", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-nadmierny-r3", "substrate_id": "osad-nadmierny", "status": "published", "source_type": "publication", "source_id": "catenacci2019", "label": "Catenacci i in. (2019)", "db_ref": "MY-D mdb3227 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „secondary sludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 105.0, "value_original": "105", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-nadmierny-r4", "substrate_id": "osad-nadmierny", "status": "published", "source_type": "publication", "source_id": "catenacci2019", "label": "Catenacci i in. (2019)", "db_ref": "MY-D mdb3239 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „secondary sludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 125.0, "value_original": "125", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-nadmierny-r5", "substrate_id": "osad-nadmierny", "status": "published", "source_type": "publication", "source_id": "catenacci2019", "label": "Catenacci i in. (2019)", "db_ref": "MY-D mdb3229 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „secondary sludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 133.0, "value_original": "133", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-nadmierny-r6", "substrate_id": "osad-nadmierny", "status": "published", "source_type": "publication", "source_id": "catenacci2019", "label": "Catenacci i in. (2019)", "db_ref": "MY-D mdb3243 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „secondary sludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 155.0, "value_original": "155", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-nadmierny-r7", "substrate_id": "osad-nadmierny", "status": "published", "source_type": "publication", "source_id": "catenacci2019", "label": "Catenacci i in. (2019)", "db_ref": "MY-D mdb3245 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „secondary sludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 170.0, "value_original": "170", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-nadmierny-r8", "substrate_id": "osad-nadmierny", "status": "published", "source_type": "publication", "source_id": "catenacci2019", "label": "Catenacci i in. (2019)", "db_ref": "MY-D mdb3237 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „secondary sludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 175.0, "value_original": "175", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-nadmierny-r9", "substrate_id": "osad-nadmierny", "status": "published", "source_type": "publication", "source_id": "catenacci2019", "label": "Catenacci i in. (2019)", "db_ref": "MY-D mdb3233 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „secondary sludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 180.0, "value_original": "180", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-nadmierny-r10", "substrate_id": "osad-nadmierny", "status": "published", "source_type": "publication", "source_id": "catenacci2019", "label": "Catenacci i in. (2019)", "db_ref": "MY-D mdb3241 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „secondary sludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 183.0, "value_original": "183", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-nadmierny-r11", "substrate_id": "osad-nadmierny", "status": "published", "source_type": "publication", "source_id": "erden2010", "label": "Erden i Filibeli (2010)", "db_ref": "MY-D mdb1193 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "osad biologiczny (oryg.: „wastewater sludge”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 151.0, "value_original": "151", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-nadmierny-r12", "substrate_id": "osad-nadmierny", "status": "published", "source_type": "publication", "source_id": "waste_ofmsw2015", "label": "Nielfa i in. 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(2026)", "db_ref": "odczyt z publikacji otwartej (section Methane yield); plik dowodowy dl/agro2_fishsludge2025/fulltext.txt", "secondary": false, "sample_note": "Korea Płd., osad wstępny z oczyszczalni ścieków, BMP 1:1 VS (oryg.: „primary sludge (PS), mono-digestion (R1)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 53.0, "pretreatment": "brak", "pretreated": false, "value": 303.0, "value_original": "303", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-wstepny-r2", "substrate_id": "osad-wstepny", "status": "published", "source_type": "publication", "source_id": "catenacci2019", "label": "Catenacci i in. 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(1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 432, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Primary sludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 590.0, "value_original": "0.59", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-wstepny-r13", "substrate_id": "osad-wstepny", "status": "published", "source_type": "publication", "source_id": "hao2022", "label": "Hao i in. (2022)", "db_ref": "MY-D mdb3401 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „primary sludge”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 238.8, "value_original": "238.79", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-wstepny-p1", "substrate_id": "osad-wstepny", "status": "published", "source_type": "publication", "source_id": "hao2022", "label": "Hao i in. 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(2017)", "db_ref": "MY-D mdb2540 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „sewage sludge”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 315.0, "value_original": "315", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-sciekowy-mieszany-r9", "substrate_id": "osad-sciekowy-mieszany", "status": "published", "source_type": "publication", "source_id": "kolbl2014", "label": "Kolbl i in. (2014)", "db_ref": "MY-D mdb1317 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "osad komunalny (oryg.: „municipal”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 309.0, "value_original": "309", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-sciekowy-mieszany-r10", "substrate_id": "osad-sciekowy-mieszany", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2630 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „wastewater sludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 126.0, "value_original": "126", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-sciekowy-mieszany-r11", "substrate_id": "osad-sciekowy-mieszany", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2631 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „wastewater sludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 270.0, "value_original": "270", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-sciekowy-mieszany-r12", "substrate_id": "osad-sciekowy-mieszany", "status": "published", "source_type": "publication", "source_id": "serrano2016", "label": "Serrano i in. (2016)", "db_ref": "MY-D mdb2428 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „sewage sludge”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 111.0, "value_original": "111", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-sciekowy-mieszany-r13", "substrate_id": "osad-sciekowy-mieszany", "status": "published", "source_type": "publication", "source_id": "waste_inoc2021", "label": "Lallement i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 4, Inoculum 1); plik dowodowy dl/waste_inoc2021/fulltext.txt", "secondary": false, "sample_note": "inokulum 1 (oryg.: „WWTP sludge (Inoculum 1)”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 242.0, "value_original": "242", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-sciekowy-mieszany-r14", "substrate_id": "osad-sciekowy-mieszany", "status": "published", "source_type": "publication", "source_id": "waste_inoc2021", "label": "Lallement i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 4, Inoculum 2); plik dowodowy dl/waste_inoc2021/fulltext.txt", "secondary": false, "sample_note": "inokulum 2 (oryg.: „WWTP sludge (Inoculum 2)”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 243.0, "value_original": "243", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-sciekowy-mieszany-r15", "substrate_id": "osad-sciekowy-mieszany", "status": "published", "source_type": "publication", "source_id": "waste_wwtp2016", "label": "Zahan i in. (2016)", "db_ref": "odczyt z publikacji otwartej (section 3.1, text); plik dowodowy dl/waste_wwtp2016/fulltext.txt", "secondary": false, "sample_note": "mieszanina osadu wstępnego i nadmiernego (oryg.: „Sewage sludge (SS, primary + waste activated sludge mix)”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 192.0, "value_original": "192", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "osad-sciekowy-mieszany-p1", "substrate_id": "osad-sciekowy-mieszany", "status": "published", "source_type": "publication", "source_id": "serrano2016", "label": "Serrano i in. (2016)", "db_ref": "MY-D mdb2429 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „sewage sludge”)", "pretreatment": "obróbka wstępna: physical", "pretreated": true, "value": 118.0 }, { "id": "osad-sciekowy-mieszany-p2", "substrate_id": "osad-sciekowy-mieszany", "status": "published", "source_type": "publication", "source_id": "serrano2016", "label": "Serrano i in. (2016)", "db_ref": "MY-D mdb2430 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „sewage sludge”)", "pretreatment": "obróbka wstępna: physical", "pretreated": true, "value": 130.0 }, { "id": "osad-sciekowy-mieszany-p3", "substrate_id": "osad-sciekowy-mieszany", "status": "published", "source_type": "publication", "source_id": "serrano2016", "label": "Serrano i in. (2016)", "db_ref": "MY-D mdb2431 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „sewage sludge”)", "pretreatment": "obróbka wstępna: physical", "pretreated": true, "value": 118.0 }, { "id": "ananasy-r1", "substrate_id": "ananasy", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1557 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "pędy liściaste (oryg.: „pine apple leafy shoot”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 355.0, "value_original": "355", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ananasy-r2", "substrate_id": "ananasy", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2592 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "owoce (oryg.: „pineapple”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 232.0, "value_original": "232", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "baklazan-r1", "substrate_id": "baklazan", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 59 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "(oryg.: „Eggplant (Solanum melongena) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 269.8, "value_original": "269.75", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "baklazan-r2", "substrate_id": "baklazan", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1570 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "całe owoce uszkodzone przez szkodniki (oryg.: „Brinjal whole fruit (pest infested)”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 396.0, "value_original": "396", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "banany-r1", "substrate_id": "banany", "status": "published", "source_type": "publication", "source_id": "cropgen:1", "label": "Buffiere i in. (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 18, referencja nr 1", "secondary": false, "sample_note": "(oryg.: „Banana”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 289.0, "value_original": "0.289 (0.016)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "banany-r2", "substrate_id": "banany", "status": "published", "source_type": "publication", "source_id": "fv_khan2016", "label": "Khan M.T. (2016)", "db_ref": "odczyt z publikacji otwartej (Abstract and Table 5 (measured methane yield after 35 days)); plik dowodowy dl/fv_khan2016/fulltext.txt", "secondary": false, "sample_note": "cały owoc ze skórką (oryg.: „Unpeeled banana”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 349.0, "value_original": "0.349", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "banany-r3", "substrate_id": "banany", "status": "published", "source_type": "publication", "source_id": "fv_khan2016", "label": "Khan M.T. (2016)", "db_ref": "odczyt z publikacji otwartej (Abstract and Table 5 (measured methane yield after 35 days)); plik dowodowy dl/fv_khan2016/fulltext.txt", "secondary": false, "sample_note": "miąższ (oryg.: „Banana flesh”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 367.0, "value_original": "0.367", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "banany-r4", "substrate_id": "banany", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2591 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "owoce (oryg.: „banana”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 361.0, "value_original": "361", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "banany-r5", "substrate_id": "banany", "status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. (2016)", "db_ref": "MY-D mdb2420 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "miąższ, świeży (oryg.: „Fresh ripe banana pulp”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 321.0, "value_original": "321", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "banany-r6", "substrate_id": "banany", "status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. (2016)", "db_ref": "MY-D mdb2418 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "miąższ, zepsuty (oryg.: „Rooten banana pulp”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 351.0, "value_original": "351", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "brzoskwinie-r1", "substrate_id": "brzoskwinie", "status": "published", "source_type": "publication", "source_id": "fv_aybek2017", "label": "Aybek i in. (2017)", "db_ref": "odczyt z publikacji otwartej (Table 4 (1 mm), column \"Methane Production\"); plik dowodowy dl/fv_aybek2017/fulltext.txt", "secondary": false, "sample_note": "odpady z targowiska, mielone 1 mm i 3 mm (oryg.: „Peach”)", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 353.0, "value_original": "0.353", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "brzoskwinie-r2", "substrate_id": "brzoskwinie", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2586 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „peach”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 334.0, "value_original": "334", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bulwy-tropikalne-r1", "substrate_id": "bulwy-tropikalne", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 60 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "pochrzyn chiński (oryg.: „Chinese yam (Dioscorea polystachya) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 214.0, "value_original": "213.99", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bulwy-tropikalne-r2", "substrate_id": "bulwy-tropikalne", "status": "published", "source_type": "publication", "source_id": "ge2014", "label": "Ge i in. (2014)", "db_ref": "MY-D mdb1462 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "bataty (oryg.: „sweet Potato”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 345.0, "value_original": "345", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "cebula-r1", "substrate_id": "cebula", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 61 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "(oryg.: „Onion (Allium cepa) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 268.9, "value_original": "268.91", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "cebula-r2", "substrate_id": "cebula", "status": "published", "source_type": "publication", "source_id": "fv_aybek2017", "label": "Aybek i in. (2017)", "db_ref": "odczyt z publikacji otwartej (Table 4 (1 mm), column \"Methane Production\"); plik dowodowy dl/fv_aybek2017/fulltext.txt", "secondary": false, "sample_note": "odpady z targowiska (oryg.: „Onion”)", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 342.0, "value_original": "0.342", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "cukinia-i-kabaczek-r1", "substrate_id": "cukinia-i-kabaczek", "status": "published", "source_type": "publication", "source_id": "dubrovskis2017", "label": "Dubrovskis i Plume (2017)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/dubrovskis2017/fulltext.txt", "secondary": false, "sample_note": "kabaczek (oryg.: „Vegetable marrow biomass, bioreactor R11”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 263.0, "value_original": "0.263", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "cukinia-i-kabaczek-r2", "substrate_id": "cukinia-i-kabaczek", "status": "published", "source_type": "publication", "source_id": "dubrovskis2017", "label": "Dubrovskis i Plume (2017)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/dubrovskis2017/fulltext.txt", "secondary": false, "sample_note": "kabaczek (oryg.: „Vegetable marrow biomass, bioreactor R12”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 279.0, "value_original": "0.279", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "cukinia-i-kabaczek-r3", "substrate_id": "cukinia-i-kabaczek", "status": "published", "source_type": "publication", "source_id": "dubrovskis2017", "label": "Dubrovskis i Plume (2017)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/dubrovskis2017/fulltext.txt", "secondary": false, "sample_note": "kabaczek (oryg.: „Vegetable marrow biomass, bioreactor R10”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 280.0, "value_original": "0.280", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "cukinia-i-kabaczek-r4", "substrate_id": "cukinia-i-kabaczek", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2600 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cukinia (oryg.: „zucchini”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 344.0, "value_original": "344", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "dynia-r1", "substrate_id": "dynia", "status": "published", "source_type": "publication", "source_id": "dubrovskis2017", "label": "Dubrovskis i Plume (2017)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/dubrovskis2017/fulltext.txt", "secondary": false, "sample_note": "dynia (odpady owoców) (oryg.: „Pumpkin biomass, bioreactor R3”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 391.0, "value_original": "0.391", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "dynia-r2", "substrate_id": "dynia", "status": "published", "source_type": "publication", "source_id": "dubrovskis2017", "label": "Dubrovskis i Plume (2017)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/dubrovskis2017/fulltext.txt", "secondary": false, "sample_note": "dynia (odpady owoców) (oryg.: „Pumpkin biomass, bioreactor R4”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 397.0, "value_original": "0.397", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "dynia-r3", "substrate_id": "dynia", "status": "published", "source_type": "publication", "source_id": "dubrovskis2017", "label": "Dubrovskis i Plume (2017)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/dubrovskis2017/fulltext.txt", "secondary": false, "sample_note": "dynia (odpady owoców) (oryg.: „Pumpkin biomass, bioreactor R5”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 421.0, "value_original": "0.421", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "dynia-r4", "substrate_id": "dynia", "status": "published", "source_type": "publication", "source_id": "dubrovskis2017", "label": "Dubrovskis i Plume (2017)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/dubrovskis2017/fulltext.txt", "secondary": false, "sample_note": "dynia (odpady owoców) (oryg.: „Pumpkin biomass, bioreactor R2”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 478.0, "value_original": "0.478", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "dynia-r5", "substrate_id": "dynia", "status": "published", "source_type": "publication", "source_id": "kolbl2014", "label": "Kolbl i in. (2014)", "db_ref": "MY-D mdb1314 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "dynia piżmowa (oryg.: „Muscate Pumpkin”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 366.2, "value_original": "366.2", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "dynia-r6", "substrate_id": "dynia", "status": "published", "source_type": "publication", "source_id": "kolbl2014", "label": "Kolbl i in. (2014)", "db_ref": "MY-D mdb1315 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zepsuta (oryg.: „Rotten Pumpkin”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 436.2, "value_original": "436.2", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "dynia-r7", "substrate_id": "dynia", "status": "published", "source_type": "publication", "source_id": "my_appsci2022", "label": "Czubaszek i in. (2022)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_applsci_12_06128/fulltext.txt", "secondary": false, "sample_note": "resztki dyni (oryg.: „Pumpkin residue”)", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 199.2, "value_original": "199.18", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "granaty-r1", "substrate_id": "granaty", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1558 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "skórki (oryg.: „pomegranate peels”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 312.0, "value_original": "312", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "granaty-r2", "substrate_id": "granaty", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1560 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "całe zepsute owoce (oryg.: „pomegranate whole rotten fruit”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 342.0, "value_original": "342", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "granaty-r3", "substrate_id": "granaty", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1561 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "wytłoki (oryg.: „pomegranate pressings”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 420.0, "value_original": "420", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "granaty-r4", "substrate_id": "granaty", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1559 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zepsute nasiona z miąższem (oryg.: „pomegranate rotten pulpy seeds”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 430.0, "value_original": "430", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "grzyby-owocniki-r1", "substrate_id": "grzyby-owocniki", "status": "published", "source_type": "publication", "source_id": "dub_mushrooms2022", "label": "Dubrovskis i in. (2022)", "db_ref": "odczyt z publikacji otwartej (wnioski); plik dowodowy dl/dub_2022_Papers_TF019/fulltext.txt", "secondary": false, "sample_note": "maślak żółty (owocniki) (oryg.: „Boletus elegans”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 21.0, "pretreatment": "brak", "pretreated": false, "value": 181.0, "value_original": "0.181", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "grzyby-owocniki-r2", "substrate_id": "grzyby-owocniki", "status": "published", "source_type": "publication", "source_id": "dub_mushrooms2022", "label": "Dubrovskis i in. (2022)", "db_ref": "odczyt z publikacji otwartej (wnioski); plik dowodowy dl/dub_2022_Papers_TF019/fulltext.txt", "secondary": false, "sample_note": "mleczaj (owocniki) (oryg.: „Lactarius terminosus”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 21.0, "pretreatment": "brak", "pretreated": false, "value": 301.0, "value_original": "0.301", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "grzyby-owocniki-r3", "substrate_id": "grzyby-owocniki", "status": "published", "source_type": "publication", "source_id": "dub_mushrooms2022", "label": "Dubrovskis i in. (2022)", "db_ref": "odczyt z publikacji otwartej (wnioski); plik dowodowy dl/dub_2022_Papers_TF019/fulltext.txt", "secondary": false, "sample_note": "muchomor cytrynowy (owocniki) (oryg.: „Amanita mappa”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 21.0, "pretreatment": "brak", "pretreated": false, "value": 377.0, "value_original": "0.377", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "grzyby-owocniki-r4", "substrate_id": "grzyby-owocniki", "status": "published", "source_type": "publication", "source_id": "dub_mushrooms2022", "label": "Dubrovskis i in. (2022)", "db_ref": "odczyt z publikacji otwartej (wnioski); plik dowodowy dl/dub_2022_Papers_TF019/fulltext.txt", "secondary": false, "sample_note": "muchomor czerwony (owocniki) (oryg.: „Amanita muscaria”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 21.0, "pretreatment": "brak", "pretreated": false, "value": 385.0, "value_original": "0.385", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "grzyby-owocniki-r5", "substrate_id": "grzyby-owocniki", "status": "published", "source_type": "publication", "source_id": "dub_mushrooms2022", "label": "Dubrovskis i in. (2022)", "db_ref": "odczyt z publikacji otwartej (wnioski); plik dowodowy dl/dub_2022_Papers_TF019/fulltext.txt", "secondary": false, "sample_note": "mleczaj rydzopodobny (owocniki) (oryg.: „Lactarius rufus”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 21.0, "pretreatment": "brak", "pretreated": false, "value": 391.0, "value_original": "0.391", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "grzyby-owocniki-r6", "substrate_id": "grzyby-owocniki", "status": "published", "source_type": "publication", "source_id": "dub_mushrooms2022", "label": "Dubrovskis i in. (2022)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2022_Papers_TF019/fulltext.txt", "secondary": false, "sample_note": "gołąbek (owocniki) (oryg.: „Russula paludosa”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 21.0, "pretreatment": "brak", "pretreated": false, "value": 433.0, "value_original": "0.433", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "warzywa-dyniowate-inne-r1", "substrate_id": "warzywa-dyniowate-inne", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 64 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "przepękla (gorzki melon) (oryg.: „Bitter melon (Momordica charantia) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 207.5, "value_original": "207.52", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "warzywa-dyniowate-inne-r2", "substrate_id": "warzywa-dyniowate-inne", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 65 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "trukwa (luffa) (oryg.: „Luffa (Luffa aegyptiaca) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 217.3, "value_original": "217.28", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "warzywa-dyniowate-inne-r3", "substrate_id": "warzywa-dyniowate-inne", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 62 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "beninkaza (wax gourd) (oryg.: „Wax gourd (Benincasa hispida) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 220.3, "value_original": "220.26", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "warzywa-dyniowate-inne-r4", "substrate_id": "warzywa-dyniowate-inne", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2016.03.028", "label": "Zhao i in. (2016)", "db_ref": "BCBPD rekord 1 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "kiwano – skórka (oryg.: „Horned melon (Cucumis metuliferus) – Shell”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 241.3, "value_original": "241.3", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "warzywa-dyniowate-inne-r5", "substrate_id": "warzywa-dyniowate-inne", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2601 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kolczoch jadalny (chayote) (oryg.: „chayote”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 367.0, "value_original": "367", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "warzywa-lisciaste-inne-r1", "substrate_id": "warzywa-lisciaste-inne", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1186/s13568-017-0325", "label": "Yan i in. (2017)", "db_ref": "BCBPD rekord 114 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "pędy cedrzycy chińskiej (oryg.: „Chinese toon sprout (Toona sinensis) – Sprout”)", "duration_d": 25, "pretreatment": "brak", "pretreated": false, "value": 129.1, "value_original": "129.11", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "warzywa-lisciaste-inne-r2", "substrate_id": "warzywa-lisciaste-inne", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1186/s13568-017-0325", "label": "Yan i in. (2017)", "db_ref": "BCBPD rekord 107 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "amarantus trójbarwny (oryg.: „Amaranth wood (Amaranthus tricolor) – None”)", "duration_d": 25, "pretreatment": "brak", "pretreated": false, "value": 130.5, "value_original": "130.54", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "warzywa-lisciaste-inne-r3", "substrate_id": "warzywa-lisciaste-inne", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1186/s13568-017-0325", "label": "Yan i in. (2017)", "db_ref": "BCBPD rekord 105 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "kolendra wodna (Oenanthe javanica) (oryg.: „Celery (Oenanthe javanica) – None”)", "duration_d": 25, "pretreatment": "brak", "pretreated": false, "value": 164.4, "value_original": "164.38", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "warzywa-lisciaste-inne-r4", "substrate_id": "warzywa-lisciaste-inne", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1186/s13568-017-0325", "label": "Yan i in. (2017)", "db_ref": "BCBPD rekord 109 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "szczypior czosnkowy (Allium tuberosum) (oryg.: „Leek (Allium tuberosum) – None”)", "duration_d": 25, "pretreatment": "brak", "pretreated": false, "value": 182.8, "value_original": "182.83", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "warzywa-lisciaste-inne-r5", "substrate_id": "warzywa-lisciaste-inne", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1186/s13568-017-0325", "label": "Yan i in. (2017)", "db_ref": "BCBPD rekord 113 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "pędy czosnku (oryg.: „Garlic (Allium sativum) – Shoot”)", "duration_d": 25, "pretreatment": "brak", "pretreated": false, "value": 227.9, "value_original": "227.88", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "warzywa-lisciaste-inne-r6", "substrate_id": "warzywa-lisciaste-inne", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.25165/j.ijabe.20191203.4705", "label": "Cai i in. (2019)", "db_ref": "BCBPD rekord 85 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "liście cukinii (oryg.: „Zucchini (Cucurbita pepo) – Leaf”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 178.4, "value_original": "178.45", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "warzywa-lisciaste-inne-r7", "substrate_id": "warzywa-lisciaste-inne", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.25165/j.ijabe.20191203.4705", "label": "Cai i in. (2019)", "db_ref": "BCBPD rekord 82 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "pak choi (oryg.: „Bok choy (Brassica chinensis var. Chinensis) – None”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 377.7, "value_original": "377.7", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "warzywa-lisciaste-inne-r8", "substrate_id": "warzywa-lisciaste-inne", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1579 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "liście rzepy (oryg.: „Turnip Leaves”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 314.0, "value_original": "314", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "jablka-r1", "substrate_id": "jablka", "status": "published", "source_type": "publication", "source_id": "cropgen:1", "label": "Buffiere i in. (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 4, referencja nr 1", "secondary": false, "sample_note": "(oryg.: „Apple”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 317.0, "value_original": "0.317 (0.014)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "jablka-r2", "substrate_id": "jablka", "status": "published", "source_type": "publication", "source_id": "dubrovskis2017", "label": "Dubrovskis i Plume (2017)", "db_ref": "MY-D mdb3436 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „apple”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 412.0, "value_original": "412", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "jablka-r3", "substrate_id": "jablka", "status": "published", "source_type": "publication", "source_id": "dubrovskis2017", "label": "Dubrovskis i Plume (2017)", "db_ref": "MY-D mdb3435 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „apple”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 464.0, "value_original": "464", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "jablka-r4", "substrate_id": "jablka", "status": "published", "source_type": "publication", "source_id": "dubrovskis2017", "label": "Dubrovskis i Plume (2017)", "db_ref": "MY-D mdb3434 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „apple”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 478.0, "value_original": "478", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "jablka-r5", "substrate_id": "jablka", "status": "published", "source_type": "publication", "source_id": "fv_aybek2017", "label": "Aybek i in. (2017)", "db_ref": "odczyt z publikacji otwartej (Table 4 (1 mm), column \"Methane Production\"); plik dowodowy dl/fv_aybek2017/fulltext.txt", "secondary": false, "sample_note": "odpady z targowiska, mielone 1 mm i 3 mm (oryg.: „Apple”)", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 335.0, "value_original": "0.335", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "jablka-r6", "substrate_id": "jablka", "status": "published", "source_type": "publication", "source_id": "fv_aybek2017", "label": "Aybek i in. (2017)", "db_ref": "odczyt z publikacji otwartej (Table 6 (3 mm), column \"Methane Production\"); plik dowodowy dl/fv_aybek2017/fulltext.txt", "secondary": false, "sample_note": "odpady z targowiska, mielone 1 mm i 3 mm (oryg.: „Apple”)", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 344.0, "value_original": "0.344", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "jablka-r7", "substrate_id": "jablka", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2588 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „apple”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 355.0, "value_original": "355", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "jablka-r8", "substrate_id": "jablka", "status": "published", "source_type": "publication", "source_id": "my_gerbera2026", "label": "Nogueira i in. (2026)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/my_energies_19_03946/fulltext.txt", "secondary": false, "sample_note": "jabłka niehandlowe (oryg.: „Non-marketable apples (AW), mono-digestion”)", "pretreatment": "brak", "pretreated": false, "value": 320.9, "value_original": "320.9", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.445, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kalafior-r1", "substrate_id": "kalafior", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1186/s13568-017-0325", "label": "Yan i in. (2017)", "db_ref": "BCBPD rekord 104 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "(oryg.: „Cauliflower (Brassica oleracea var. Botrytis) – Whole”)", "duration_d": 25, "pretreatment": "brak", "pretreated": false, "value": 249.6, "value_original": "249.61", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kalafior-r2", "substrate_id": "kalafior", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2599 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „cauliflower”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 299.0, "value_original": "299", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kalafior-liscie-i-lodygi-r1", "substrate_id": "kalafior-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 76, referencja nr 19", "secondary": false, "sample_note": "liście kalafiora, różne frakcje rozdrobnienia (oryg.: „Cauiliflower”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 358.0, "value_original": "0.358", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kalafior-liscie-i-lodygi-r2", "substrate_id": "kalafior-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 75, referencja nr 19", "secondary": false, "sample_note": "liście kalafiora, różne frakcje rozdrobnienia (oryg.: „Cauiliflower”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 407.0, "value_original": "0.407", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kalafior-liscie-i-lodygi-r3", "substrate_id": "kalafior-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 74, referencja nr 19", "secondary": false, "sample_note": "liście kalafiora, różne frakcje rozdrobnienia (oryg.: „Cauiliflower”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 420.0, "value_original": "0.42", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kalafior-liscie-i-lodygi-r4", "substrate_id": "kalafior-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 72, referencja nr 19", "secondary": false, "sample_note": "liście kalafiora, różne frakcje rozdrobnienia (oryg.: „Cauiliflower”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 423.0, "value_original": "0.423", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kalafior-liscie-i-lodygi-r5", "substrate_id": "kalafior-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "cropgen:21", "label": "Zubr (1986)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 80, referencja nr 21", "secondary": false, "sample_note": "liście kalafiora (oryg.: „Cauliflower”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "przygotowanie/przechowanie: Silage: Air tight glass jars , fermented 30-40 days at 20 oC.", "pretreated": false, "value": 341.0, "value_original": "0.341", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 67.7, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 80, kolumna „methane content”", "excerpt": "0.677" } }, { "id": "kalafior-liscie-i-lodygi-r6", "substrate_id": "kalafior-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "cropgen:21", "label": "Zubr (1986)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 79, referencja nr 21", "secondary": false, "sample_note": "liście kalafiora (oryg.: „Cauliflower”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 352.0, "value_original": "0.352", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 67.6, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 79, kolumna „methane content”", "excerpt": "0.676" } }, { "id": "kalafior-liscie-i-lodygi-r7", "substrate_id": "kalafior-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1577 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "liście (oryg.: „cauliflower Leaves”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 190.0, "value_original": "190", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kalafior-liscie-i-lodygi-r8", "substrate_id": "kalafior-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1578 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "łodygi (oryg.: „cauliflower stems”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 331.0, "value_original": "331", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kangkong-r1", "substrate_id": "kangkong", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1186/s13568-017-0325", "label": "Yan i in. (2017)", "db_ref": "BCBPD rekord 108 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "(oryg.: „Water spinach (Ipomoea aquatica) – None”)", "duration_d": 25, "pretreatment": "brak", "pretreated": false, "value": 171.5, "value_original": "171.5", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kangkong-r2", "substrate_id": "kangkong", "status": "published", "source_type": "publication", "source_id": "cu2015", "label": "Cu i in. (2014)", "db_ref": "MY-D mdb2692 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „water spinach”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 110.6, "value_original": "110.61", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kapusta-glowiasta-r1", "substrate_id": "kapusta-glowiasta", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1186/s13568-017-0325", "label": "Yan i in. (2017)", "db_ref": "BCBPD rekord 100 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "kapusta biała (oryg.: „Cabbage (Brassica oleracea var. Capitata) – None”)", "duration_d": 25, "pretreatment": "brak", "pretreated": false, "value": 204.3, "value_original": "204.34", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kapusta-glowiasta-r2", "substrate_id": "kapusta-glowiasta", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1186/s13568-017-0325", "label": "Yan i in. (2017)", "db_ref": "BCBPD rekord 101 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "kapusta czerwona (oryg.: „Purple cabbage (Brassica campestris var. Purpuraria) – None”)", "duration_d": 25, "pretreatment": "brak", "pretreated": false, "value": 232.7, "value_original": "232.7", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kapusta-glowiasta-r3", "substrate_id": "kapusta-glowiasta", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2593 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „green cabbage”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 305.0, "value_original": "305", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kapusta-glowiasta-r4", "substrate_id": "kapusta-glowiasta", "status": "published", "source_type": "publication", "source_id": "labatut2011", "label": "Labatut i in. (2011)", "db_ref": "MY-D mdb2504 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała główka (oryg.: „Cabbage”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 256.5, "value_original": "256.5", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kapusta-pekinska-r1", "substrate_id": "kapusta-pekinska", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1186/s13568-017-0325", "label": "Yan i in. (2017)", "db_ref": "BCBPD rekord 110 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "(oryg.: „Chinese cabbage (Brassica pekinensis) – None”)", "duration_d": 25, "pretreatment": "brak", "pretreated": false, "value": 129.3, "value_original": "129.34", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kapusta-pekinska-r2", "substrate_id": "kapusta-pekinska", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.25165/j.ijabe.20191203.4705", "label": "Cai i in. (2019)", "db_ref": "BCBPD rekord 83 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "(oryg.: „Chinese cabbage (Brassica chinensis) – None”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 167.1, "value_original": "167.13", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kapusta-lisc-i-glab-r1", "substrate_id": "kapusta-lisc-i-glab", "status": "published", "source_type": "publication", "source_id": "cropgen:21", "label": "Zubr (1986)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 689, referencja nr 21", "secondary": false, "sample_note": "liście kapusty białej (oryg.: „White cabbage”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "przygotowanie/przechowanie: Silage: Air tight glass jars , fermented 30-40 days at 20 oC.", "pretreated": false, "value": 343.0, "value_original": "0.343", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 67.2, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 689, kolumna „methane content”", "excerpt": "0.672" } }, { "id": "kapusta-lisc-i-glab-r2", "substrate_id": "kapusta-lisc-i-glab", "status": "published", "source_type": "publication", "source_id": "cropgen:21", "label": "Zubr (1986)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 688, referencja nr 21", "secondary": false, "sample_note": "liście kapusty białej (oryg.: „White cabbage”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 382.0, "value_original": "0.382", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 67.9, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 688, kolumna „methane content”", "excerpt": "0.679" } }, { "id": "kapusta-lisc-i-glab-r3", "substrate_id": "kapusta-lisc-i-glab", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1576 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "głąb (oryg.: „Cabbage stem”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 291.0, "value_original": "291", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kapusta-lisc-i-glab-r4", "substrate_id": "kapusta-lisc-i-glab", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1575 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "liście (oryg.: „Cabbage Leaves”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 309.0, "value_original": "309", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kapusta-lisc-i-glab-r5", "substrate_id": "kapusta-lisc-i-glab", "status": "published", "source_type": "publication", "source_id": "my_appsci2022", "label": "Czubaszek i in. (2022)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_applsci_12_06128/fulltext.txt", "secondary": false, "sample_note": "liście kapusty (oryg.: „Cabbage leaves”)", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 297.8, "value_original": "297.81", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kolendra-r1", "substrate_id": "kolendra", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1186/s13568-017-0325", "label": "Yan i in. (2017)", "db_ref": "BCBPD rekord 117 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "(oryg.: „Coriander (Coriandrum sativum) – None”)", "duration_d": 25, "pretreatment": "brak", "pretreated": false, "value": 199.6, "value_original": "199.61", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kolendra-r2", "substrate_id": "kolendra", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1573 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "frakcja: korzenie (oryg.: „Coriander roots”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 283.0, "value_original": "283", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kolendra-r3", "substrate_id": "kolendra", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1572 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "frakcja: łodygi (oryg.: „Coriander stems”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 309.0, "value_original": "309", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kolendra-r4", "substrate_id": "kolendra", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1574 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „Coriander whole plant”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 322.0, "value_original": "322", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kolendra-r5", "substrate_id": "kolendra", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1571 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "frakcja: liście (oryg.: „Coriander Leaves”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 325.0, "value_original": "325", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "liczi-r1", "substrate_id": "liczi", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2016.03.028", "label": "Zhao i in. (2016)", "db_ref": "BCBPD rekord 10 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "nasiona (oryg.: „Litchi (Litchi chinensis) – Seed”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 71.4, "value_original": "71.4", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "liczi-r2", "substrate_id": "liczi", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2016.03.028", "label": "Zhao i in. (2016)", "db_ref": "BCBPD rekord 11 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "skórki (oryg.: „Litchi (Litchi chinensis) – Peel”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 107.4, "value_original": "107.4", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "liscie-winorosli-r1", "substrate_id": "liscie-winorosli", "status": "published", "source_type": "publication", "source_id": "daros2016", "label": "Da Ros i in. (2016)", "db_ref": "MY-D mdb2661 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "liście winorośli (Da Ros i in.) (oryg.: „grape”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 370.0, "value_original": "370", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "liscie-winorosli-r2", "substrate_id": "liscie-winorosli", "status": "published", "source_type": "publication", "source_id": "dub_gardenleaves2021", "label": "Dubrovskis i Plume (2021)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2021_Papers_TF307/fulltext.txt", "secondary": false, "sample_note": "liście winorośli z ogrodów (oryg.: „Grape leaves”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 32.0, "pretreatment": "brak", "pretreated": false, "value": 214.0, "value_original": "0.214", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "longan-r1", "substrate_id": "longan", "status": "published", "source_type": "publication", "source_id": "abs_odedina2017", "label": "Odedina i in. (2017)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/epabs_28709740/fulltext.txt", "secondary": false, "sample_note": "odpady (rozdrobnione) (oryg.: „Chopped longan waste”)", "pretreatment": "brak", "pretreated": false, "value": 234.6, "value_original": "234.6", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "longan-r2", "substrate_id": "longan", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2016.03.028", "label": "Zhao i in. (2016)", "db_ref": "BCBPD rekord 3 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "skórki (oryg.: „Longan (Dimocarpus longan) – Peel”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 86.7, "value_original": "86.7", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "longan-r3", "substrate_id": "longan", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2016.03.028", "label": "Zhao i in. (2016)", "db_ref": "BCBPD rekord 2 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "nasiona (oryg.: „Longan (Dimocarpus longan) – Seed”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 202.2, "value_original": "202.2", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mangostan-miazsz-r1", "substrate_id": "mangostan-miazsz", "status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. (2016)", "db_ref": "MY-D mdb2416 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeży (oryg.: „Fresh ripe mangosteen pulp”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 298.0, "value_original": "298", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mangostan-miazsz-r2", "substrate_id": "mangostan-miazsz", "status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. (2016)", "db_ref": "MY-D mdb2413 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zepsuty (oryg.: „Rooten mangosteen pulp”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 469.0, "value_original": "469", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mangostan-nasiona-r1", "substrate_id": "mangostan-nasiona", "status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. (2016)", "db_ref": "MY-D mdb2412 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "z owoców zepsutych (oryg.: „Rooten mangosteen seed”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 535.0, "value_original": "535", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mangostan-nasiona-r2", "substrate_id": "mangostan-nasiona", "status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. (2016)", "db_ref": "MY-D mdb2415 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeże (oryg.: „Fresh ripe mangosteen seed”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 552.0, "value_original": "552", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "marchew-r1", "substrate_id": "marchew", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 67 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "(oryg.: „Carrot (Daucus carota var. Sativa) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 290.8, "value_original": "290.81", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "marchew-r2", "substrate_id": "marchew", "status": "published", "source_type": "publication", "source_id": "cropgen:1", "label": "Buffiere i in. (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 62, referencja nr 1", "secondary": false, "sample_note": "(oryg.: „Carrot”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 388.0, "value_original": "0.388 (0.035)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "marchew-r3", "substrate_id": "marchew", "status": "published", "source_type": "publication", "source_id": "dub_carrots2018", "label": "Dubrovskis i in. (2018)", "db_ref": "odczyt z publikacji otwartej (wnioski); plik dowodowy dl/dub_2018_Papers_N415/fulltext.txt", "secondary": false, "sample_note": "marchew (odpady) (oryg.: „Carrots (mono-fermentation)”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 378.0, "value_original": "0.378", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "marchew-r4", "substrate_id": "marchew", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2595 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „carrot”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 309.0, "value_original": "309", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "nasiona-cytrusow-r1", "substrate_id": "nasiona-cytrusow", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1544 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "pestki mandarynek (oryg.: „Mandarin seeds”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 732.0, "value_original": "732", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "nasiona-cytrusow-r2", "substrate_id": "nasiona-cytrusow", "status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. (2016)", "db_ref": "MY-D mdb2409 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "pestki pomarańczy, świeże (oryg.: „Fresh ripe orange seed”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 581.0, "value_original": "581", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "nasiona-cytrusow-r3", "substrate_id": "nasiona-cytrusow", "status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. (2016)", "db_ref": "MY-D mdb2406 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "pestki pomarańczy, z owoców zepsutych (oryg.: „Rooten orange seed”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 658.0, "value_original": "658", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "nac-marchwi-r1", "substrate_id": "nac-marchwi", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1584 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "liście (oryg.: „carrot Leaves”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 241.0, "value_original": "241", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "nac-marchwi-r2", "substrate_id": "nac-marchwi", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1585 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "ogonki liściowe (oryg.: „carrot petiole”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 309.0, "value_original": "309", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "nieszplik-japonski-r1", "substrate_id": "nieszplik-japonski", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2016.03.028", "label": "Zhao i in. (2016)", "db_ref": "BCBPD rekord 16 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "nasiona (oryg.: „Loquat (Eriobotrya japonica) – Seed”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 208.4, "value_original": "208.4", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "nieszplik-japonski-r2", "substrate_id": "nieszplik-japonski", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2016.03.028", "label": "Zhao i in. (2016)", "db_ref": "BCBPD rekord 17 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "skórki (oryg.: „Loquat (Eriobotrya japonica) – Peel”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 292.0, "value_original": "292.0", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obierki-ziemniaczane-r1", "substrate_id": "obierki-ziemniaczane", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1568 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Potato peels”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 267.0, "value_original": "267", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obierki-ziemniaczane-r2", "substrate_id": "obierki-ziemniaczane", "status": "published", "source_type": "publication", "source_id": "liang2015", "label": "Liang i McDonald (2015)", "db_ref": "MY-D mdb2470 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „potato peel waste”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 239.4, "value_original": "239.4", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obierki-ziemniaczane-r3", "substrate_id": "obierki-ziemniaczane", "status": "published", "source_type": "publication", "source_id": "my_potatopeel2019", "label": "Achinas i in. (2019)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/my_energies_12_02311/fulltext.txt", "secondary": false, "sample_note": "obierki ziemniaczane, ISR 1 (oryg.: „Potato peel waste, ISR 1 (R3)”)", "duration_d": 53.0, "pretreatment": "brak", "pretreated": false, "value": 177.4, "value_original": "177.4", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obierki-ziemniaczane-r4", "substrate_id": "obierki-ziemniaczane", "status": "published", "source_type": "publication", "source_id": "my_potatopeel2019", "label": "Achinas i in. (2019)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/my_energies_12_02311/fulltext.txt", "secondary": false, "sample_note": "obierki ziemniaczane, ISR 4 (oryg.: „Potato peel waste, ISR 4 (R5)”)", "duration_d": 53.0, "pretreatment": "brak", "pretreated": false, "value": 190.7, "value_original": "190.7", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "obierki-ziemniaczane-r5", "substrate_id": "obierki-ziemniaczane", "status": "published", "source_type": "publication", "source_id": "my_potatopeel2019", "label": "Achinas i in. (2019)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/my_energies_12_02311/fulltext.txt", "secondary": false, "sample_note": "obierki ziemniaczane, ISR 2 (oryg.: „Potato peel waste, ISR 2 (R4)”)", "duration_d": 53.0, "pretreatment": "brak", "pretreated": false, "value": 217.7, "value_original": "217.7", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-owocowo-warzywne-r1", "substrate_id": "odpady-owocowo-warzywne", "status": "published", "source_type": "publication", "source_id": "alkanok2014", "label": "Alkanok i in. (2014)", "db_ref": "MY-D mdb3198 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odpady owoców, warzyw i kwiatów z supermarketu (oryg.: „fruit, vegetable and flower waste”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 400.0, "value_original": "400", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-owocowo-warzywne-r2", "substrate_id": "odpady-owocowo-warzywne", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.biortech.2013.09.063", "label": "Li i in. (2013)", "db_ref": "BCBPD rekord 48 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "(oryg.: „Fruit and vegetable mixed waste (Fruit and vegetable mixed waste) – None”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 267.3, "value_original": "267.26", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-owocowo-warzywne-r3", "substrate_id": "odpady-owocowo-warzywne", "status": "published", "source_type": "publication", "source_id": "bouallagui2005", "label": "Bouallagui i in. (2005)", "db_ref": "MY-D mdb1475 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Fruit and vegetable wastes”)", "pretreatment": "brak", "pretreated": false, "value": 160.0, "value_original": "160", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-owocowo-warzywne-r4", "substrate_id": "odpady-owocowo-warzywne", "status": "published", "source_type": "publication", "source_id": "bouallagui2005", "label": "Bouallagui i in. (2005)", "db_ref": "MY-D mdb1476 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Fruit and vegetable wastes”)", "pretreatment": "brak", "pretreated": false, "value": 260.0, "value_original": "260", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-owocowo-warzywne-r5", "substrate_id": "odpady-owocowo-warzywne", "status": "published", "source_type": "publication", "source_id": "li2013", "label": "Li i in. (2013)", "db_ref": "MY-D mdb1407 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Fruit and vegetable waste”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 342.0, "value_original": "342", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ogorki-r1", "substrate_id": "ogorki", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 51 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "(oryg.: „Cucumber (Cucumis sativus) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 241.8, "value_original": "241.8", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ogorki-r2", "substrate_id": "ogorki", "status": "published", "source_type": "publication", "source_id": "fv_aybek2017", "label": "Aybek i in. (2017)", "db_ref": "odczyt z publikacji otwartej (Table 4 (1 mm), column \"Methane Production\"); plik dowodowy dl/fv_aybek2017/fulltext.txt", "secondary": false, "sample_note": "odpady z targowiska (oryg.: „Cucumber”)", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 349.0, "value_original": "0.349", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ogorki-r3", "substrate_id": "ogorki", "status": "published", "source_type": "publication", "source_id": "fv_shin2011", "label": "Shin i in. (2011)", "db_ref": "odczyt z publikacji otwartej (Table 2, column \"Bu\" (Ultimate methane potential, Nm3 kg-1 VSadded)); plik dowodowy dl/fv_shin2011/fulltext.txt", "secondary": false, "sample_note": "owoce odpadowe ze szklarni (oryg.: „Cucumber”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 348.0, "value_original": "0.348", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "owoce-cytrusowe-r1", "substrate_id": "owoce-cytrusowe", "status": "published", "source_type": "publication", "source_id": "cropgen:1", "label": "Buffiere i in. (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 393, referencja nr 1", "secondary": false, "sample_note": "pomarańcze (oryg.: „Orange”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 297.0, "value_original": "0.297 (0.026)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "owoce-cytrusowe-r2", "substrate_id": "owoce-cytrusowe", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1543 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "całe zepsute mandarynki (oryg.: „Mandarin whole rotten fruit”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 494.0, "value_original": "494", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "owoce-cytrusowe-r3", "substrate_id": "owoce-cytrusowe", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2589 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "pomarańcze (oryg.: „orange”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 320.0, "value_original": "320", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "owoce-cytrusowe-r4", "substrate_id": "owoce-cytrusowe", "status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. (2016)", "db_ref": "MY-D mdb2410 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "miąższ pomarańczy, świeży (oryg.: „Fresh ripe orange pulp”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 288.0, "value_original": "288", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "owoce-cytrusowe-r5", "substrate_id": "owoce-cytrusowe", "status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. (2016)", "db_ref": "MY-D mdb2407 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "miąższ pomarańczy, zepsuty (oryg.: „Rooten orange pulp”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 312.0, "value_original": "312", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "owoce-tropikalne-cale-r1", "substrate_id": "owoce-tropikalne-cale", "status": "published", "source_type": "publication", "source_id": "ge2014", "label": "Ge i in. (2014)", "db_ref": "MY-D mdb1461 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "papaja (oryg.: „papaya”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 360.0, "value_original": "360", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "owoce-tropikalne-cale-r2", "substrate_id": "owoce-tropikalne-cale", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2590 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "mango (oryg.: „mango”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 306.0, "value_original": "306", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "papryka-r1", "substrate_id": "papryka", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 57 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "papryka słodka (oryg.: „Bell pepper (Capsicum annuum) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 250.4, "value_original": "250.38", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "papryka-r2", "substrate_id": "papryka", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 56 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "papryka ostra (chili) (oryg.: „Red chili (Capsicum cultivars) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 286.0, "value_original": "286.01", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "papryka-r3", "substrate_id": "papryka", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 55 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "papryka słodka (oryg.: „Bell pepper (Capsicum annuum var. Grossum) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 346.3, "value_original": "346.29", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "papryka-r4", "substrate_id": "papryka", "status": "published", "source_type": "publication", "source_id": "fv_aybek2017", "label": "Aybek i in. (2017)", "db_ref": "odczyt z publikacji otwartej (Table 4 (1 mm), column \"Methane Production\"); plik dowodowy dl/fv_aybek2017/fulltext.txt", "secondary": false, "sample_note": "odpady z targowiska (oryg.: „Pepper”)", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 339.0, "value_original": "0.339", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "papryka-r5", "substrate_id": "papryka", "status": "published", "source_type": "publication", "source_id": "fv_shin2011", "label": "Shin i in. (2011)", "db_ref": "odczyt z publikacji otwartej (Table 2, column \"Bu\" (Ultimate methane potential, Nm3 kg-1 VSadded)); plik dowodowy dl/fv_shin2011/fulltext.txt", "secondary": false, "sample_note": "owoce odpadowe ze szklarni (oryg.: „Paprika”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 354.0, "value_original": "0.354", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomidory-r1", "substrate_id": "pomidory", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 63 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "(oryg.: „Tomato (Solanum lycopersicum) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 217.7, "value_original": "217.72", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomidory-r2", "substrate_id": "pomidory", "status": "published", "source_type": "publication", "source_id": "fv_aybek2017", "label": "Aybek i in. (2017)", "db_ref": "odczyt z publikacji otwartej (Table 4 (1 mm), column \"Methane Production\"); plik dowodowy dl/fv_aybek2017/fulltext.txt", "secondary": false, "sample_note": "odpady z targowiska (oryg.: „Tomato”)", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 372.0, "value_original": "0.372", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomidory-r3", "substrate_id": "pomidory", "status": "published", "source_type": "publication", "source_id": "fv_shin2011", "label": "Shin i in. (2011)", "db_ref": "odczyt z publikacji otwartej (Table 2, column \"Bu\" (Ultimate methane potential, Nm3 kg-1 VSadded)); plik dowodowy dl/fv_shin2011/fulltext.txt", "secondary": false, "sample_note": "owoce odpadowe ze szklarni (oryg.: „Tomato”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 210.0, "value_original": "0.210", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomidory-r4", "substrate_id": "pomidory", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1564 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "całe zepsute owoce (oryg.: „tomato whole rotten”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 211.0, "value_original": "211", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomidory-r5", "substrate_id": "pomidory", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1565 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "całe zepsute owoce (oryg.: „tomato whole rotten”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 384.0, "value_original": "384", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomidory-r6", "substrate_id": "pomidory", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2597 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „tomato”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 347.0, "value_original": "347", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomidory-r7", "substrate_id": "pomidory", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2598 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „tomato”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 373.0, "value_original": "373", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rambutan-miazsz-r1", "substrate_id": "rambutan-miazsz", "status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. (2016)", "db_ref": "MY-D mdb2426 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeży (oryg.: „Fresh ripe rambutan pulp”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 309.0, "value_original": "309", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rambutan-miazsz-r2", "substrate_id": "rambutan-miazsz", "status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. (2016)", "db_ref": "MY-D mdb2423 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zepsuty (oryg.: „Rooten rambutan pulp”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 323.0, "value_original": "323", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rambutan-nasiona-r1", "substrate_id": "rambutan-nasiona", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2016.03.028", "label": "Zhao i in. (2016)", "db_ref": "BCBPD rekord 5 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "(oryg.: „Rambutan (Nephelium lappaceum) – Seed”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 383.4, "value_original": "383.4", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rambutan-nasiona-r2", "substrate_id": "rambutan-nasiona", "status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. (2016)", "db_ref": "MY-D mdb2422 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "z owoców zepsutych (oryg.: „Rooten rambutan seed”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 504.0, "value_original": "504", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rambutan-nasiona-r3", "substrate_id": "rambutan-nasiona", "status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. (2016)", "db_ref": "MY-D mdb2425 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeże (oryg.: „Fresh ripe rambutan seed”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 527.0, "value_original": "527", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rambutan-skorka-r1", "substrate_id": "rambutan-skorka", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2016.03.028", "label": "Zhao i in. (2016)", "db_ref": "BCBPD rekord 4 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "skórka (oryg.: „Rambutan (Nephelium lappaceum) – Shell”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 33.4, "value_original": "33.4", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rambutan-skorka-r2", "substrate_id": "rambutan-skorka", "status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. (2016)", "db_ref": "MY-D mdb2424 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zepsuta (oryg.: „Rooten rambutan peel”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 126.0, "value_original": "126", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rambutan-skorka-r3", "substrate_id": "rambutan-skorka", "status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. (2016)", "db_ref": "MY-D mdb2427 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeża (oryg.: „Fresh ripe rambutan peel”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 203.0, "value_original": "203", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rzepa-r1", "substrate_id": "rzepa", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 66 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "(oryg.: „Turnip (Brassica rapa) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 236.6, "value_original": "236.63", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rzepa-r2", "substrate_id": "rzepa", "status": "published", "source_type": "publication", "source_id": "kolbl2014", "label": "Kolbl i in. (2014)", "db_ref": "MY-D mdb1316 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "rzepa pastewna (oryg.: „Forage Turnips”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 371.9, "value_original": "371.9", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rzodkiew-r1", "substrate_id": "rzodkiew", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 68 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "rzodkiew czerwona (oryg.: „Red radish (Raphanus sativus) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 272.6, "value_original": "272.58", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rzodkiew-r2", "substrate_id": "rzodkiew", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1581 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odmiana żółtobiała (oryg.: „radish yellow white”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 293.0, "value_original": "293", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rzodkiew-r3", "substrate_id": "rzodkiew", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1580 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odmiana jasnoróżowa (oryg.: „radish pale pink”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 304.0, "value_original": "304", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "salata-r1", "substrate_id": "salata", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1186/s13568-017-0325", "label": "Yan i in. (2017)", "db_ref": "BCBPD rekord 106 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "liście (oryg.: „Lettuce (Lactuca sativa) – Leaf”)", "duration_d": 25, "pretreatment": "brak", "pretreated": false, "value": 199.1, "value_original": "199.07", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "salata-r2", "substrate_id": "salata", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1186/s13568-017-0325", "label": "Yan i in. (2017)", "db_ref": "BCBPD rekord 102 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "sałata rzymska (oryg.: „Romaine lettuce (Lactuca sativa var. Ramosa) – None”)", "duration_d": 25, "pretreatment": "brak", "pretreated": false, "value": 244.4, "value_original": "244.41", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "salata-r3", "substrate_id": "salata", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.25165/j.ijabe.20191203.4705", "label": "Cai i in. (2019)", "db_ref": "BCBPD rekord 74 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "(oryg.: „Lettuce (Lactuca sativa) – Whole”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 231.0, "value_original": "230.96", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "salata-r4", "substrate_id": "salata", "status": "published", "source_type": "publication", "source_id": "cropgen:1", "label": "Buffiere i in. (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 505, referencja nr 1", "secondary": false, "sample_note": "(oryg.: „Salad”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 294.0, "value_original": "0.294 (0.03)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "salata-r5", "substrate_id": "salata", "status": "published", "source_type": "publication", "source_id": "fv_aybek2017", "label": "Aybek i in. (2017)", "db_ref": "odczyt z publikacji otwartej (Table 4 (1 mm), column \"Methane Production\"); plik dowodowy dl/fv_aybek2017/fulltext.txt", "secondary": false, "sample_note": "odpady z targowiska (oryg.: „Lettuce”)", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 286.0, "value_original": "0.286", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "salata-r6", "substrate_id": "salata", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2596 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „lettuce”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 246.0, "value_original": "246", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "seler-naciowy-r1", "substrate_id": "seler-naciowy", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.25165/j.ijabe.20191203.4705", "label": "Cai i in. (2019)", "db_ref": "BCBPD rekord 87 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "liście (oryg.: „Celery (Apium graveolens) – Leaf”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 196.1, "value_original": "196.11", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "seler-naciowy-r2", "substrate_id": "seler-naciowy", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.25165/j.ijabe.20191203.4705", "label": "Cai i in. 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(2016)", "db_ref": "odczyt z publikacji otwartej (Abstract and Table 5 (measured methane yield after 35 days)); plik dowodowy dl/fv_khan2016/fulltext.txt", "secondary": false, "sample_note": "Uganda/Hohenheim, kolejność w streszczeniu: stalk, peel, flesh, unpeeled banana (potwierdzona w Table 5), reaktory 2 L (oryg.: „Banana peel”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 322.0, "value_original": "0.322", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-bananow-r8", "substrate_id": "skorki-bananow", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1538 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne odmiany (oryg.: „Banana 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"skorki-bananow-r10", "substrate_id": "skorki-bananow", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1531 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne odmiany (oryg.: „Banana peels”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 277.0, "value_original": "277", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-bananow-r11", "substrate_id": "skorki-bananow", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1533 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne odmiany (oryg.: „Banana peels”)", 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"status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. 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"k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-mango-r5", "substrate_id": "skorki-mango", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1521 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne odmiany (oryg.: „mango peels”)", "temperature_c": 28.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 440.0, "value_original": "440", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-mango-r6", "substrate_id": "skorki-mango", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1527 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne odmiany (oryg.: „mango peels”)", "temperature_c": 28.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 448.0, "value_original": "448", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-mango-r7", "substrate_id": "skorki-mango", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1519 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne odmiany (oryg.: „mango peels”)", "temperature_c": 28.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 449.0, "value_original": "449", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-mango-r8", "substrate_id": "skorki-mango", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1520 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne odmiany (oryg.: „mango peels”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 467.0, "value_original": "467", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-mango-r9", "substrate_id": "skorki-mango", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1525 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne odmiany (oryg.: „mango peels”)", "temperature_c": 28.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 469.0, "value_original": "469", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-mango-r10", "substrate_id": "skorki-mango", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1522 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne odmiany (oryg.: „mango peels”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 472.0, "value_original": "472", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-mango-r11", "substrate_id": "skorki-mango", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1526 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne odmiany (oryg.: „mango peels”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 490.0, "value_original": "490", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-mango-r12", "substrate_id": "skorki-mango", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1523 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne odmiany (oryg.: „mango peels”)", "temperature_c": 28.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 514.0, "value_original": "514", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-mango-r13", "substrate_id": "skorki-mango", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1524 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne odmiany (oryg.: „mango peels”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 523.0, "value_original": "523", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-manioku-r1", "substrate_id": "skorki-manioku", "status": "published", "source_type": "publication", "source_id": "my_cassava2021", "label": "Mabecua i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 2, Manometric); plik dowodowy dl/my_water_13_00939/fulltext.txt", "secondary": false, "sample_note": "skórki manioku, odmiana 3 (oryg.: „Cassava peel CAS3 (manometric)”)", "duration_d": 23.0, "pretreatment": "brak", "pretreated": false, "value": 263.0, "value_original": "263", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-manioku-r2", "substrate_id": "skorki-manioku", "status": "published", "source_type": "publication", "source_id": "my_cassava2021", "label": "Mabecua i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 2, Manometric); plik dowodowy dl/my_water_13_00939/fulltext.txt", "secondary": false, "sample_note": "skórki manioku, odmiana 4 (oryg.: „Cassava peel CAS4 (manometric)”)", "duration_d": 26.0, "pretreatment": "brak", "pretreated": false, "value": 264.0, "value_original": "264", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-manioku-r3", "substrate_id": "skorki-manioku", "status": "published", "source_type": "publication", "source_id": "my_cassava2021", "label": "Mabecua i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 2, Manometric); plik dowodowy dl/my_water_13_00939/fulltext.txt", "secondary": false, "sample_note": "skórki manioku, odmiana 2 (oryg.: „Cassava peel CAS2 (manometric)”)", "duration_d": 26.0, "pretreatment": "brak", "pretreated": false, "value": 267.0, "value_original": "267", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-manioku-r4", "substrate_id": "skorki-manioku", "status": "published", "source_type": "publication", "source_id": "my_cassava2021", "label": "Mabecua i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 2, Manometric); plik dowodowy dl/my_water_13_00939/fulltext.txt", "secondary": false, "sample_note": "skórki manioku, odmiana Chinhembue (oryg.: „Cassava peel CAS1 (manometric)”)", "duration_d": 23.0, "pretreatment": "brak", "pretreated": false, "value": 279.0, "value_original": "279", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-cytrusow-r1", "substrate_id": "skorki-cytrusow", "status": "published", "source_type": "publication", "source_id": "calabro2020", "label": "Calabrò i in. (2020)", "db_ref": "MY-D mdb3400 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "skórki pomarańczy, świeże (oryg.: „orange peel waste - raw”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 415.0, "value_original": "415", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-cytrusow-r2", "substrate_id": "skorki-cytrusow", "status": "published", "source_type": "publication", "source_id": "calabro2020", "label": "Calabrò i in. (2020)", "db_ref": "MY-D mdb3393 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "skórki pomarańczy, zakiszone na sucho (oryg.: „orange peel waste - dry ensiling”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 647.0, "value_original": "647", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-cytrusow-r3", "substrate_id": "skorki-cytrusow", "status": "published", "source_type": "publication", "source_id": "calabro2020", "label": "Calabrò i in. (2020)", "db_ref": "MY-D mdb3391 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "skórki pomarańczy, zakiszone naturalnie (oryg.: „orange peel waste - naturaly ensilaged”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 688.0, "value_original": "688", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-cytrusow-r4", "substrate_id": "skorki-cytrusow", "status": "published", "source_type": "publication", "source_id": "calabro2020", "label": "Calabrò i in. (2020)", "db_ref": "MY-D mdb3392 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "skórki pomarańczy, zakiszone na mokro (oryg.: „orange peel waste - wet ensiling”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 696.0, "value_original": "696", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-cytrusow-r5", "substrate_id": "skorki-cytrusow", "status": "published", "source_type": "publication", "source_id": "dub_kitchen2022", "label": "Dubrovskis i Plume (2022)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2022_Papers_TF020/fulltext.txt", "secondary": false, "sample_note": "skórki mandarynek/pomarańczy (oryg.: „Orange mandarin peel”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 487.0, "value_original": "0.487", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-cytrusow-r6", "substrate_id": "skorki-cytrusow", "status": "published", "source_type": "publication", "source_id": "fagbohungbe2016", "label": "Fagbohungbe i in. (2016)", "db_ref": "MY-D mdb2281 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "skórki cytrusów (oryg.: „Citrus peel”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 154.0, "value_original": "154", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-cytrusow-r7", "substrate_id": "skorki-cytrusow", "status": "published", "source_type": "publication", "source_id": "fv_wikandari2015", "label": "Wikandari i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Table 1, row \"Untreated | Chopped\"); plik dowodowy dl/fv_wikandari2015/fulltext.txt", "secondary": false, "sample_note": "skórki pomarańczy, siekane (oryg.: „Untreated orange peel, chopped”)", "pretreatment": "brak", "pretreated": false, "value": 61.0, "value_original": "0.061", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-cytrusow-r8", "substrate_id": "skorki-cytrusow", "status": "published", "source_type": "publication", "source_id": "fv_wikandari2015", "label": "Wikandari i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Table 1, row \"Untreated | Homogenized\"); plik dowodowy dl/fv_wikandari2015/fulltext.txt", "secondary": false, "sample_note": "skórki pomarańczy, zhomogenizowane (oryg.: „Untreated orange peel, homogenized”)", "pretreatment": "brak", "pretreated": false, "value": 131.0, "value_original": "0.131", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-cytrusow-r9", "substrate_id": "skorki-cytrusow", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1539 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "skórki pomarańczy (oryg.: „citrus sinesis peels”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 455.0, "value_original": "455", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-cytrusow-r10", "substrate_id": "skorki-cytrusow", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1541 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "skórki mandarynek (oryg.: „Mandarin peels”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 486.0, "value_original": "486", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-cytrusow-r11", "substrate_id": "skorki-cytrusow", "status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. (2016)", "db_ref": "MY-D mdb2408 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "skórki pomarańczy, zepsute (oryg.: „Rooten orange peel”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 48.0, "value_original": "48", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-cytrusow-r12", "substrate_id": "skorki-cytrusow", "status": "published", "source_type": "publication", "source_id": "sanjaya2016", "label": "Sanjaya i in. (2016)", "db_ref": "MY-D mdb2411 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "skórki pomarańczy, świeże (oryg.: „Fresh ripe orange peel”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 72.0, "value_original": "72", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-owocow-tropikalnych-r1", "substrate_id": "skorki-owocow-tropikalnych", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2016.03.028", "label": "Zhao i in. (2016)", "db_ref": "BCBPD rekord 15 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "mangostan – owocnia (oryg.: „Mangosteen (Garcinia mangostana) – Shell”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 35.3, "value_original": "35.3", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-owocow-tropikalnych-r2", "substrate_id": "skorki-owocow-tropikalnych", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2016.03.028", "label": "Zhao i in. (2016)", "db_ref": "BCBPD rekord 6 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "annona łuskowata (oryg.: „Sugar-apple (Annona squamosa) – Peel”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 87.9, "value_original": "87.9", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-owocow-tropikalnych-r3", "substrate_id": "skorki-owocow-tropikalnych", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2016.03.028", "label": "Zhao i in. (2016)", "db_ref": "BCBPD rekord 8 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "awokado (oryg.: „Avocado (Persea americana) – Peel”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 90.0, "value_original": "90.0", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-owocow-tropikalnych-r4", "substrate_id": "skorki-owocow-tropikalnych", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2016.03.028", "label": "Zhao i in. (2016)", "db_ref": "BCBPD rekord 7 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "marakuja (oryg.: „Passionfruit (Passiflora coerulea) – Peel”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 194.8, "value_original": "194.8", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-pitai-r1", "substrate_id": "skorki-pitai", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2016.03.028", "label": "Zhao i in. (2016)", "db_ref": "BCBPD rekord 9 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "(oryg.: „Pitaya (Hylocereus undulatus) – Peel”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 195.0, "value_original": "195.0", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-pitai-r2", "substrate_id": "skorki-pitai", "status": "published", "source_type": "publication", "source_id": "fv_muenmee2021", "label": "Muenmee i Prasertboonyai (2021)", "db_ref": "odczyt z publikacji otwartej (Abstract (mono-digestion), Results and Discussion); plik dowodowy dl/fv_muenmee2021/fulltext.txt", "secondary": false, "sample_note": "Tajlandia, mono-substrat, test mezofilowy w butelkach 125 mL, w pracy jednostka ml/gvs (oryg.: „Dragon fruit peel”)", "duration_d": 50.0, "pretreatment": "brak", "pretreated": false, "value": 30.1, "value_original": "30.12", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "skorki-pitai-r3", "substrate_id": "skorki-pitai", "status": "published", "source_type": "publication", "source_id": "fv_zheng2025", "label": "Zheng i in. (2025)", "db_ref": "odczyt z publikacji otwartej (Table 2, Biomethane, row Control-DFP); plik dowodowy dl/fv_zheng2025/fulltext.txt", "secondary": false, "sample_note": "próba kontrolna, skórki suszone w 80 °C (oryg.: „Control-DFP (dragon fruit peel, mono-digestion)”)", "duration_d": 25.0, "pretreatment": "brak", "pretreated": false, "value": 34.6, "value_original": "34.6", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "szpinak-r1", "substrate_id": "szpinak", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.25165/j.ijabe.20191203.4705", "label": "Cai i in. (2019)", "db_ref": "BCBPD rekord 81 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "(oryg.: „Spinach (Spinacia oleracea) – None”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 296.3, "value_original": "296.32", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "szpinak-r2", "substrate_id": "szpinak", "status": "published", "source_type": "publication", "source_id": "fv_yan2017", "label": "Yan i in. (2017)", "db_ref": "odczyt z publikacji otwartej (Table 4, column \"EMY mL gVS-1\", name from Table 1 (V12)); plik dowodowy dl/fv_yan2017/fulltext.txt", "secondary": false, "sample_note": "liściaste odpady warzywne z Chin, kod V12 w pracy = Spinach, EMY = doświadczalna wydajność metanu, 5 g VS/L (oryg.: „Spinach”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 25.0, "pretreatment": "brak", "pretreated": false, "value": 157.9, "value_original": "157.90", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sapodilla-r1", "substrate_id": "sapodilla", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1554 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "skórki (oryg.: „Achras sapota peels”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 244.0, "value_original": "244", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sapodilla-r2", "substrate_id": "sapodilla", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1555 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "całe zepsute owoce (oryg.: „Achras sapota - whole rotten fruit”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 327.0, "value_original": "327", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "taro-bulwy-r1", "substrate_id": "taro-bulwy", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 54, referencja nr 4", "secondary": false, "sample_note": "odmiana Bun-long (oryg.: „Bun-long taro”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 314.0, "value_original": "0.314 (0.020)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "taro-bulwy-r2", "substrate_id": "taro-bulwy", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 83, referencja nr 4", "secondary": false, "sample_note": "odmiana Chin-Sen (oryg.: „Chin-Sen taro”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 321.0, "value_original": "0.321 (0.015)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.059, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "taro-bulwy-r3", "substrate_id": "taro-bulwy", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 82, referencja nr 4", "secondary": false, "sample_note": "odmiana Chin-Sen (oryg.: „Chin-Sen taro”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 344.0, "value_original": "0.344 (0.012)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.25, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "taro-bulwy-r4", "substrate_id": "taro-bulwy", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 53, referencja nr 4", "secondary": false, "sample_note": "odmiana Bun-long (oryg.: „Bun-long taro”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 355.0, "value_original": "0.355 (0.050)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.218, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "taro-bulwy-r5", "substrate_id": "taro-bulwy", "status": "published", "source_type": "publication", "source_id": "ge2014", "label": "Ge i in. (2014)", "db_ref": "MY-D mdb1460 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "miąższ bulwy (oryg.: „Taro flesh”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 350.0, "value_original": "350", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "warzywa-straczkowe-r1", "substrate_id": "warzywa-straczkowe", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 52 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "fasola mung (oryg.: „Mung bean (Vigna radiata) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 205.4, "value_original": "205.37", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "warzywa-straczkowe-r2", "substrate_id": "warzywa-straczkowe", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 69 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "fasola adzuki (oryg.: „Red bean (Vigna angularis) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 264.2, "value_original": "264.16", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "warzywa-straczkowe-r3", "substrate_id": "warzywa-straczkowe", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 54 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "lablab (w BCBPD jako Lentil, Lablab purpureus) (oryg.: „Lentil (Lablab purpureus) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 278.7, "value_original": "278.73", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "warzywa-straczkowe-r4", "substrate_id": "warzywa-straczkowe", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 53 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "soja zielona (edamame) (oryg.: „Green soybean (Glycine max) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 296.8, "value_original": "296.82", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-cytrusowe-r1", "substrate_id": "wytloki-cytrusowe", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1542 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "wytłoki z mandarynek (oryg.: „Mandarin pressing”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 433.0, "value_original": "433", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-cytrusowe-r2", "substrate_id": "wytloki-cytrusowe", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1545 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "wytłoki z cytryn (oryg.: „lemon pressings”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 473.0, "value_original": "473", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-cytrusowe-r3", "substrate_id": "wytloki-cytrusowe", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1540 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "wytłoki pomarańczowe (oryg.: „citrus sinesis pressings”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 502.0, "value_original": "502", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ziemniaki-r1", "substrate_id": "ziemniaki", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-0215798-y", "label": "Yan i in. (2021)", "db_ref": "BCBPD rekord 58 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "(oryg.: „Potato (Solanum tuberosum) – Whole”)", "duration_d": 20, "pretreatment": "brak", "pretreated": false, "value": 315.4, "value_original": "315.42", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ziemniaki-r2", "substrate_id": "ziemniaki", "status": "published", "source_type": "publication", "source_id": "cropgen:1", "label": "Buffiere i in. (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 425, referencja nr 1", "secondary": false, "sample_note": "(oryg.: „Potato”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 427.0, "value_original": "0.427 (0.000)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ziemniaki-r3", "substrate_id": "ziemniaki", "status": "published", "source_type": "publication", "source_id": "dub_breadpotato2018", "label": "Dubrovskis i in. (2018)", "db_ref": "odczyt z publikacji otwartej (streszczenie i wnioski); plik dowodowy dl/dub_2018_Papers_N414/fulltext.txt", "secondary": false, "sample_note": "odpady ziemniaków odm. Vineta (oryg.: „Potatoes Vineta waste”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 515.0, "value_original": "0.515", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ziemniaki-r4", "substrate_id": "ziemniaki", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2594 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „potato”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 289.0, "value_original": "289", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ziemniaki-r5", "substrate_id": "ziemniaki", "status": "published", "source_type": "publication", "source_id": "labatut2011", "label": "Labatut i in. (2011)", "db_ref": "MY-D mdb2505 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "całe bulwy (oryg.: „Potatoes”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 334.5, "value_original": "334.5", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zlocien-wiencowy-r1", "substrate_id": "zlocien-wiencowy", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1186/s13568-017-0325", "label": "Yan i in. (2017)", "db_ref": "BCBPD rekord 103 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "liście (oryg.: „Crowndaisy chrysanthemum (Chrysanthemum coronarium) – Leaf”)", "duration_d": 25, "pretreatment": "brak", "pretreated": false, "value": 189.2, "value_original": "189.22", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zlocien-wiencowy-r2", "substrate_id": "zlocien-wiencowy", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.25165/j.ijabe.20191203.4705", "label": "Cai i in. (2019)", "db_ref": "BCBPD rekord 84 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "cała roślina (oryg.: „Crown daisy (Chrysanthemum coronarium) – Whole”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 275.6, "value_original": "275.63", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.245, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lupiny-durianu-r1", "substrate_id": "lupiny-durianu", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2016.03.028", "label": "Zhao i in. 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(2017)", "db_ref": "MY-D mdb2624 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kondensat z rafinacji oleju słonecznikowego (oryg.: „condensate (sunflower oil)”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 426.0, "value_original": "426", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pozostalosci-rafinacji-olejow-r3", "substrate_id": "pozostalosci-rafinacji-olejow", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2625 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kondensat z rafinacji oleju palmowego (oryg.: „condensate (palm oil)”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 504.0, "value_original": "504", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pozostalosci-rafinacji-olejow-r4", "substrate_id": "pozostalosci-rafinacji-olejow", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2621 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zużyta ziemia z winteryzacji oleju słonecznikowego (oryg.: „oil”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 664.0, "value_original": "664", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pozostalosci-rafinacji-olejow-r5", "substrate_id": "pozostalosci-rafinacji-olejow", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2628 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "gumy z rafinacji olejów roślinnych (oryg.: „gum”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 866.0, "value_original": "866", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makuch-slonecznikowy-r1", "substrate_id": "makuch-slonecznikowy", "status": "published", "source_type": "publication", "source_id": "cropgen:35", "label": "Raposo i in. (2008)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 626, referencja nr 35", "secondary": false, "sample_note": "makuch słonecznikowy (różne proporcje S/I) (oryg.: „Sunflour Oil Cake (By-product)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 7.0, "pretreatment": "brak", "pretreated": false, "value": 110.0, "value_original": "0,110 (0.011)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makuch-slonecznikowy-r2", "substrate_id": "makuch-slonecznikowy", "status": "published", "source_type": "publication", "source_id": "cropgen:35", "label": "Raposo i in. (2008)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 625, referencja nr 35", "secondary": false, "sample_note": "makuch słonecznikowy (różne proporcje S/I) (oryg.: „Sunflour Oil Cake (By-product)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 7.0, "pretreatment": "brak", "pretreated": false, "value": 150.0, "value_original": "0.150 (0.015)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makuch-slonecznikowy-r3", "substrate_id": "makuch-slonecznikowy", "status": "published", "source_type": "publication", "source_id": "cropgen:35", "label": "Raposo i in. (2008)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 624, referencja nr 35", "secondary": false, "sample_note": "makuch słonecznikowy (różne proporcje S/I) (oryg.: „Sunflour Oil Cake (By-product)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 7.0, "pretreatment": "brak", "pretreated": false, "value": 160.0, "value_original": "0.160 (0.016)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makuch-slonecznikowy-r4", "substrate_id": "makuch-slonecznikowy", "status": "published", "source_type": "publication", "source_id": "cropgen:35", "label": "Raposo i in. (2008)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 623, referencja nr 35", "secondary": false, "sample_note": "makuch słonecznikowy (różne proporcje S/I) (oryg.: „Sunflour Oil Cake (By-product)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 7.0, "pretreatment": "brak", "pretreated": false, "value": 170.0, "value_original": "0.170 (0.017)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makuch-slonecznikowy-r5", "substrate_id": "makuch-slonecznikowy", "status": "published", "source_type": "publication", "source_id": "cropgen:35", "label": "Raposo i in. (2008)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 622, referencja nr 35", "secondary": false, "sample_note": "makuch słonecznikowy (różne proporcje S/I) (oryg.: „Sunflour Oil Cake (By-product)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 7.0, "pretreatment": "brak", "pretreated": false, "value": 200.0, "value_original": "0.200 (0.020)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makuch-slonecznikowy-r6", "substrate_id": "makuch-slonecznikowy", "status": "published", "source_type": "publication", "source_id": "cropgen:35", "label": "Raposo i in. (2008)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 621, referencja nr 35", "secondary": false, "sample_note": "makuch słonecznikowy (różne proporcje S/I) (oryg.: „Sunflour Oil Cake (By-product)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 7.0, "pretreatment": "brak", "pretreated": false, "value": 230.0, "value_original": "0,230 (0,023)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makuch-slonecznikowy-r7", "substrate_id": "makuch-slonecznikowy", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2605 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "śruta słonecznikowa (oryg.: „sunflower meal”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 197.0, "value_original": "197", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makuch-kokosowy-r1", "substrate_id": "makuch-kokosowy", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2635 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "śruta kokosowa (oryg.: „cocnut meal”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 262.0, "value_original": "262", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makuch-kokosowy-r2", "substrate_id": "makuch-kokosowy", "status": "published", "source_type": "publication", "source_id": "prabhudessai2013", "label": "Prabhudessai i in. (2013)", "db_ref": "odczyt z publikacji (Abstract; §3.4–3.5)", "secondary": false, "sample_note": "(oryg.: „Coconut oil cake”)", "pretreatment": "brak", "pretreated": false, "value": 277.0, "value_original": "277", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "makuch-kokosowy-r3", "substrate_id": "makuch-kokosowy", "status": "published", "source_type": "publication", "source_id": "prabhudessai2013", "label": "Prabhudessai i in. (2013)", "db_ref": "odczyt z publikacji (Abstract; §3.4–3.5)", "secondary": false, "sample_note": "(oryg.: „Coconut oil cake”)", "pretreatment": "brak", "pretreated": false, "value": 383.0, "value_original": "383", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "melasa-r1", "substrate_id": "melasa", "status": "published", "source_type": "publication", "source_id": "agro_inoc2015", "label": "De Vrieze i in. (2015)", "db_ref": "odczyt z publikacji otwartej (p. Results (BMP section), text, Fig. 1A); plik dowodowy dl/agro_inoc2015/fulltext.txt", "secondary": false, "sample_note": "Melasa, średnia z 4 inokulów z mezofilnych biogazowni (wszystkie wyniki nieistotnie różne), 35 dni, Belgia (oryg.: „molasses”)", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 363.0, "value_original": "363", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "melasa-r2", "substrate_id": "melasa", "status": "published", "source_type": "publication", "source_id": "dub_molasses2019", "label": "Dubrovskis i in. (2019)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2019_Papers_N114/fulltext.txt", "secondary": false, "sample_note": "melasa (oryg.: „Molasses”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 32.0, "pretreatment": "brak", "pretreated": false, "value": 457.0, "value_original": "0.457", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "miazga-kawowa-r1", "substrate_id": "miazga-kawowa", "status": "published", "source_type": "publication", "source_id": "my_coffee2019", "label": "Chala i in. (2019)", "db_ref": "odczyt z publikacji otwartej (Table 2, SMY measured); plik dowodowy dl/my_applsci_09_00412/fulltext.txt", "secondary": false, "sample_note": "miazga kawowa, 21 °C (oryg.: „Coffee pulp, 21 C”)", "temperature_c": 21.0, "regime": "psychrofilowy", "pretreatment": "brak", "pretreated": false, "value": 196.2, "value_original": "196.2", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "miazga-kawowa-r2", "substrate_id": "miazga-kawowa", "status": "published", "source_type": "publication", "source_id": "my_coffee2019", "label": "Chala i in. (2019)", "db_ref": "odczyt z publikacji otwartej (Table 2, SMY measured); plik dowodowy dl/my_applsci_09_00412/fulltext.txt", "secondary": false, "sample_note": "miazga kawowa, 30 °C (oryg.: „Coffee pulp, 30 C”)", "temperature_c": 30.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 234.8, "value_original": "234.8", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "miazga-kawowa-r3", "substrate_id": "miazga-kawowa", "status": "published", "source_type": "publication", "source_id": "my_coffee2019", "label": "Chala i in. (2019)", "db_ref": "odczyt z publikacji otwartej (Table 2, SMY measured); plik dowodowy dl/my_applsci_09_00412/fulltext.txt", "secondary": false, "sample_note": "miazga kawowa, 37 °C (oryg.: „Coffee pulp, 37 C”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 244.7, "value_original": "244.7", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mloto-browarniane-r1", "substrate_id": "mloto-browarniane", "status": "published", "source_type": "publication", "source_id": "agro2_bsginoc2023", "label": "Edunjobi i in. (2024)", "db_ref": "odczyt z publikacji otwartej (Section 3.2, p. 29571); plik dowodowy dl/agro_bsginoc2023/fulltext.txt", "secondary": false, "sample_note": "inokulum z osadu oczyszczalni browarnianej (oryg.: „brewers spent grain (BSG) + inoculum BWWS (D2)”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 268.0, "value_original": "268", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mloto-browarniane-r2", "substrate_id": "mloto-browarniane", "status": "published", "source_type": "publication", "source_id": "agro_bsgmat2023", "label": "Syguła i in. (2023)", "db_ref": "odczyt z publikacji otwartej (Results (text), Table 3 L0); plik dowodowy dl/agro_bsgmat2023/fulltext.txt", "secondary": false, "sample_note": "reaktor kontrolny (seria z wapnem) (oryg.: „brewer's spent grain (control reactor, trial with lime)”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 301.7, "value_original": "301.7", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mloto-browarniane-r3", "substrate_id": "mloto-browarniane", "status": "published", "source_type": "publication", "source_id": "agro_bsgmat2023", "label": "Syguła i in. (2023)", "db_ref": "odczyt z publikacji otwartej (Results (text), Table 3 Cf0); plik dowodowy dl/agro_bsgmat2023/fulltext.txt", "secondary": false, "sample_note": "reaktor kontrolny (seria z ceramiką) (oryg.: „brewer's spent grain (control reactor, trial with porous ceramic)”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 311.8, "value_original": "311.8", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mloto-browarniane-r4", "substrate_id": "mloto-browarniane", "status": "published", "source_type": "publication", "source_id": "agro_bsgmat2023", "label": "Syguła i in. (2023)", "db_ref": "odczyt z publikacji otwartej (Results, section 3.1 (text), Table 3 Fe0); plik dowodowy dl/agro_bsgmat2023/fulltext.txt", "secondary": false, "sample_note": "reaktor kontrolny (seria z żelazem) (oryg.: „brewer's spent grain (control reactor, trial with iron)”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 316.2, "value_original": "316.2", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mloto-browarniane-r5", "substrate_id": "mloto-browarniane", "status": "published", "source_type": "publication", "source_id": "my_organicwaste2024", "label": "Llanos-Lizcano i in. (2024)", "db_ref": "odczyt z publikacji otwartej (Table 3, SMY ISR 2); plik dowodowy dl/my_agronomy_14_02546/fulltext.txt", "secondary": false, "sample_note": "młóto z browaru rzemieślniczego (oryg.: „Brewery waste (BW), ISR 2”)", "pretreatment": "brak", "pretreated": false, "value": 460.6, "value_original": "460.62", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mloto-browarniane-r6", "substrate_id": "mloto-browarniane", "status": "published", "source_type": "publication", "source_id": "my_organicwaste2024", "label": "Llanos-Lizcano i in. (2024)", "db_ref": "odczyt z publikacji otwartej (Table 3, SMY ISR 1); plik dowodowy dl/my_agronomy_14_02546/fulltext.txt", "secondary": false, "sample_note": "młóto z browaru rzemieślniczego (oryg.: „Brewery waste (BW), ISR 1”)", "pretreatment": "brak", "pretreated": false, "value": 463.5, "value_original": "463.53", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-orzechow-laskowych-r1", "substrate_id": "odpady-orzechow-laskowych", "status": "published", "source_type": "publication", "source_id": "fv_oliva2022", "label": "Oliva i in. (2024)", "db_ref": "odczyt z publikacji otwartej (Table 4, row \"HS raw\"); plik dowodowy dl/fv_oliva2022/fulltext.txt", "secondary": false, "sample_note": "skórka (surowa) (oryg.: „Hazelnut skin (HS raw)”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 265.4, "value_original": "265.4", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-orzechow-laskowych-r2", "substrate_id": "odpady-orzechow-laskowych", "status": "published", "source_type": "publication", "source_id": "shen2017", "label": "Shen i in. (2018)", "db_ref": "MY-D mdb2465 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "łupina (oryg.: „hazelnut shell”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 40.0, "value_original": "40.03", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-orzechow-wloskich-r1", "substrate_id": "odpady-orzechow-wloskich", "status": "published", "source_type": "publication", "source_id": "my_appsci2022", "label": "Czubaszek i in. (2022)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_applsci_12_06128/fulltext.txt", "secondary": false, "sample_note": "zielona okrywa (oryg.: „Walnut husks”)", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 131.1, "value_original": "131.07", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-orzechow-wloskich-r2", "substrate_id": "odpady-orzechow-wloskich", "status": "published", "source_type": "publication", "source_id": "shen2017", "label": "Shen i in. (2018)", "db_ref": "MY-D mdb2459 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "łupina (oryg.: „walnut shell”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 46.3, "value_original": "46.29", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-orzechow-wloskich-r3", "substrate_id": "odpady-orzechow-wloskich", "status": "published", "source_type": "publication", "source_id": "shen2017", "label": "Shen i in. (2018)", "db_ref": "MY-D mdb2458 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "skórka (oryg.: „walnut skin”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 281.7, "value_original": "281.68", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zielonej-kawy-r1", "substrate_id": "odpady-zielonej-kawy", "status": "published", "source_type": "publication", "source_id": "pii:S0959652623022035", "label": "Velasquez-Pinas i in. (2023)", "db_ref": "MY-D mdb3443 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "łuska srebrzysta (oryg.: „green coffee film”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 128.0, "value_original": "128", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zielonej-kawy-r2", "substrate_id": "odpady-zielonej-kawy", "status": "published", "source_type": "publication", "source_id": "pii:S0959652623022035", "label": "Velasquez-Pinas i in. (2023)", "db_ref": "MY-D mdb3442 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "pył z zielonej kawy (oryg.: „green coffee powder”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 148.0, "value_original": "148", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-kukurydzy-cukrowej-r1", "substrate_id": "odpady-kukurydzy-cukrowej", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3342 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeże odpady przetwórcze (oryg.: „fresh residue from sweet corn”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 262.7, "value_original": "262.7", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-kukurydzy-cukrowej-r2", "substrate_id": "odpady-kukurydzy-cukrowej", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3346 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeże odpady przetwórcze (oryg.: „fresh residue from sweet corn”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 263.7, "value_original": "263.7", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-kukurydzy-cukrowej-r3", "substrate_id": "odpady-kukurydzy-cukrowej", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3343 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeże odpady przetwórcze (oryg.: „fresh residue from sweet corn”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 306.0, "value_original": "306", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-kukurydzy-cukrowej-r4", "substrate_id": "odpady-kukurydzy-cukrowej", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3347 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeże odpady przetwórcze (oryg.: „fresh residue from sweet corn”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 306.8, "value_original": "306.8", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-kukurydzy-cukrowej-r5", "substrate_id": "odpady-kukurydzy-cukrowej", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3345 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeże odpady przetwórcze (oryg.: „fresh residue from sweet corn”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 312.3, "value_original": "312.3", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-kukurydzy-cukrowej-r6", "substrate_id": "odpady-kukurydzy-cukrowej", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3341 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeże odpady przetwórcze (oryg.: „fresh residue from sweet corn”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 314.0, "value_original": "314", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-kukurydzy-cukrowej-r7", "substrate_id": "odpady-kukurydzy-cukrowej", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3344 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeże odpady przetwórcze (oryg.: „fresh residue from sweet corn”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 335.5, "value_original": "335.5", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-kukurydzy-cukrowej-r8", "substrate_id": "odpady-kukurydzy-cukrowej", "status": "published", "source_type": "publication", "source_id": "my_extrusion2023", "label": "Chevalier i in. (2023)", "db_ref": "odczyt z publikacji otwartej (Table 4, kolumna CM); plik dowodowy dl/my_waste_01_00030/fulltext.txt", "secondary": false, "sample_note": "produkty uboczne kukurydzy cukrowej, kontrola mielona (oryg.: „Sweetcorn by-products (SB), milled control (CM)”)", "pretreatment": "brak", "pretreated": false, "value": 345.0, "value_original": "345", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pazdzierze-konopne-r1", "substrate_id": "pazdzierze-konopne", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3359 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "pył konopny (oryg.: „hemp dust”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 184.4, "value_original": "184.4", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pazdzierze-konopne-r2", "substrate_id": "pazdzierze-konopne", "status": "published", "source_type": "publication", "source_id": "matassa2020", "label": "Matassa i in. (2020)", "db_ref": "odczyt z publikacji (Table2 untreated; §3.1)", "secondary": false, "sample_note": "paździerze (bez roszenia) (oryg.: „Unretted hurds”)", "pretreatment": "brak", "pretreated": false, "value": 239.0, "value_original": "239", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pestki-owocow-pestkowych-r1", "substrate_id": "pestki-owocow-pestkowych", "status": "published", "source_type": "publication", "source_id": "abs_carchesio2014", "label": "Carchesio i in. (2014)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie (best net methane production, S/I 2:1)); plik dowodowy dl/epabs_25145174/fulltext.txt", "secondary": false, "sample_note": "pestki śliwek (oryg.: „Plum stones”)", "pretreatment": "brak", "pretreated": false, "value": 174.7, "value_original": "174.7", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pestki-owocow-pestkowych-r2", "substrate_id": "pestki-owocow-pestkowych", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.wasman.2016.03.028", "label": "Zhao i in. (2016)", "db_ref": "BCBPD rekord 12 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "pestki wiśni (oryg.: „Cherry (Cerasus pseudocerasus) – Seed”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 31.1, "value_original": "31.1", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pestki-owocow-pestkowych-r3", "substrate_id": "pestki-owocow-pestkowych", "status": "published", "source_type": "publication", "source_id": "shen2017", "label": "Shen i in. (2018)", "db_ref": "MY-D mdb2461 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "łupina pestki moreli (gorzkiej) (oryg.: „bitter apricot kernel shell”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 45.1, "value_original": "45.08", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pestki-winogron-r1", "substrate_id": "pestki-winogron", "status": "published", "source_type": "publication", "source_id": "abs_caramiello2013", "label": "Caramiello i in. (2013)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie (net methane production)); plik dowodowy dl/epabs_24191456/fulltext.txt", "secondary": false, "sample_note": "pestki winogron (Włochy) (oryg.: „Grape seeds”)", "pretreatment": "brak", "pretreated": false, "value": 175.0, "value_original": "175.0", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pestki-winogron-r2", "substrate_id": "pestki-winogron", "status": "published", "source_type": "publication", "source_id": "abs_carchesio2014", "label": "Carchesio i in. (2014)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie (net methane production, S/I 1:1)); plik dowodowy dl/epabs_25145174/fulltext.txt", "secondary": false, "sample_note": "pestki winogron (Włochy) (oryg.: „Grape seeds”)", "pretreatment": "brak", "pretreated": false, "value": 253.0, "value_original": "253.0", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "placek-dekantacyjny-palmowy-r1", "substrate_id": "placek-dekantacyjny-palmowy", "status": "published", "source_type": "publication", "source_id": "agro2_efb2024", "label": "Chanthong i in. (2024)", "db_ref": "odczyt z publikacji otwartej (Table 3, row 15 % DC); plik dowodowy dl/agro_efb2024/fulltext.txt", "secondary": false, "sample_note": "obciążenie 15% (oryg.: „palm decanter cake 15% (DC)”)", "temperature_c": 40.0, "regime": "mezofilowy", "duration_d": 45.0, "pretreatment": "brak", "pretreated": false, "value": 218.1, "value_original": "218.06", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "placek-dekantacyjny-palmowy-r2", "substrate_id": "placek-dekantacyjny-palmowy", "status": "published", "source_type": "publication", "source_id": "agro2_efb2024", "label": "Chanthong i in. (2024)", "db_ref": "odczyt z publikacji otwartej (Table 3, row 10 % DC); plik dowodowy dl/agro_efb2024/fulltext.txt", "secondary": false, "sample_note": "obciążenie 10% (oryg.: „palm decanter cake 10% (DC)”)", "temperature_c": 40.0, "regime": "mezofilowy", "duration_d": 45.0, "pretreatment": "brak", "pretreated": false, "value": 220.6, "value_original": "220.58", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "placek-dekantacyjny-palmowy-r3", "substrate_id": "placek-dekantacyjny-palmowy", "status": "published", "source_type": "publication", "source_id": "agro2_efb2024", "label": "Chanthong i in. (2024)", "db_ref": "odczyt z publikacji otwartej (Table 3, row 5 % DC); plik dowodowy dl/agro_efb2024/fulltext.txt", "secondary": false, "sample_note": "obciążenie 5% (oryg.: „palm decanter cake 5% (DC)”)", "temperature_c": 40.0, "regime": "mezofilowy", "duration_d": 45.0, "pretreatment": "brak", "pretreated": false, "value": 240.0, "value_original": "240.01", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "placek-filtracyjny-z-cukrowni-r1", "substrate_id": "placek-filtracyjny-z-cukrowni", "status": "published", "source_type": "publication", "source_id": "agro2_bangladesh2019", "label": "Rahman i in. (2019)", "db_ref": "odczyt z publikacji otwartej (Section 3.2, p. 487); plik dowodowy dl/agro_bangladesh2019/fulltext.txt", "secondary": false, "sample_note": "press mud (oryg.: „press mud (PM), sugarcane”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 90.0, "pretreatment": "brak", "pretreated": false, "value": 121.0, "value_original": "121", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "placek-filtracyjny-z-cukrowni-r2", "substrate_id": "placek-filtracyjny-z-cukrowni", "status": "published", "source_type": "publication", "source_id": "agro2_cane2015", "label": "Janke i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Table 4, column Methane Yield); plik dowodowy dl/agro2_cane2015/fulltext.txt", "secondary": false, "sample_note": "próbka FC-2 (oryg.: „sugarcane filter cake FC-2”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 245.0, "value_original": "245", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "placek-filtracyjny-z-cukrowni-r3", "substrate_id": "placek-filtracyjny-z-cukrowni", "status": "published", "source_type": "publication", "source_id": "agro2_cane2015", "label": "Janke i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Table 4, column Methane Yield); plik dowodowy dl/agro2_cane2015/fulltext.txt", "secondary": false, "sample_note": "próbka FC-3 (oryg.: „sugarcane filter cake FC-3”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 254.0, "value_original": "254", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "placek-filtracyjny-z-cukrowni-r4", "substrate_id": "placek-filtracyjny-z-cukrowni", "status": "published", "source_type": "publication", "source_id": "agro2_cane2015", "label": "Janke i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Table 4, column Methane Yield); plik dowodowy dl/agro2_cane2015/fulltext.txt", "secondary": false, "sample_note": "próbka FC-1 (oryg.: „sugarcane filter cake FC-1”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 281.0, "value_original": "281", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pozostalosci-gliceryny-r1", "substrate_id": "pozostalosci-gliceryny", "status": "published", "source_type": "publication", "source_id": "agro_soap2021", "label": "Borowski i Cieciura-Włoch (2021)", "db_ref": "odczyt z publikacji otwartej (Table 2, experiment M-1); plik dowodowy dl/agro_soap2021/fulltext.txt", "secondary": false, "sample_note": "MONG z przerobu gliceryny (oryg.: „MONG (matter organic non glycerol from glycerol processing), no enzyme”)", "pretreatment": "brak", "pretreated": false, "value": 397.0, "value_original": "397", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pozostalosci-gliceryny-r2", "substrate_id": "pozostalosci-gliceryny", "status": "published", "source_type": "publication", "source_id": "dub_biodiesel2024", "label": "Dubrovskis i Plume (2024)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2024_TF104/fulltext.txt", "secondary": false, "sample_note": "pozostałość po destylacji gliceryny (oryg.: „Glycerol distillation residue”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 414.0, "value_original": "0.414", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-z-produkcji-octu-r1", "substrate_id": "odpady-z-produkcji-octu", "status": "published", "source_type": "publication", "source_id": "abs_feng2016vinegar", "label": "Feng i in. (2016)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/epabs_27154975/fulltext.txt", "secondary": false, "sample_note": "bez obróbki (oryg.: „Untreated vinegar residue”)", "pretreatment": "brak", "pretreated": false, "value": 120.3, "value_original": "120.31", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-z-produkcji-octu-r2", "substrate_id": "odpady-z-produkcji-octu", "status": "published", "source_type": "publication", "source_id": "li2013", "label": "Li i in. (2013)", "db_ref": "MY-D mdb1412 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Vinegar residue”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 253.0, "value_original": "253", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "efb-palma-olejowa-r1", "substrate_id": "efb-palma-olejowa", "status": "published", "source_type": "publication", "source_id": "agro2_efb2024", "label": "Chanthong i in. (2024)", "db_ref": "odczyt z publikacji otwartej (Table 3, row EFB); plik dowodowy dl/agro_efb2024/fulltext.txt", "secondary": false, "sample_note": "surowe (oryg.: „raw empty fruit bunch (EFB)”)", "temperature_c": 40.0, "regime": "mezofilowy", "duration_d": 45.0, "pretreatment": "brak", "pretreated": false, "value": 169.0, "value_original": "169.04", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "efb-palma-olejowa-r2", "substrate_id": "efb-palma-olejowa", "status": "published", "source_type": "publication", "source_id": "agro2_efbthermo2024", "label": "Saelor i in. (2024)", "db_ref": "odczyt z publikacji otwartej (Section 3, text and Table 7); plik dowodowy dl/agro2_efbthermo2024/fulltext.txt", "secondary": false, "sample_note": "bez obróbki, warunki termofilowe (oryg.: „untreated oil palm empty fruit bunches (EFB), thermophilic”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 189.4, "value_original": "189.45", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "soapstock-r1", "substrate_id": "soapstock", "status": "published", "source_type": "publication", "source_id": "agro_soap2021", "label": "Borowski i Cieciura-Włoch (2021)", "db_ref": "odczyt z publikacji otwartej (Table 2, experiment I-1); plik dowodowy dl/agro_soap2021/fulltext.txt", "secondary": false, "sample_note": "faza pośrednia z rozszczepiania soapstocku (oryg.: „Interphase from soapstock splitting, no enzyme”)", "pretreatment": "brak", "pretreated": false, "value": 538.0, "value_original": "538", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "soapstock-r2", "substrate_id": "soapstock", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2623 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "soapstock z oleju rzepakowego (oryg.: „oil”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 283.0, "value_original": "283", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "soapstock-r3", "substrate_id": "soapstock", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2622 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "soapstock z oleju słonecznikowego (oryg.: „oil”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 705.0, "value_original": "705", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "szypulki-winogron-r1", "substrate_id": "szypulki-winogron", "status": "published", "source_type": "publication", "source_id": "daros2016", "label": "Da Ros i in. (2016)", "db_ref": "MY-D mdb2658 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „grape”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 133.0, "value_original": "133", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "szypulki-winogron-r2", "substrate_id": "szypulki-winogron", "status": "published", "source_type": "publication", "source_id": "dinuccio2010", "label": "Dinuccio i in. (2010)", "db_ref": "MY-D mdb2491 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Grape stalks”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 98.0, "value_original": "98", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "szypulki-winogron-r3", "substrate_id": "szypulki-winogron", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1563 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "szypułka grona (oryg.: „peduncle (stalk of gRape bunch)”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 180.0, "value_original": "180", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wyslodki-buraczane-r1", "substrate_id": "wyslodki-buraczane", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1233 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "wysłodki prasowane zakiszone (oryg.: „pressed Beet pulp Silage”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 430.0, "value_original": "430", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wyslodki-buraczane-r2", "substrate_id": "wyslodki-buraczane", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2607 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „beet pulp”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 285.0, "value_original": "285", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-winogronowe-r1", "substrate_id": "wytloki-winogronowe", "status": "published", "source_type": "publication", "source_id": "agro_grapemarc2021", "label": "Kassongo i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 2, 'Measured methane yield day 42'); plik dowodowy dl/agro_grapemarc2021/fulltext.txt", "secondary": false, "sample_note": "Wytłoki winogronowe (winnica, Australia), fermentacja okresowa 42 dni, SIR 10:3 (oryg.: „grape marc”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 42.0, "pretreatment": "brak", "pretreated": false, "value": 144.0, "value_original": "0.144", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-winogronowe-r2", "substrate_id": "wytloki-winogronowe", "status": "published", "source_type": "publication", "source_id": "daros2016", "label": "Da Ros i in. (2016)", "db_ref": "MY-D mdb2659 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeże (oryg.: „fresh grape marcs”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 347.0, "value_original": "347", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-winogronowe-r3", "substrate_id": "wytloki-winogronowe", "status": "published", "source_type": "publication", "source_id": "daros2016", "label": "Da Ros i in. (2016)", "db_ref": "MY-D mdb2660 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "przefermentowane (oryg.: „fermented grape marcs”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 360.0, "value_original": "360", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-winogronowe-r4", "substrate_id": "wytloki-winogronowe", "status": "published", "source_type": "publication", "source_id": "dinuccio2010", "label": "Dinuccio i in. (2010)", "db_ref": "MY-D mdb2494 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Grape marcs”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 116.0, "value_original": "116", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-winogronowe-r5", "substrate_id": "wytloki-winogronowe", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1562 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "wytłoki winogronowe (oryg.: „gRape vine pressings”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 283.0, "value_original": "283", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-winogronowe-r6", "substrate_id": "wytloki-winogronowe", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2604 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Grape marcs”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 208.0, "value_original": "208", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-z-manioku-r1", "substrate_id": "wytloki-z-manioku", "status": "published", "source_type": "publication", "source_id": "cu2015", "label": "Cu i in. (2014)", "db_ref": "MY-D mdb2695 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „cassava residue”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 33.5, "value_original": "33.46", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-z-manioku-r2", "substrate_id": "wytloki-z-manioku", "status": "published", "source_type": "publication", "source_id": "my_cassava2021", "label": "Mabecua i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 2, Manometric); plik dowodowy dl/my_water_13_00939/fulltext.txt", "secondary": false, "sample_note": "włókno (wytłoki) z manioku (oryg.: „Cassava fiber CF2 (manometric)”)", "duration_d": 18.0, "pretreatment": "brak", "pretreated": false, "value": 326.0, "value_original": "326", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-z-manioku-r3", "substrate_id": "wytloki-z-manioku", "status": "published", "source_type": "publication", "source_id": "my_cassava2021", "label": "Mabecua i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 2, Manometric); plik dowodowy dl/my_water_13_00939/fulltext.txt", "secondary": false, "sample_note": "włókno (wytłoki) z manioku (oryg.: „Cassava fiber CF1 (manometric)”)", "duration_d": 18.0, "pretreatment": "brak", "pretreated": false, "value": 363.0, "value_original": "363", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-z-manioku-r4", "substrate_id": "wytloki-z-manioku", "status": "published", "source_type": "publication", "source_id": "zhang2011", "label": "Zhang i in. (2011)", "db_ref": "MY-D mdb2524 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "pozostałości z manioku (oryg.: „cassava”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 131.9, "value_original": "131.95", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-z-manioku-p1", "substrate_id": "wytloki-z-manioku", "status": "published", "source_type": "publication", "source_id": "zhang2011", "label": "Zhang i in. (2011)", "db_ref": "MY-D mdb2525 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „cassava”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 259.5 }, { "id": "wytloki-z-oliwek-r1", "substrate_id": "wytloki-z-oliwek", "status": "published", "source_type": "publication", "source_id": "agro2_oliveman2019", "label": "Rubio i in. (2019)", "db_ref": "odczyt z publikacji otwartej (Table 4, row Methane yield); plik dowodowy dl/agro_oliveman2019/fulltext.txt", "secondary": false, "sample_note": "odpady z dwufazowej tłoczni oliwy (oryg.: „two-phase olive-mill waste (2POMW)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 40.0, "pretreatment": "brak", "pretreated": false, "value": 24.9, "value_original": "24.91", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-z-oliwek-r2", "substrate_id": "wytloki-z-oliwek", "status": "published", "source_type": "publication", "source_id": "agro_jotaf2025", "label": "Üçok i Yang (2025)", "db_ref": "odczyt z publikacji otwartej (Table 2 / section 3.1); plik dowodowy dl/agro_jotaf2025/fulltext.txt", "secondary": false, "sample_note": "Wytłoki oliwkowe, jednostka w pracy m3/kg ODM (organic dry matter = s.m.o.), Turcja, mezofilnie (oryg.: „olive pomace (OLV)”)", "pretreatment": "brak", "pretreated": false, "value": 340.0, "value_original": "0.34", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-z-oliwek-r3", "substrate_id": "wytloki-z-oliwek", "status": "published", "source_type": "publication", "source_id": "agro_oliveMill2018", "label": "Elalami i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Table 2, EMY column, row T KM4); plik dowodowy dl/agro_oliveMill2018/fulltext.txt", "secondary": false, "sample_note": "tłocznia trójfazowa, mielone 4 mm (oryg.: „olive pomace T (three-phase extraction), milled 4 mm (KM4)”)", "pretreatment": "brak", "pretreated": false, "value": 98.0, "value_original": "98", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-z-oliwek-r4", "substrate_id": "wytloki-z-oliwek", "status": "published", "source_type": "publication", "source_id": "agro_oliveMill2018", "label": "Elalami i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Table 2, EMY column, row M KM4); plik dowodowy dl/agro_oliveMill2018/fulltext.txt", "secondary": false, "sample_note": "tłocznia tradycyjna, mielone 4 mm (oryg.: „olive pomace M (traditional extraction), milled 4 mm (KM4)”)", "pretreatment": "brak", "pretreated": false, "value": 188.0, "value_original": "188", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-z-oliwek-r5", "substrate_id": "wytloki-z-oliwek", "status": "published", "source_type": "publication", "source_id": "agro_olivemill2014", "label": "Rincón i in. (2014)", "db_ref": "odczyt z publikacji otwartej (Results, text, Table 5 B max 197); plik dowodowy dl/agro_olivemill2014/fulltext.txt", "secondary": false, "sample_note": "odpady z dwufazowej tłoczni oliwy (alperujo), bez obróbki (oryg.: „two-phase olive mill solid waste (OMSW) without ultrasound pretreatment”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 20.0, "pretreatment": "brak", "pretreated": false, "value": 373.0, "value_original": "373", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-z-oliwek-r6", "substrate_id": "wytloki-z-oliwek", "status": "published", "source_type": "publication", "source_id": "agro_oliveox2022", "label": "Girardi i in. (2023)", "db_ref": "odczyt z publikacji otwartej (Results, DWOP experiment (text)); plik dowodowy dl/agro_oliveox2022/fulltext.txt", "secondary": false, "sample_note": "wytłoki bez pestek, bez obróbki (oryg.: „untreated DWOP (destoned wet olive pomace)”)", "duration_d": 55.0, "pretreatment": "brak", "pretreated": false, "value": 233.6, "value_original": "233.6", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-z-oliwek-r7", "substrate_id": "wytloki-z-oliwek", "status": "published", "source_type": "publication", "source_id": "agro_olivepig2025", "label": "Correa i in. (2025)", "db_ref": "odczyt z publikacji otwartej (Table 2, row 'Pig manure 0%'); plik dowodowy dl/agro_olivepig2025/fulltext.txt", "secondary": false, "sample_note": "wytłoki z tłoczni dwufazowej (oryg.: „olive pomace (two-phase, 100%)”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 284.4, "value_original": "284.4", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wytloki-z-oliwek-r8", "substrate_id": "wytloki-z-oliwek", "status": "published", "source_type": "publication", "source_id": "agro_omsw2022", "label": "Fernández-Rodríguez M (2022)", "db_ref": "odczyt z publikacji otwartej (Table 4, row '100% OMSW' (Gmax experimental)); plik dowodowy dl/agro_omsw2022/fulltext.txt", "secondary": false, "sample_note": "odpady z dwufazowej tłoczni oliwy (oryg.: „100% OMSW (two-phase olive mill solid waste)”)", "pretreatment": "brak", "pretreated": false, "value": 461.0, "value_original": "461", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wywar-gorzelniany-i-winasa-r1", "substrate_id": "wywar-gorzelniany-i-winasa", "status": "published", "source_type": "publication", "source_id": "dub_stillage2017", "label": "Dubrovskis i Plume (2017)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2017_Papers_N086/fulltext.txt", "secondary": false, "sample_note": "wywar gorzelniany (gorzelnia Kalsnava, Łotwa) (oryg.: „Distillery stillage (Kalsnava)”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 37.0, "pretreatment": "brak", "pretreated": false, "value": 360.0, "value_original": "0.360", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 58.5, "ch4_evidence": { "type": "file", "ref": "research/bmp/dl/dub_2017_Papers_N086/fulltext.txt", "locator": "Abstract; Table 2 (Average)", "excerpt": "The investigated average methane content in biogas from stillage was 58.5 %." } }, { "id": "wywar-gorzelniany-i-winasa-r2", "substrate_id": "wywar-gorzelniany-i-winasa", "status": "published", "source_type": "publication", "source_id": "fu2017", "label": "Fu i in. (2017)", "db_ref": "MY-D mdb2474 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "winasa (oryg.: „vinasse”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 247.3, "value_original": "247.3", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wywar-gorzelniany-i-winasa-r3", "substrate_id": "wywar-gorzelniany-i-winasa", "status": "published", "source_type": "publication", "source_id": "fu2017", "label": "Fu i in. (2017)", "db_ref": "MY-D mdb2475 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "winasa (oryg.: „vinasse”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 274.0, "value_original": "274", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wywar-gorzelniany-i-winasa-r4", "substrate_id": "wywar-gorzelniany-i-winasa", "status": "published", "source_type": "publication", "source_id": "lunadelrisco2011", "label": "Luna-delRisco i in. (2011)", "db_ref": "MY-D mdb2779 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "wywar gorzelniany (oryg.: „distillery slop”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 335.0, "value_original": "335", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "wywar-gorzelniany-i-winasa-r5", "substrate_id": "wywar-gorzelniany-i-winasa", "status": "published", "source_type": "publication", "source_id": "lunadelrisco2011", "label": "Luna-delRisco i in. (2011)", "db_ref": "MY-D mdb2778 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "wywar gorzelniany (oryg.: „distillery slop”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 381.0, "value_original": "381", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lupiny-orzechow-inne-r1", "substrate_id": "lupiny-orzechow-inne", "status": "published", "source_type": "publication", "source_id": "shen2017", "label": "Shen i in. (2018)", "db_ref": "MY-D mdb2455 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "makadamia (oryg.: „Macadamia nut shell”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 28.6, "value_original": "28.6", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lupiny-orzechow-inne-r2", "substrate_id": "lupiny-orzechow-inne", "status": "published", "source_type": "publication", "source_id": "shen2017", "label": "Shen i in. (2018)", "db_ref": "MY-D mdb2462 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "miłorząb (oryg.: „ginko shell”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 46.2, "value_original": "46.21", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lupiny-orzechow-inne-r3", "substrate_id": "lupiny-orzechow-inne", "status": "published", "source_type": "publication", "source_id": "shen2017", "label": "Shen i in. (2018)", "db_ref": "MY-D mdb2467 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "orzeszki piniowe (oryg.: „pine nut shell”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 50.7, "value_original": "50.66", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lupiny-orzechow-inne-r4", "substrate_id": "lupiny-orzechow-inne", "status": "published", "source_type": "publication", "source_id": "shen2017", "label": "Shen i in. (2018)", "db_ref": "MY-D mdb2469 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "hikora (oryg.: „hickory nut shell”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 52.1, "value_original": "52.06", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lupiny-orzechow-inne-r5", "substrate_id": "lupiny-orzechow-inne", "status": "published", "source_type": "publication", "source_id": "shen2017", "label": "Shen i in. (2018)", "db_ref": "MY-D mdb2466 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "pekan (oryg.: „pecan shell”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 62.4, "value_original": "62.42", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lupiny-orzechow-inne-r6", "substrate_id": "lupiny-orzechow-inne", "status": "published", "source_type": "publication", "source_id": "shen2017", "label": "Shen i in. (2018)", "db_ref": "MY-D mdb2464 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kasztan jadalny (oryg.: „chesnut shell”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 67.0, "value_original": "66.99", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lupiny-orzechow-inne-r7", "substrate_id": "lupiny-orzechow-inne", "status": "published", "source_type": "publication", "source_id": "shen2017", "label": "Shen i in. (2018)", "db_ref": "MY-D mdb2463 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "pistacje (oryg.: „pistachio shell”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 142.4, "value_original": "142.38", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lupiny-migdalow-r1", "substrate_id": "lupiny-migdalow", "status": "published", "source_type": "publication", "source_id": "agro2_medres2015", "label": "Nitsos i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Section 3.3); plik dowodowy dl/agro_medres2015/fulltext.txt", "secondary": false, "sample_note": "bez obróbki, 55 °C (oryg.: „almond shells (untreated AS)”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 20.2, "value_original": "20.2", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lupiny-migdalow-r2", "substrate_id": "lupiny-migdalow", "status": "published", "source_type": "publication", "source_id": "fv_oliva2022", "label": "Oliva i in. (2024)", "db_ref": "odczyt z publikacji otwartej (Table 4, row \"AS raw\"); plik dowodowy dl/fv_oliva2022/fulltext.txt", "secondary": false, "sample_note": "surowe (oryg.: „Almond shell (AS raw)”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 54.7, "value_original": "54.7", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lupiny-migdalow-r3", "substrate_id": "lupiny-migdalow", "status": "published", "source_type": "publication", "source_id": "shen2017", "label": "Shen i in. (2018)", "db_ref": "MY-D mdb2454 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „almond shell”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 45.4, "value_original": "45.38", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lupiny-orzeszkow-ziemnych-r1", "substrate_id": "lupiny-orzeszkow-ziemnych", "status": "published", "source_type": "publication", "source_id": "my_peanutshell2023", "label": "Oliva i in. (2023)", "db_ref": "odczyt z publikacji otwartej (tekst, wyniki (surowe łupiny)); plik dowodowy dl/my_energies_16_04698/fulltext.txt", "secondary": false, "sample_note": "surowe łupiny orzeszków ziemnych (oryg.: „Peanut shells (PS), raw”)", "pretreatment": "brak", "pretreated": false, "value": 48.0, "value_original": "48.0", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lupiny-orzeszkow-ziemnych-r2", "substrate_id": "lupiny-orzeszkow-ziemnych", "status": "published", "source_type": "publication", "source_id": "shen2017", "label": "Shen i in. (2018)", "db_ref": "MY-D mdb2453 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „peanut shell”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 51.3, "value_original": "51.27", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "luska-kawy-r1", "substrate_id": "luska-kawy", "status": "published", "source_type": "publication", "source_id": "my_coffee2019", "label": "Chala i in. (2019)", "db_ref": "odczyt z publikacji otwartej (Table 2, SMY measured); plik dowodowy dl/my_applsci_09_00412/fulltext.txt", "secondary": false, "sample_note": "łuska kawy, 21 °C (oryg.: „Coffee husk, 21 C”)", "temperature_c": 21.0, "regime": "psychrofilowy", "pretreatment": "brak", "pretreated": false, "value": 139.9, "value_original": "139.9", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "luska-kawy-r2", "substrate_id": "luska-kawy", "status": "published", "source_type": "publication", "source_id": "my_coffee2019", "label": "Chala i in. (2019)", "db_ref": "odczyt z publikacji otwartej (Table 2, SMY measured); plik dowodowy dl/my_applsci_09_00412/fulltext.txt", "secondary": false, "sample_note": "łuska kawy, 30 °C (oryg.: „Coffee husk, 30 C”)", "temperature_c": 30.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 156.8, "value_original": "156.8", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "luska-kawy-r3", "substrate_id": "luska-kawy", "status": "published", "source_type": "publication", "source_id": "my_coffee2019", "label": "Chala i in. (2019)", "db_ref": "odczyt z publikacji otwartej (Table 2, SMY measured); plik dowodowy dl/my_applsci_09_00412/fulltext.txt", "secondary": false, "sample_note": "łuska kawy, 37 °C (oryg.: „Coffee husk, 37 C”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 159.4, "value_original": "159.4", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pome-r1", "substrate_id": "pome", "status": "published", "source_type": "publication", "source_id": "abs_kim2013pome", "label": "Kim i in. (2013)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/epabs_24350470/fulltext.txt", "secondary": false, "sample_note": "POME, test BMP (mezofilowy) (oryg.: „Palm oil mill effluent (POME), BMP”)", "pretreatment": "brak", "pretreated": false, "value": 397.0, "value_original": "0.397", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pome-r2", "substrate_id": "pome", "status": "published", "source_type": "publication", "source_id": "agro_colombia2023", "label": "Ramón Vanegas i in. (2023)", "db_ref": "odczyt z publikacji otwartej (BMP assays section (text)); plik dowodowy dl/agro_colombia2023/fulltext.txt", "secondary": false, "sample_note": "POME z przetwórstwa oleju palmowego (Kolumbia), z tekstu streszczenia (wartość bez ±) (oryg.: „POME (palm oil mill effluent)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 465.0, "value_original": "465", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "scieki-z-manioku-r1", "substrate_id": "scieki-z-manioku", "status": "published", "source_type": "publication", "source_id": "p2a_ahou2021cassava", "label": "Ahou i in. (2021)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/p2a_abs_31538861/fulltext.txt", "secondary": false, "sample_note": "ścieki z przetwórstwa manioku (CWW), Benin, wartość ze streszczenia (oryg.: „cassava wastewater (CWW)”)", "pretreatment": "brak", "pretreated": false, "value": 368.0, "value_original": "368", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "scieki-z-manioku-r2", "substrate_id": "scieki-z-manioku", "status": "published", "source_type": "publication", "source_id": "r2_10_3390_en13020491", "label": "Achi i in. (2020)", "db_ref": "odczyt z publikacji otwartej (sekcja 3.1 i Table 3); plik dowodowy dl/p2h_10_3390_en13020491/fulltext.txt", "secondary": false, "sample_note": "ścieki z przetwórstwa manioku bez dodatków (próba CW-only), 48 dni, 35 °C, wyniki w warunkach 20 °C i 1 atm, ścieki uzyskane w laboratorium z przetwarzania bulw manioku kupionych na targu w Maryland (USA) (oryg.: „CW-only (cassava wastewater alone, 48 d)”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 620.0, "value_original": "620", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sluz-kawowy-r1", "substrate_id": "sluz-kawowy", "status": "published", "source_type": "publication", "source_id": "my_coffee2019", "label": "Chala i in. (2019)", "db_ref": "odczyt z publikacji otwartej (tekst, streszczenie (SMY measured)); plik dowodowy dl/my_applsci_09_00412/fulltext.txt", "secondary": false, "sample_note": "śluz kawowy, 21 °C (oryg.: „Coffee mucilage, 21 C”)", "temperature_c": 21.0, "regime": "psychrofilowy", "pretreatment": "brak", "pretreated": false, "value": 255.9, "value_original": "255.9", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sluz-kawowy-r2", "substrate_id": "sluz-kawowy", "status": "published", "source_type": "publication", "source_id": "my_coffee2019", "label": "Chala i in. (2019)", "db_ref": "odczyt z publikacji otwartej (tekst, streszczenie (SMY measured)); plik dowodowy dl/my_applsci_09_00412/fulltext.txt", "secondary": false, "sample_note": "śluz kawowy, 30 °C (oryg.: „Coffee mucilage, 30 C”)", "temperature_c": 30.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 287.1, "value_original": "287.1", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sluz-kawowy-r3", "substrate_id": "sluz-kawowy", "status": "published", "source_type": "publication", "source_id": "my_coffee2019", "label": "Chala i in. (2019)", "db_ref": "odczyt z publikacji otwartej (tekst, streszczenie (SMY measured)); plik dowodowy dl/my_applsci_09_00412/fulltext.txt", "secondary": false, "sample_note": "śluz kawowy, 37 °C (oryg.: „Coffee mucilage, 37 C”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 294.5, "value_original": "294.5", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sruta-rzepakowa-r1", "substrate_id": "sruta-rzepakowa", "status": "published", "source_type": "publication", "source_id": "dub_biodiesel2024", "label": "Dubrovskis i Plume (2024)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2024_TF104/fulltext.txt", "secondary": false, "sample_note": "śruta rzepakowa z wytwórni biodiesla (oryg.: „Rapeseed meal (biodiesel plant)”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 497.0, "value_original": "0.497", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sruta-rzepakowa-r2", "substrate_id": "sruta-rzepakowa", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2606 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "śruta rzepakowa (oryg.: „rape meal”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 239.0, "value_original": "239", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "dziwaczek-mirabilis-r1", "substrate_id": "dziwaczek-mirabilis", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 360, referencja nr 19", "secondary": false, "sample_note": "liście, różne frakcje rozdrobnienia (oryg.: „Mirabilis”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 290.0, "value_original": "0.29", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "dziwaczek-mirabilis-r2", "substrate_id": "dziwaczek-mirabilis", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 359, referencja nr 19", "secondary": false, "sample_note": "liście, różne frakcje rozdrobnienia (oryg.: „Mirabilis”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 327.0, "value_original": "0.327", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "dziwaczek-mirabilis-r3", "substrate_id": "dziwaczek-mirabilis", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 358, referencja nr 19", "secondary": false, "sample_note": "liście, różne frakcje rozdrobnienia (oryg.: „Mirabilis”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 329.0, "value_original": "0.329", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "dziwaczek-mirabilis-r4", "substrate_id": "dziwaczek-mirabilis", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 356, referencja nr 19", "secondary": false, "sample_note": "liście, różne frakcje rozdrobnienia (oryg.: „Mirabilis”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 339.0, "value_original": "0.339", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "dziwaczek-mirabilis-r5", "substrate_id": "dziwaczek-mirabilis", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 357, referencja nr 19", "secondary": false, "sample_note": "liście, różne frakcje rozdrobnienia (oryg.: „Mirabilis”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 341.0, "value_original": "0.341", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "komosa-biala-r1", "substrate_id": "komosa-biala", "status": "published", "source_type": "publication", "source_id": "li2013", "label": "Li i in. (2013)", "db_ref": "MY-D mdb1415 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "łodygi (oryg.: „Chenopodium album L. stalk”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 171.0, "value_original": "171", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "komosa-biala-r2", "substrate_id": "komosa-biala", "status": "published", "source_type": "publication", "source_id": "li2013", "label": "Li i in. (2013)", "db_ref": "MY-D mdb1414 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "liście i nasiona (oryg.: „Chenopodium album L. leaf and seed”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 262.0, "value_original": "262", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lawenda-pozostalosci-r1", "substrate_id": "lawenda-pozostalosci", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3389 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "pozostałości kwiatów lawendy (oryg.: „flower residue lavender”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 171.3, "value_original": "171.3", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lawenda-pozostalosci-r2", "substrate_id": "lawenda-pozostalosci", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3377 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kwiaty lawendy (oryg.: „flower lavender”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 200.5, "value_original": "200.5", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pokrzywa-r1", "substrate_id": "pokrzywa", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 387, referencja nr 14", "secondary": false, "sample_note": "(oryg.: „Nettle”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 130.0, "pretreatment": "brak", "pretreated": false, "value": 210.0, "value_original": "0.21 (0.00)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pokrzywa-r2", "substrate_id": "pokrzywa", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 388, referencja nr 14", "secondary": false, "sample_note": "(oryg.: „Nettle”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 125.0, "pretreatment": "brak", "pretreated": false, "value": 420.0, "value_original": "0.42 (0.06)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rabarbar-r1", "substrate_id": "rabarbar", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 459, referencja nr 14", "secondary": false, "sample_note": "(oryg.: „Rhubarb”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 107.0, "pretreatment": "brak", "pretreated": false, "value": 320.0, "value_original": "0.32 (0.02)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rabarbar-r2", "substrate_id": "rabarbar", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 458, referencja nr 14", "secondary": false, "sample_note": "(oryg.: „Rhubarb”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 107.0, "pretreatment": "brak", "pretreated": false, "value": 490.0, "value_original": "0.49 (0.03)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rabarbar-r3", "substrate_id": "rabarbar", "status": "published", "source_type": "publication", "source_id": "cropgen:21", "label": "Zubr (1986)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 460, referencja nr 21", "secondary": false, "sample_note": "(oryg.: „Rhubarb”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 316.0, "value_original": "0.316", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 67.6, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 460, kolumna „methane content”", "excerpt": "0.676" } }, { "id": "rabarbar-r4", "substrate_id": "rabarbar", "status": "published", "source_type": "publication", "source_id": "cropgen:21", "label": "Zubr (1986)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 461, referencja nr 21", "secondary": false, "sample_note": "(oryg.: „Rhubarb”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "przygotowanie/przechowanie: Silage: Air tight glass jars , fermented 30-40 days at 20 oC.", "pretreated": false, "value": 345.0, "value_original": "0.345", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 67.3, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 461, kolumna „methane content”", "excerpt": "0.673" } }, { "id": "rosliny-podszytu-lesnego-r1", "substrate_id": "rosliny-podszytu-lesnego", "status": "published", "source_type": "publication", "source_id": "plants_underwood2021", "label": "Dubrovskis i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Abstract and Table 2, Average R2-R5); plik dowodowy dl/plants_underwood2021/fulltext.txt", "secondary": false, "sample_note": "paprocie (oryg.: „Ferns (filice) leaves and stalks”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 40.0, "pretreatment": "brak", "pretreated": false, "value": 60.0, "value_original": "0.06", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rosliny-podszytu-lesnego-r2", "substrate_id": "rosliny-podszytu-lesnego", "status": "published", "source_type": "publication", "source_id": "plants_underwood2021", "label": "Dubrovskis i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Abstract and Table 2, Average R11-R15); plik dowodowy dl/plants_underwood2021/fulltext.txt", "secondary": false, "sample_note": "dzika malina (oryg.: „Wild raspberries (silva amet) leaves and stalks”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 40.0, "pretreatment": "brak", "pretreated": false, "value": 191.0, "value_original": "0.191", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rosliny-podszytu-lesnego-r3", "substrate_id": "rosliny-podszytu-lesnego", "status": "published", "source_type": "publication", "source_id": "plants_underwood2021", "label": "Dubrovskis i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Abstract and Table 2, Average R6-R10); plik dowodowy dl/plants_underwood2021/fulltext.txt", "secondary": false, "sample_note": "osty (oryg.: „Thistles (carduus) leaves and stalks”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 40.0, "pretreatment": "brak", "pretreated": false, "value": 256.0, "value_original": "0.256", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zielarskie-r1", "substrate_id": "odpady-zielarskie", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1186/s13568-017-0325", "label": "Yan i in. (2017)", "db_ref": "BCBPD rekord 116 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "kocimiętka (Nepeta cataria) (oryg.: „Schizonepeta (Nepeta cataria) – None”)", "duration_d": 25, "pretreatment": "brak", "pretreated": false, "value": 81.5, "value_original": "81.52", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zielarskie-r2", "substrate_id": "odpady-zielarskie", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1186/s13568-017-0325", "label": "Yan i in. (2017)", "db_ref": "BCBPD rekord 115 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "andrografis wiechowaty (oryg.: „Common andrographis (Andrographis paniculata) – None”)", "duration_d": 25, "pretreatment": "brak", "pretreated": false, "value": 118.0, "value_original": "118.04", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zielarskie-r3", "substrate_id": "odpady-zielarskie", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1186/s13568-017-0325", "label": "Yan i in. (2017)", "db_ref": "BCBPD rekord 112 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "mięta (oryg.: „Mint (Mentha haplocalyx) – None”)", "duration_d": 25, "pretreatment": "brak", "pretreated": false, "value": 131.2, "value_original": "131.25", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zielarskie-r4", "substrate_id": "odpady-zielarskie", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1186/s13568-017-0325", "label": "Yan i in. (2017)", "db_ref": "BCBPD rekord 111 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "trędownik (Scrophularia ningpoensis) (oryg.: „Summer radish (Scrophularia ningpoensis) – None”)", "duration_d": 25, "pretreatment": "brak", "pretreated": false, "value": 183.5, "value_original": "183.51", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zielarskie-r5", "substrate_id": "odpady-zielarskie", "status": "published", "source_type": "publication", "source_id": "oa_herbal2019", "label": "Czubaszek (2019)", "db_ref": "odczyt z publikacji otwartej (Table 3, Methane NL kgVS-1 (o ok. 60% mniej niż melisa wg tekstu)); plik dowodowy dl/oa_jee_112747/fulltext.txt", "secondary": false, "sample_note": "odpady kory kruszyny z przemysłu zielarskiego (oryg.: „Alder buckthorn (Frangula alnus) waste”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 36.0, "pretreatment": "brak", "pretreated": false, "value": 122.0, "value_original": "122.00", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-zielarskie-r6", "substrate_id": "odpady-zielarskie", "status": "published", "source_type": "publication", "source_id": "oa_herbal2019", "label": "Czubaszek (2019)", "db_ref": "odczyt z publikacji otwartej (Table 3, Methane NL kgVS-1); plik dowodowy dl/oa_jee_112747/fulltext.txt", "secondary": false, "sample_note": "odpady melisy z przemysłu zielarskiego (oryg.: „Lemon balm (Melissa officinalis) waste”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 36.0, "pretreatment": "brak", "pretreated": false, "value": 197.0, "value_original": "197.00", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tithonia-diversifolia-r1", "substrate_id": "tithonia-diversifolia", "status": "published", "source_type": "publication", "source_id": "dahunsi2019", "label": "Dahunsi (2019)", "db_ref": "MY-D mdb3087 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka (oryg.: „grass silage Tithonia diversifolia”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 207.0, "value_original": "207", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tithonia-diversifolia-r2", "substrate_id": "tithonia-diversifolia", "status": "published", "source_type": "publication", "source_id": "dahunsi2019", "label": "Dahunsi (2019)", "db_ref": "MY-D mdb3085 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka (oryg.: „grass silage Tithonia diversifolia”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 212.0, "value_original": "212", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tithonia-diversifolia-p1", "substrate_id": "tithonia-diversifolia", "status": "published", "source_type": "publication", "source_id": "dahunsi2019", "label": "Dahunsi (2019)", "db_ref": "MY-D mdb3084 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „grass silage Tithonia diversifolia”)", "pretreatment": "obróbka wstępna: physical", "pretreated": true, "value": 346.0 }, { "id": "tithonia-diversifolia-p2", "substrate_id": "tithonia-diversifolia", "status": "published", "source_type": "publication", "source_id": "dahunsi2019", "label": "Dahunsi (2019)", "db_ref": "MY-D mdb3086 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „grass silage Tithonia diversifolia”)", "pretreatment": "obróbka wstępna: physical", "pretreated": true, "value": 307.0 }, { "id": "tithonia-diversifolia-p3", "substrate_id": "tithonia-diversifolia", "status": "published", "source_type": "publication", "source_id": "dahunsi2019", "label": "Dahunsi (2019)", "db_ref": "MY-D mdb3094 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „grass silage Tithonia diversifolia”)", "pretreatment": "obróbka wstępna: physical", "pretreated": true, "value": 426.0 }, { "id": "tithonia-diversifolia-p4", "substrate_id": "tithonia-diversifolia", "status": "published", "source_type": "publication", "source_id": "dahunsi2019", "label": "Dahunsi (2019)", "db_ref": "MY-D mdb3095 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „grass silage Tithonia diversifolia”)", "pretreatment": "obróbka wstępna: physical", "pretreated": true, "value": 377.0 }, { "id": "trawa-aleman-r1", "substrate_id": "trawa-aleman", "status": "published", "source_type": "publication", "source_id": "chynoweth1993", "label": "Chynoweth i in. (1993)", "db_ref": "MY-D mdb2696 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Alemangrass”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 298.0, "value_original": "298", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trawa-aleman-r2", "substrate_id": "trawa-aleman", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 2, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Alemangrass 7A”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 293.0, "value_original": "0.293 (0.008)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.146, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trawa-para-r1", "substrate_id": "trawa-para", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 395, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Paragrass 3P”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 238.0, "value_original": "0.238 (0.012)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.087, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trawa-para-r2", "substrate_id": "trawa-para", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 394, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Paragrass 1P”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 242.0, "value_original": "0.242 (0.015)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trawa-bermudzka-r1", "substrate_id": "trawa-bermudzka", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 120, referencja nr 19", "secondary": false, "sample_note": "różne frakcje rozdrobnienia (oryg.: „Dhub grass or Bermuda grass”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 137.0, "value_original": "0.137", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trawa-bermudzka-r2", "substrate_id": "trawa-bermudzka", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 119, referencja nr 19", "secondary": false, "sample_note": "różne frakcje rozdrobnienia (oryg.: „Dhub grass or Bermuda grass”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 205.0, "value_original": "0.205", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trawa-bermudzka-r3", "substrate_id": "trawa-bermudzka", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 118, referencja nr 19", "secondary": false, "sample_note": "różne frakcje rozdrobnienia (oryg.: „Dhub grass or Bermuda grass”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 214.0, "value_original": "0.214", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trawa-bermudzka-r4", "substrate_id": "trawa-bermudzka", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 116, referencja nr 19", "secondary": false, "sample_note": "różne frakcje rozdrobnienia (oryg.: „Dhub grass or Bermuda grass”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 226.0, "value_original": "0.226", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trawa-bermudzka-r5", "substrate_id": "trawa-bermudzka", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 117, referencja nr 19", "secondary": false, "sample_note": "różne frakcje rozdrobnienia (oryg.: „Dhub grass or Bermuda grass”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 228.0, "value_original": "0.228", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-pospolita-r1", "substrate_id": "trzcina-pospolita", "status": "published", "source_type": "publication", "source_id": "my_macrophytes2018", "label": "Moeller i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Table 8, SMY); plik dowodowy dl/my_energies_11_03016/fulltext.txt", "secondary": false, "sample_note": "trzcina pospolita (Niemcy) (oryg.: „Reed (Phragmites australis), sample 21”)", "pretreatment": "brak", "pretreated": false, "value": 169.0, "value_original": "169", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-pospolita-r2", "substrate_id": "trzcina-pospolita", "status": "published", "source_type": "publication", "source_id": "my_perennials2018", "label": "Baute i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Table 5, Species); plik dowodowy dl/my_energies_11_02198/fulltext.txt", "secondary": false, "sample_note": "trzcina pospolita, średnia (Kanada) (oryg.: „Phragmites australis (species mean)”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 140.0, "value_original": "140.0", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-pospolita-r3", "substrate_id": "trzcina-pospolita", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "trzcina pospolita, genotyp IT, nawożenie B (oryg.: „Phragmites australis IT genotype, fertilization B”)", "pretreatment": "brak", "pretreated": false, "value": 195.2, "value_original": "195.2", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-pospolita-r4", "substrate_id": "trzcina-pospolita", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "trzcina pospolita, genotyp NL, nawożenie A (oryg.: „Phragmites australis NL genotype, fertilization A”)", "pretreatment": "brak", "pretreated": false, "value": 200.1, "value_original": "200.1", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-pospolita-r5", "substrate_id": "trzcina-pospolita", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "trzcina pospolita, genotyp NL, nawożenie B (oryg.: „Phragmites australis NL genotype, fertilization B”)", "pretreatment": "brak", "pretreated": false, "value": 208.0, "value_original": "208.0", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-pospolita-r6", "substrate_id": "trzcina-pospolita", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "trzcina pospolita, genotyp IT, nawożenie C (oryg.: „Phragmites australis IT genotype, fertilization C”)", "pretreatment": "brak", "pretreated": false, "value": 223.3, "value_original": "223.3", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-pospolita-r7", "substrate_id": "trzcina-pospolita", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "trzcina pospolita, genotyp DK, nawożenie A (oryg.: „Phragmites australis DK genotype, fertilization A”)", "pretreatment": "brak", "pretreated": false, "value": 223.8, "value_original": "223.8", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-pospolita-r8", "substrate_id": "trzcina-pospolita", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "trzcina pospolita, genotyp IT, nawożenie A (oryg.: „Phragmites australis IT genotype, fertilization A”)", "pretreatment": "brak", "pretreated": false, "value": 224.7, "value_original": "224.7", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-pospolita-r9", "substrate_id": "trzcina-pospolita", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "trzcina pospolita, genotyp RO, nawożenie A (oryg.: „Phragmites australis RO genotype, fertilization A”)", "pretreatment": "brak", "pretreated": false, "value": 229.6, "value_original": "229.6", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-pospolita-r10", "substrate_id": "trzcina-pospolita", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "trzcina pospolita, genotyp RO, nawożenie C (oryg.: „Phragmites australis RO genotype, fertilization C”)", "pretreatment": "brak", "pretreated": false, "value": 233.1, "value_original": "233.1", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-pospolita-r11", "substrate_id": "trzcina-pospolita", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "trzcina pospolita, genotyp RO, nawożenie B (oryg.: „Phragmites australis RO genotype, fertilization B”)", "pretreatment": "brak", "pretreated": false, "value": 233.5, "value_original": "233.5", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-pospolita-r12", "substrate_id": "trzcina-pospolita", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "trzcina pospolita, genotyp NL, nawożenie C (oryg.: „Phragmites australis NL genotype, fertilization C”)", "pretreatment": "brak", "pretreated": false, "value": 236.1, "value_original": "236.1", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-pospolita-r13", "substrate_id": "trzcina-pospolita", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "trzcina pospolita, genotyp DK, nawożenie C (oryg.: „Phragmites australis DK genotype, fertilization C”)", "pretreatment": "brak", "pretreated": false, "value": 243.7, "value_original": "243.7", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-pospolita-r14", "substrate_id": "trzcina-pospolita", "status": "published", "source_type": "publication", "source_id": "my_wetland2021", "label": "Czubaszek i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/my_energies_14_08373/fulltext.txt", "secondary": false, "sample_note": "fermentacja sucha (oryg.: „Phragmites australis (PA), dry fermentation”)", "pretreatment": "brak", "pretreated": false, "value": 138.0, "value_original": "138", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-pospolita-r15", "substrate_id": "trzcina-pospolita", "status": "published", "source_type": "publication", "source_id": "my_wetland2021", "label": "Czubaszek i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/my_energies_14_08373/fulltext.txt", "secondary": false, "sample_note": "fermentacja mokra (oryg.: „Phragmites australis (PA), wet fermentation”)", "pretreatment": "brak", "pretreated": false, "value": 160.0, "value_original": "160", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "turzyce-r1", "substrate_id": "turzyce", "status": "published", "source_type": "publication", "source_id": "my_wetland2021", "label": "Czubaszek i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/my_energies_14_08373/fulltext.txt", "secondary": false, "sample_note": "turzyca sztywna, fermentacja sucha (oryg.: „Carex elata (CE), dry fermentation”)", "pretreatment": "brak", "pretreated": false, "value": 121.0, "value_original": "121", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "turzyce-r2", "substrate_id": "turzyce", "status": "published", "source_type": "publication", "source_id": "my_wetland2021", "label": "Czubaszek i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/my_energies_14_08373/fulltext.txt", "secondary": false, "sample_note": "turzyca sztywna, fermentacja mokra (oryg.: „Carex elata (CE), wet fermentation”)", "pretreatment": "brak", "pretreated": false, "value": 190.0, "value_original": "190", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "turzyce-r3", "substrate_id": "turzyce", "status": "published", "source_type": "publication", "source_id": "my_wetland2021", "label": "Czubaszek i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/my_energies_14_08373/fulltext.txt", "secondary": false, "sample_note": "turzyce (błotna + sztywna), fermentacja sucha (oryg.: „Carex acutiformis + Carex elata (CA), dry fermentation”)", "pretreatment": "brak", "pretreated": false, "value": 228.0, "value_original": "228", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "turzyce-r4", "substrate_id": "turzyce", "status": "published", "source_type": "publication", "source_id": "my_wetland2021", "label": "Czubaszek i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/my_energies_14_08373/fulltext.txt", "secondary": false, "sample_note": "turzyce (błotna + sztywna), fermentacja mokra (oryg.: „Carex acutiformis + Carex elata (CA), wet fermentation”)", "pretreatment": "brak", "pretreated": false, "value": 275.0, "value_original": "275", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ipomoea-fistulosa-r1", "substrate_id": "ipomoea-fistulosa", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 258, referencja nr 19", "secondary": false, "sample_note": "liście, różne frakcje rozdrobnienia (oryg.: „Ipomoea fistulosa”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 387.0, "value_original": "0.387", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ipomoea-fistulosa-r2", "substrate_id": "ipomoea-fistulosa", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 257, referencja nr 19", "secondary": false, "sample_note": "liście, różne frakcje rozdrobnienia (oryg.: „Ipomoea fistulosa”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 413.0, "value_original": "0.413", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ipomoea-fistulosa-r3", "substrate_id": "ipomoea-fistulosa", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 256, referencja nr 19", "secondary": false, "sample_note": "liście, różne frakcje rozdrobnienia (oryg.: „Ipomoea fistulosa”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 421.0, "value_original": "0.421", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ipomoea-fistulosa-r4", "substrate_id": "ipomoea-fistulosa", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 255, referencja nr 19", "secondary": false, "sample_note": "liście, różne frakcje rozdrobnienia (oryg.: „Ipomoea fistulosa”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 427.0, "value_original": "0.427", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ipomoea-fistulosa-r5", "substrate_id": "ipomoea-fistulosa", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 254, referencja nr 19", "secondary": false, "sample_note": "liście, różne frakcje rozdrobnienia (oryg.: „Ipomoea fistulosa”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 429.0, "value_original": "0.429", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lubin-r1", "substrate_id": "lubin", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 295, referencja nr 14", "secondary": false, "sample_note": "(oryg.: „Lupine”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 125.0, "pretreatment": "brak", "pretreated": false, "value": 310.0, "value_original": "0.31 (0.06)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lubin-r2", "substrate_id": "lubin", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 294, referencja nr 14", "secondary": false, "sample_note": "(oryg.: „Lupine”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 140.0, "pretreatment": "brak", "pretreated": false, "value": 360.0, "value_original": "0.36(0.04)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zywokost-r1", "substrate_id": "zywokost", "status": "published", "source_type": "publication", "source_id": "cropgen:21", "label": "Zubr (1986)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 88, referencja nr 21", "secondary": false, "sample_note": "części nadziemne (oryg.: „Comfrey”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "przygotowanie/przechowanie: Silage: Air tight glass jars , fermented 30-40 days at 20 oC.", "pretreated": false, "value": 323.0, "value_original": "0.323", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 70.3, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 88, kolumna „methane content”", "excerpt": "0.703" } }, { "id": "zywokost-r2", "substrate_id": "zywokost", "status": "published", "source_type": "publication", "source_id": "cropgen:21", "label": "Zubr (1986)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 87, referencja nr 21", "secondary": false, "sample_note": "części nadziemne (oryg.: „Comfrey”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 334.0, "value_original": "0.334", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.134, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 69.1, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 87, kolumna „methane content”", "excerpt": "0.691" } }, { "id": "bagassa-r1", "substrate_id": "bagassa", "status": "published", "source_type": "publication", "source_id": "agro2_bagasse2026", "label": "Pereira i in. (2026)", "db_ref": "odczyt z publikacji otwartej (Results, text after Table 2); plik dowodowy dl/agro2_bagasse2026/fulltext.txt", "secondary": false, "sample_note": "wariant testu T4 (S/I 1,0) (oryg.: „sugar cane bagasse (SCB) 100%, treatment T4 (S/I 1.0, TS 12.5%)”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 78.0, "pretreatment": "brak", "pretreated": false, "value": 246.0, "value_original": "246", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bagassa-r2", "substrate_id": "bagassa", "status": "published", "source_type": "publication", "source_id": "agro2_bagasse2026", "label": "Pereira i in. (2026)", "db_ref": "odczyt z publikacji otwartej (Results, text after Table 2); plik dowodowy dl/agro2_bagasse2026/fulltext.txt", "secondary": false, "sample_note": "wariant testu T1 (S/I 0,5) (oryg.: „sugar cane bagasse (SCB) 100%, treatment T1 (S/I 0.5, TS 10%)”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 78.0, "pretreatment": "brak", "pretreated": false, "value": 267.0, "value_original": "267", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bagassa-r3", "substrate_id": "bagassa", "status": "published", "source_type": "publication", "source_id": "agro2_bagfm2016", "label": "Talha i in. (2016)", "db_ref": "odczyt z publikacji otwartej (Table, row \"0%, 100%\", column 0 min (untreated)); plik dowodowy dl/agro2_bagfm2016/fulltext.txt", "secondary": false, "sample_note": "bez obróbki (oryg.: „sugarcane bagasse, untreated (0 min), 100%”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 76.0, "value_original": "76.0", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bagassa-r4", "substrate_id": "bagassa", "status": "published", "source_type": "publication", "source_id": "agro2_bangladesh2019", "label": "Rahman i in. (2019)", "db_ref": "odczyt z publikacji otwartej (Section 3.2, p. 487); plik dowodowy dl/agro_bangladesh2019/fulltext.txt", "secondary": false, "sample_note": "najwyzszy BMP przy TS 11%, BMP-90, Bangladesz (oryg.: „sugarcane bagasse (SB)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 90.0, "pretreatment": "brak", "pretreated": false, "value": 205.0, "value_original": "205", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bagassa-r5", "substrate_id": "bagassa", "status": "published", "source_type": "publication", "source_id": "agro2_cane2015", "label": "Janke i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Table 4, column Methane Yield); plik dowodowy dl/agro2_cane2015/fulltext.txt", "secondary": false, "sample_note": "próbka B-2 (oryg.: „sugarcane bagasse B-2”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 236.0, "value_original": "236", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bagassa-r6", "substrate_id": "bagassa", "status": "published", "source_type": "publication", "source_id": "agro2_cane2015", "label": "Janke i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Table 4, column Methane Yield); plik dowodowy dl/agro2_cane2015/fulltext.txt", "secondary": false, "sample_note": "próbka B-1 (oryg.: „sugarcane bagasse B-1”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 326.0, "value_original": "326", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bagassa-r7", "substrate_id": "bagassa", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3364 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „bagasse”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 173.7, "value_original": "173.7", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bagassa-r8", "substrate_id": "bagassa", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3363 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „bagasse”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 188.1, "value_original": "188.1", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bagassa-r9", "substrate_id": "bagassa", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3366 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „bagasse”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 250.6, "value_original": "250.6", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bagassa-r10", "substrate_id": "bagassa", "status": "published", "source_type": "publication", "source_id": "lopezdavila2022", "label": "López-Dávila i in. (2022)", "db_ref": "odczyt z publikacji (Table3, This study column)", "secondary": false, "sample_note": "(oryg.: „Sugar cane bagasse”)", "pretreatment": "brak", "pretreated": false, "value": 207.0, "value_original": "207", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "baklazan-lodygi-i-liscie-r1", "substrate_id": "baklazan-lodygi-i-liscie", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.25165/j.ijabe.20191203.4705", "label": "Cai i in. (2019)", "db_ref": "BCBPD rekord 80 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "łodygi (oryg.: „Eggplant (Solanum melongena) – Stem”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 174.3, "value_original": "174.3", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "baklazan-lodygi-i-liscie-r2", "substrate_id": "baklazan-lodygi-i-liscie", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.25165/j.ijabe.20191203.4705", "label": "Cai i in. (2019)", "db_ref": "BCBPD rekord 79 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "liście (oryg.: „Eggplant (Solanum melongena) – Leaf”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 195.5, "value_original": "195.5", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "baklazan-lodygi-i-liscie-r3", "substrate_id": "baklazan-lodygi-i-liscie", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1569 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "łodygi (oryg.: „Brinjal Stalk”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 374.0, "value_original": "374", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "baklazan-lodygi-i-liscie-r4", "substrate_id": "baklazan-lodygi-i-liscie", "status": "published", "source_type": "publication", "source_id": "my_vcr2018", "label": "Li i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Table 2, Methane potential); plik dowodowy dl/my_energies_12_00026/fulltext.txt", "secondary": false, "sample_note": "resztki roślin bakłażana (oryg.: „Eggplant crop residues (EGR)”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 94.2, "value_original": "94.2", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.161, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 56.4, "ch4_evidence": { "type": "file", "ref": "research/bmp/dl/my_energies_12_00026/fulltext.txt", "locator": "Results, akapit o Figure 2b", "excerpt": "The weighted average methane contents … were 58.4%, 58.8%, 59.6%, 56.4%, and 57.9% from the SBR, CAR, CUR, EGR, and TOR" } }, { "id": "banany-lodygi-i-liscie-r1", "substrate_id": "banany-lodygi-i-liscie", "status": "published", "source_type": "publication", "source_id": "fv_khan2016", "label": "Khan M.T. (2016)", "db_ref": "odczyt z publikacji otwartej (Abstract and Table 5 (measured methane yield after 35 days)); plik dowodowy dl/fv_khan2016/fulltext.txt", "secondary": false, "sample_note": "pseudołodygi (oryg.: „Banana stalk”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 256.0, "value_original": "0.256", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "banany-lodygi-i-liscie-r2", "substrate_id": "banany-lodygi-i-liscie", "status": "published", "source_type": "publication", "source_id": "lopezdavila2022", "label": "López-Dávila i in. (2022)", "db_ref": "odczyt z publikacji (Table3, This study column)", "secondary": false, "sample_note": "liście (Kuba) (oryg.: „Banana straw (leaves)”)", "pretreatment": "brak", "pretreated": false, "value": 269.0, "value_original": "269", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lisc-buraczany-r1", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1232 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "liście buraka cukrowego (oryg.: „sugar beat Leaves”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 210.0, "value_original": "210", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lisc-buraczany-r2", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 595, referencja nr 12", "secondary": false, "sample_note": "liście buraka cukrowego (oryg.: „Sugar beet (tops)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 42.0, "pretreatment": "brak", "pretreated": false, "value": 310.0, "value_original": "0,31 (0,03)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lisc-buraczany-r3", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 596, referencja nr 12", "secondary": false, "sample_note": "liście buraka cukrowego (oryg.: „Sugar beet (tops)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 42.0, "pretreatment": "brak", "pretreated": false, "value": 360.0, "value_original": "0,36 (0,01)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lisc-buraczany-r4", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 598, referencja nr 12", "secondary": false, "sample_note": "liście buraka cukrowego (oryg.: „Sugar beet (tops)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 42.0, "pretreatment": "brak", "pretreated": false, "value": 430.0, "value_original": "0,43 (0,02)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lisc-buraczany-r5", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 597, referencja nr 12", "secondary": false, "sample_note": "liście buraka cukrowego (oryg.: „Sugar beet (tops)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 42.0, "pretreatment": "brak", "pretreated": false, "value": 470.0, "value_original": "0,47 (0,02)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lisc-buraczany-r6", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 651, referencja nr 14", "secondary": false, "sample_note": "liście buraka (resztki) (oryg.: „Sugar beet (tops (residue))”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 139.0, "pretreatment": "brak", "pretreated": false, "value": 340.0, "value_original": "0.34", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lisc-buraczany-r7", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 572, referencja nr 15", "secondary": false, "sample_note": "liście buraka cukrowego (oryg.: „Sugar beet (tops)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 42.0, "pretreatment": "brak", "pretreated": false, "value": 310.0, "value_original": "0.31", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lisc-buraczany-r8", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "cropgen:21", "label": "Zubr (1986)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 568, referencja nr 21", "secondary": false, "sample_note": "liście i główki buraka cukrowego (oryg.: „Sugar beet”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 360.0, "value_original": "0.36", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 66.4, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 568, kolumna „methane content”", "excerpt": "0.664" } }, { "id": "lisc-buraczany-r9", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "cropgen:21", "label": "Zubr (1986)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 569, referencja nr 21", "secondary": false, "sample_note": "liście i główki buraka cukrowego (oryg.: „Sugar beet”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "przygotowanie/przechowanie: Silage: Air tight glass jars , fermented 30-40 days at 20 oC.", "pretreated": false, "value": 381.0, "value_original": "0.381", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 68.9, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 569, kolumna „methane content”", "excerpt": "0.689" } }, { "id": "lisc-buraczany-r10", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1582 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "liście buraka ćwikłowego (oryg.: „garden Beet Leaves”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 231.0, "value_original": "231", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lisc-buraczany-r11", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "kaiser2007", "label": "Kaiser (2007)", "db_ref": "MY-D mdb3057 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka z liści buraczanych (oryg.: „Beets leafs silage”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 216.2, "value_original": "216.15", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lisc-buraczany-r12", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "kaiser2007", "label": "Kaiser (2007)", "db_ref": "MY-D mdb3069 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka z liści buraczanych (oryg.: „Beets leafs silage”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 267.9, "value_original": "267.95", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lisc-buraczany-r13", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "kaiser2007", "label": "Kaiser (2007)", "db_ref": "MY-D mdb3070 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka z liści buraczanych (oryg.: „Beets leafs silage”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 291.6, "value_original": "291.62", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lisc-buraczany-r14", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "kaiser2007", "label": "Kaiser (2007)", "db_ref": "MY-D mdb3059 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka z liści buraczanych (oryg.: „Beets leafs silage”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 296.2, "value_original": "296.2", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lisc-buraczany-r15", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "kaiser2007", "label": "Kaiser (2007)", "db_ref": "MY-D mdb3060 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka z liści buraczanych (oryg.: „Beets leafs silage”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 298.1, "value_original": "298.12", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lisc-buraczany-r16", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "kaiser2007", "label": "Kaiser (2007)", "db_ref": "MY-D mdb3071 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka z liści buraczanych (oryg.: „Beets leafs silage”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 328.1, "value_original": "328.14", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lisc-buraczany-r17", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "kaiser2007", "label": "Kaiser (2007)", "db_ref": "MY-D mdb3058 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka z liści buraczanych (oryg.: „Beets leafs silage”)", "temperature_c": 37.0, "regime": "mezofilowy", 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beet (tops)”)", "pretreatment": "obróbka/dodatek: Enzyme mix (1% v/v two xylanases and two cellulases from Trichoderma reesei) applied in a ratio 0,01% v/w", "pretreated": true, "value": 380.0 }, { "id": "lisc-buraczany-p35", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 605, referencja nr 12", "sample_note": "(oryg.: „Sugar beet (tops)”)", "pretreatment": "obróbka/dodatek: Enzyme mix (1% v/v two xylanases and two cellulases from Trichoderma reesei) applied in a ratio 0,01% v/w", "pretreated": true, "value": 430.0 }, { "id": "lisc-buraczany-p36", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 606, referencja nr 12", "sample_note": "(oryg.: „Sugar beet (tops)”)", "pretreatment": "obróbka/dodatek: Enzyme mix (1% v/v two xylanases and two cellulases from Trichoderma reesei) applied in a ratio 0,01% v/w", "pretreated": true, "value": 360.0 }, { "id": "lisc-buraczany-p37", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 607, referencja nr 12", "sample_note": "(oryg.: „Sugar beet (tops)”)", "pretreatment": "obróbka/dodatek: Lactic Acid Bacteria (60% Lactobacillus rhamsonus and 40% Propionibacterium freudenreichii spp. Shermanii) diluted to 0,7 g/l and applied in ratio 0,5% v/w", "pretreated": true, "value": 270.0 }, { "id": "lisc-buraczany-p38", "substrate_id": "lisc-buraczany", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 608, referencja nr 12", "sample_note": "(oryg.: „Sugar beet (tops)”)", "pretreatment": "obróbka/dodatek: Lactic Acid Bacteria (60% Lactobacillus rhamsonus and 40% Propionibacterium freudenreichii spp. Shermanii) diluted to 0,7 g/l and applied in ratio 0,5% v/w", "pretreated": true, "value": 320.0 }, { "id": "ogorek-liscie-i-lodygi-r1", "substrate_id": "ogorek-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "fv_shin2011", "label": "Shin i in. (2011)", "db_ref": "odczyt z publikacji otwartej (Table 2, column \"Bu\" (Ultimate methane potential, Nm3 kg-1 VSadded)); plik dowodowy dl/fv_shin2011/fulltext.txt", "secondary": false, "sample_note": "łodygi (oryg.: „Cucumber stem”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 278.0, "value_original": "0.278", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ogorek-liscie-i-lodygi-r2", "substrate_id": "ogorek-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "fv_shin2011", "label": "Shin i in. (2011)", "db_ref": "odczyt z publikacji otwartej (Table 2, column \"Bu\" (Ultimate methane potential, Nm3 kg-1 VSadded)); plik dowodowy dl/fv_shin2011/fulltext.txt", "secondary": false, "sample_note": "liście (oryg.: „Cucumber leaf”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 337.0, "value_original": "0.337", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ogorek-liscie-i-lodygi-r3", "substrate_id": "ogorek-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "my_greenhouse2023", "label": "Gioulounta i in. (2023)", "db_ref": "odczyt z publikacji otwartej (tekst, wyniki (średnia z sezonu)); plik dowodowy dl/my_applsci_13_05445/fulltext.txt", "secondary": false, "sample_note": "łodygi ogórka, średnia sezonowa (oryg.: „Cucumber stalks (season average)”)", "pretreatment": "brak", "pretreated": false, "value": 229.6, "value_original": "229.6", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ogorek-liscie-i-lodygi-r4", "substrate_id": "ogorek-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "my_greenhouse2023", "label": "Gioulounta i in. (2023)", "db_ref": "odczyt z publikacji otwartej (tekst, wyniki (średnia z sezonu)); plik dowodowy dl/my_applsci_13_05445/fulltext.txt", "secondary": false, "sample_note": "liście ogórka, średnia sezonowa (oryg.: „Cucumber leaves (season average)”)", "pretreatment": "brak", "pretreated": false, "value": 284.9, "value_original": "284.9", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ogorek-liscie-i-lodygi-r5", "substrate_id": "ogorek-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "my_greenhouse2023", "label": "Gioulounta i in. (2023)", "db_ref": "odczyt z publikacji otwartej (tekst, wyniki (średnia z sezonu)); plik dowodowy dl/my_applsci_13_05445/fulltext.txt", "secondary": false, "sample_note": "pędy boczne ogórka, średnia sezonowa (oryg.: „Cucumber suckers (season average)”)", "pretreatment": "brak", "pretreated": false, "value": 344.9, "value_original": "344.9", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ogorek-liscie-i-lodygi-r6", "substrate_id": "ogorek-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "my_vcr2018", "label": "Li i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Table 2, Methane potential); plik dowodowy dl/my_energies_12_00026/fulltext.txt", "secondary": false, "sample_note": "resztki roślin ogórka (oryg.: „Cucumber crop residues (CUR)”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 117.5, "value_original": "117.5", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.146, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 59.6, "ch4_evidence": { "type": "file", "ref": "research/bmp/dl/my_energies_12_00026/fulltext.txt", "locator": "Results, akapit o Figure 2b", "excerpt": "The weighted average methane contents … were 58.4%, 58.8%, 59.6%, 56.4%, and 57.9% from the SBR, CAR, CUR, EGR, and TOR" } }, { "id": "papryka-liscie-i-lodygi-r1", "substrate_id": "papryka-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.25165/j.ijabe.20191203.4705", "label": "Cai i in. (2019)", "db_ref": "BCBPD rekord 78 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "łodygi (oryg.: „Bell pepper (Capsicum annuum) – Stem”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 162.7, "value_original": "162.71", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "papryka-liscie-i-lodygi-r2", "substrate_id": "papryka-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.25165/j.ijabe.20191203.4705", "label": "Cai i in. (2019)", "db_ref": "BCBPD rekord 77 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "liście (oryg.: „Bell pepper (Capsicum annuum) – Leaf”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 205.4, "value_original": "205.37", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "papryka-liscie-i-lodygi-r3", "substrate_id": "papryka-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "fv_shin2011", "label": "Shin i in. (2011)", "db_ref": "odczyt z publikacji otwartej (Table 2, column \"Bu\" (Ultimate methane potential, Nm3 kg-1 VSadded)); plik dowodowy dl/fv_shin2011/fulltext.txt", "secondary": false, "sample_note": "łodygi (oryg.: „Paprika stem”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 136.0, "value_original": "0.136", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "papryka-liscie-i-lodygi-r4", "substrate_id": "papryka-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "fv_shin2011", "label": "Shin i in. (2011)", "db_ref": "odczyt z publikacji otwartej (Table 2, column \"Bu\" (Ultimate methane potential, Nm3 kg-1 VSadded)); plik dowodowy dl/fv_shin2011/fulltext.txt", "secondary": false, "sample_note": "liście (oryg.: „Paprika leaf”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 274.0, "value_original": "0.274", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "papryka-liscie-i-lodygi-r5", "substrate_id": "papryka-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "my_vcr2018", "label": "Li i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Table 2, Methane potential); plik dowodowy dl/my_energies_12_00026/fulltext.txt", "secondary": false, "sample_note": "resztki roślin papryki (łodygi, liście, pędy) (oryg.: „Capsicum crop residues (CAR)”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 120.6, "value_original": "120.6", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.157, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 58.8, "ch4_evidence": { "type": "file", "ref": "research/bmp/dl/my_energies_12_00026/fulltext.txt", "locator": "Results, akapit o Figure 2b", "excerpt": "The weighted average methane contents … were 58.4%, 58.8%, 59.6%, 56.4%, and 57.9% from the SBR, CAR, CUR, EGR, and TOR" } }, { "id": "pomidor-liscie-i-lodygi-r1", "substrate_id": "pomidor-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "fv_shin2011", "label": "Shin i in. (2011)", "db_ref": "odczyt z publikacji otwartej (Table 2, column \"Bu\" (Ultimate methane potential, Nm3 kg-1 VSadded)); plik dowodowy dl/fv_shin2011/fulltext.txt", "secondary": false, "sample_note": "łodygi (oryg.: „Tomato stem”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 170.0, "value_original": "0.170", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomidor-liscie-i-lodygi-r2", "substrate_id": "pomidor-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "fv_shin2011", "label": "Shin i in. (2011)", "db_ref": "odczyt z publikacji otwartej (Table 2, column \"Bu\" (Ultimate methane potential, Nm3 kg-1 VSadded)); plik dowodowy dl/fv_shin2011/fulltext.txt", "secondary": false, "sample_note": "liście (oryg.: „Tomato leaf”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 268.0, "value_original": "0.268", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomidor-liscie-i-lodygi-r3", "substrate_id": "pomidor-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "my_greenhouse2023", "label": "Gioulounta i in. (2023)", "db_ref": "odczyt z publikacji otwartej (tekst, wyniki (średnia z sezonu)); plik dowodowy dl/my_applsci_13_05445/fulltext.txt", "secondary": false, "sample_note": "łodygi pomidora, średnia sezonowa (oryg.: „Tomato stalks (season average)”)", "pretreatment": "brak", "pretreated": false, "value": 233.1, "value_original": "233.1", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomidor-liscie-i-lodygi-r4", "substrate_id": "pomidor-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "my_greenhouse2023", "label": "Gioulounta i in. (2023)", "db_ref": "odczyt z publikacji otwartej (tekst, wyniki (średnia z sezonu)); plik dowodowy dl/my_applsci_13_05445/fulltext.txt", "secondary": false, "sample_note": "liście pomidora ze szklarni, średnia sezonowa (oryg.: „Tomato leaves (season average)”)", "pretreatment": "brak", "pretreated": false, "value": 242.0, "value_original": "242.0", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomidor-liscie-i-lodygi-r5", "substrate_id": "pomidor-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "my_greenhouse2023", "label": "Gioulounta i in. (2023)", "db_ref": "odczyt z publikacji otwartej (tekst, wyniki (średnia z sezonu)); plik dowodowy dl/my_applsci_13_05445/fulltext.txt", "secondary": false, "sample_note": "pędy boczne pomidora, średnia sezonowa (oryg.: „Tomato suckers (season average)”)", "pretreatment": "brak", "pretreated": false, "value": 298.3, "value_original": "298.3", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pomidor-liscie-i-lodygi-r6", "substrate_id": "pomidor-liscie-i-lodygi", "status": "published", "source_type": "publication", "source_id": "my_vcr2018", "label": "Li i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Table 2, Methane potential); plik dowodowy dl/my_energies_12_00026/fulltext.txt", "secondary": false, "sample_note": "resztki roślin pomidora (oryg.: „Tomato crop residues (TOR)”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 124.4, "value_original": "124.4", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.094, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 57.9, "ch4_evidence": { "type": "file", "ref": "research/bmp/dl/my_energies_12_00026/fulltext.txt", "locator": "Results, akapit o Figure 2b", "excerpt": "The weighted average methane contents … were 58.4%, 58.8%, 59.6%, 56.4%, and 57.9% from the SBR, CAR, CUR, EGR, and TOR" } }, { "id": "resztki-roslin-straczkowych-r1", "substrate_id": "resztki-roslin-straczkowych", "status": "published", "source_type": "publication", "source_id": "agro2_frontenerg2018", "label": "Prajapati i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Results, Table 2 (text)); plik dowodowy dl/agro_frontenerg2018/fulltext.txt", "secondary": false, "sample_note": "łuski fasoli mung (oryg.: „mung bean husk (MBH)”)", "duration_d": 60.0, "pretreatment": "brak", "pretreated": false, "value": 267.0, "value_original": "267", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "resztki-roslin-straczkowych-r2", "substrate_id": "resztki-roslin-straczkowych", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.25165/j.ijabe.20191203.4705", "label": "Cai i in. (2019)", "db_ref": "BCBPD rekord 86 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "liście groszku cukrowego (oryg.: „Snow peas (Pisum sativum var. Saccharatum) – Leaf”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 226.6, "value_original": "226.63", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "resztki-roslin-straczkowych-r3", "substrate_id": "resztki-roslin-straczkowych", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1583 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "strąki grochu bez nasion (oryg.: „garden pea pods (seeds removed)”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 390.0, "value_original": "390", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "resztki-roslin-straczkowych-r4", "substrate_id": "resztki-roslin-straczkowych", "status": "published", "source_type": "publication", "source_id": "lopezdavila2022", "label": "López-Dávila i in. (2022)", "db_ref": "odczyt z publikacji (Table3, This study column)", "secondary": false, "sample_note": "łęty i strąki fasoli (Kuba) (oryg.: „Bean straw and box”)", "pretreatment": "brak", "pretreated": false, "value": 287.0, "value_original": "287", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "resztki-roslin-straczkowych-r5", "substrate_id": "resztki-roslin-straczkowych", "status": "published", "source_type": "publication", "source_id": "my_vcr2018", "label": "Li i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Table 2, Methane potential); plik dowodowy dl/my_energies_12_00026/fulltext.txt", "secondary": false, "sample_note": "resztki fasoli szparagowej (oryg.: „Snap bean crop residues (SBR)”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 146.8, "value_original": "146.8", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.167, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 58.4, "ch4_evidence": { "type": "file", "ref": "research/bmp/dl/my_energies_12_00026/fulltext.txt", "locator": "Results, akapit o Figure 2b", "excerpt": "The weighted average methane contents of the biogas production were 58.4%, 58.8%, 59.6%, 56.4%, and 57.9% from the SBR, CAR, CUR, EGR, and TOR, respectively." } }, { "id": "sloma-trzciny-cukrowej-r1", "substrate_id": "sloma-trzciny-cukrowej", "status": "published", "source_type": "publication", "source_id": "agro2_cane2015", "label": "Janke i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Table 4, column Methane Yield); plik dowodowy dl/agro2_cane2015/fulltext.txt", "secondary": false, "sample_note": "próbka S-2 (oryg.: „sugarcane straw S-2”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 199.0, "value_original": "199", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-trzciny-cukrowej-r2", "substrate_id": "sloma-trzciny-cukrowej", "status": "published", "source_type": "publication", "source_id": "agro2_cane2015", "label": "Janke i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Table 4, column Methane Yield); plik dowodowy dl/agro2_cane2015/fulltext.txt", "secondary": false, "sample_note": "próbka S-1 (oryg.: „sugarcane straw S-1”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 234.0, "value_original": "234", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-trzciny-cukrowej-r3", "substrate_id": "sloma-trzciny-cukrowej", "status": "published", "source_type": "publication", "source_id": "lopezdavila2022", "label": "López-Dávila i in. (2022)", "db_ref": "odczyt z publikacji (Table3, This study column)", "secondary": false, "sample_note": "(oryg.: „Cane straw”)", "pretreatment": "brak", "pretreated": false, "value": 383.0, "value_original": "383", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-jeczmienna-r1", "substrate_id": "sloma-jeczmienna", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1231 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Barley Straw”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 189.0, "value_original": "189", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-jeczmienna-r2", "substrate_id": "sloma-jeczmienna", "status": "published", "source_type": "publication", "source_id": "dinuccio2010", "label": "Dinuccio i in. (2010)", "db_ref": "MY-D mdb2488 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „barley straw”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 229.0, "value_original": "229", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-jeczmienna-r3", "substrate_id": "sloma-jeczmienna", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1280 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Barley Straw”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 240.0, "value_original": "240", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-jeczmienna-r4", "substrate_id": "sloma-jeczmienna", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1281 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Barley Straw”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 286.0, "value_original": "286", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-jeczmienna-r5", "substrate_id": "sloma-jeczmienna", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1282 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Barley Straw”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 339.0, "value_original": "339", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-jeczmienna-r6", "substrate_id": "sloma-jeczmienna", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1283 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Barley Straw”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 370.0, "value_original": "370", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-jeczmienna-r7", "substrate_id": "sloma-jeczmienna", "status": "published", "source_type": "publication", "source_id": "schumacher2014", "label": "Schumacher i in. (2014)", "db_ref": "MY-D mdb1196 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Barley Straw”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 224.0, "value_original": "224", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "sloma-jeczmienna-r8", "substrate_id": "sloma-jeczmienna", "status": "published", "source_type": "publication", "source_id": "schumacher2014", "label": "Schumacher i in. (2014)", "db_ref": "MY-D mdb1195 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „Barley Straw”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 228.0, "value_original": "228", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "sloma-jeczmienna-p1", "substrate_id": "sloma-jeczmienna", "status": "published", "source_type": "publication", "source_id": "schumacher2014", "label": "Schumacher i in. (2014)", "db_ref": "MY-D mdb1197 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Barley Straw”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 247.0 }, { "id": "sloma-jeczmienna-p2", "substrate_id": "sloma-jeczmienna", "status": "published", "source_type": "publication", "source_id": "schumacher2014", "label": "Schumacher i in. (2014)", "db_ref": "MY-D mdb1198 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Barley Straw”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 242.0 }, { "id": "sloma-jeczmienna-p3", "substrate_id": "sloma-jeczmienna", "status": "published", "source_type": "publication", "source_id": "schumacher2014", "label": "Schumacher i in. (2014)", "db_ref": "MY-D mdb1199 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Barley Straw”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 216.0 }, { "id": "sloma-jeczmienna-p4", "substrate_id": "sloma-jeczmienna", "status": "published", "source_type": "publication", "source_id": "schumacher2014", "label": "Schumacher i in. (2014)", "db_ref": "MY-D mdb1200 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Barley Straw”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 237.0 }, { "id": "sloma-jeczmienna-p5", "substrate_id": "sloma-jeczmienna", "status": "published", "source_type": "publication", "source_id": "schumacher2014", "label": "Schumacher i in. (2014)", "db_ref": "MY-D mdb1201 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Barley Straw”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 251.0 }, { "id": "sloma-jeczmienna-p6", "substrate_id": "sloma-jeczmienna", "status": "published", "source_type": "publication", "source_id": "schumacher2014", "label": "Schumacher i in. (2014)", "db_ref": "MY-D mdb1202 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Barley Straw”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 251.0 }, { "id": "sloma-jeczmienna-p7", "substrate_id": "sloma-jeczmienna", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1284 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Barley Straw”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 340.0 }, { "id": "sloma-jeczmienna-p8", "substrate_id": "sloma-jeczmienna", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1285 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Barley Straw”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 338.0 }, { "id": "sloma-kukurydziana-r1", "substrate_id": "sloma-kukurydziana", "status": "published", "source_type": "publication", "source_id": "agro2_cornstover2022", "label": "Fernández-Rodríguez i in. (2022)", "db_ref": "odczyt z publikacji otwartej (Results, p. 5); plik dowodowy dl/agro2_cornstover2022/fulltext.txt", "secondary": false, "sample_note": "bez obróbki (oryg.: „untreated corn stover”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 22.0, "pretreatment": "brak", "pretreated": false, "value": 256.0, "value_original": "256", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-kukurydziana-r2", "substrate_id": "sloma-kukurydziana", "status": "published", "source_type": "publication", "source_id": "cropgen:20", "label": "Tong i in. (1990)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 114, referencja nr 20", "secondary": false, "sample_note": "(oryg.: „Corn (stover)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 70.0, "pretreatment": "przygotowanie/przechowanie: air dried", "pretreated": false, "value": 360.0, "value_original": "0.360 (0.003)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-kukurydziana-r3", "substrate_id": "sloma-kukurydziana", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3336 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "resztki kukurydzy (oryg.: „maize residues”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 279.2, "value_original": "279.2", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-kukurydziana-r4", "substrate_id": "sloma-kukurydziana", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3378 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "liście kukurydzy (oryg.: „maize leaf”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 286.3, "value_original": "286.3", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-kukurydziana-r5", "substrate_id": "sloma-kukurydziana", "status": "published", "source_type": "publication", "source_id": "li2013", "label": "Li i in. (2013)", "db_ref": "MY-D mdb1403 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Corn stover”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 241.0, "value_original": "241", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-kukurydziana-r6", "substrate_id": "sloma-kukurydziana", "status": "published", "source_type": "publication", "source_id": "lopezdavila2022", "label": "López-Dávila i in. (2022)", "db_ref": "odczyt z publikacji (Table3, This study column)", "secondary": false, "sample_note": "(oryg.: „Corn straw”)", "pretreatment": "brak", "pretreated": false, "value": 417.0, "value_original": "417", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-kukurydziana-r7", "substrate_id": "sloma-kukurydziana", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1295 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "łodygi kukurydzy (oryg.: „Maize stalks”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 246.0, "value_original": "246", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-kukurydziana-r8", "substrate_id": "sloma-kukurydziana", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1296 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "łodygi kukurydzy (oryg.: „Maize stalks”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 254.0, "value_original": "254", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-kukurydziana-r9", "substrate_id": "sloma-kukurydziana", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1297 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "łodygi kukurydzy (oryg.: „Maize stalks”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 272.0, "value_original": "272", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-kukurydziana-r10", "substrate_id": "sloma-kukurydziana", "status": "published", "source_type": "publication", "source_id": "my_extrusion2023", "label": "Chevalier i in. (2023)", "db_ref": "odczyt z publikacji otwartej (Table 4, kolumna CM); plik dowodowy dl/my_waste_01_00030/fulltext.txt", "secondary": false, "sample_note": "kontrola mielona (oryg.: „Corn stover (CS), milled control (CM)”)", "pretreatment": "brak", "pretreated": false, "value": 272.0, "value_original": "272", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-kukurydziana-p1", "substrate_id": "sloma-kukurydziana", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1298 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Maize stalks”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 267.0 }, { "id": "sloma-owsiana-r1", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 538, referencja nr 14", "secondary": false, "sample_note": "(oryg.: „Straw of oats”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 150.0, "pretreatment": "brak", "pretreated": false, "value": 320.0, "value_original": "0.32 (0.02)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-owsiana-r2", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 539, referencja nr 15", "secondary": false, "sample_note": "(oryg.: „Straw of Oats”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 42.0, "pretreatment": "brak", "pretreated": false, "value": 230.0, "value_original": "0.23", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-owsiana-p1", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 540, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: Active enzyme 24h", "pretreated": true, "value": 150.0 }, { "id": "sloma-owsiana-p2", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 541, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: Inactive enzyme 24h", "pretreated": true, "value": 190.0 }, { "id": "sloma-owsiana-p3", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 542, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: Incubation at 35oC 24h", "pretreated": true, "value": 150.0 }, { "id": "sloma-owsiana-p4", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 543, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: Composting 7d", "pretreated": true, "value": 70.0 }, { "id": "sloma-owsiana-p5", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 544, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: Composting 14d", "pretreated": true, "value": 200.0 }, { "id": "sloma-owsiana-p6", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 545, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: Active fungi on sterilised substrate 21d", "pretreated": true, "value": 200.0 }, { "id": "sloma-owsiana-p7", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 546, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: Inactive fungi on sterilised substrate 21 d.", "pretreated": true, "value": 210.0 }, { "id": "sloma-owsiana-p8", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 547, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: Active fungi on unsterilised substrate 21 d.", "pretreated": true, "value": 140.0 }, { "id": "sloma-owsiana-p9", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 548, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: Inactive fungi on unsterilised substrate 21 d.", "pretreated": true, "value": 90.0 }, { "id": "sloma-owsiana-p10", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 549, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: Autoclaving 30 min", "pretreated": true, "value": 140.0 }, { "id": "sloma-owsiana-p11", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 550, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: NaOH 2% w/w 24h", "pretreated": true, "value": 190.0 }, { "id": "sloma-owsiana-p12", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 551, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: NaOH 2% 72h", "pretreated": true, "value": 110.0 }, { "id": "sloma-owsiana-p13", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 552, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: NaOH 4% 24h", "pretreated": true, "value": 220.0 }, { "id": "sloma-owsiana-p14", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 553, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: NaOH 4% 72h", "pretreated": true, "value": 170.0 }, { "id": "sloma-owsiana-p15", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 554, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: 1,5% Ca(OH)2 + 2%Na2CO3 24 h.", "pretreated": true, "value": 160.0 }, { "id": "sloma-owsiana-p16", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 555, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: 1,5% Ca(OH)2 + 2%Na2CO3 72 h.", "pretreated": true, "value": 160.0 }, { "id": "sloma-owsiana-p17", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 556, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: 3% Ca(OH)2 + 4%Na2CO3 24 h.", "pretreated": true, "value": 120.0 }, { "id": "sloma-owsiana-p18", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 557, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: 3% Ca(OH)2 + 4%Na2CO3 72 h.", "pretreated": true, "value": 180.0 }, { "id": "sloma-owsiana-p19", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 558, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: 10% PAA 24h", "pretreated": true, "value": 160.0 }, { "id": "sloma-owsiana-p20", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 559, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: 10% PAA 72h", "pretreated": true, "value": 160.0 }, { "id": "sloma-owsiana-p21", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 560, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: 20% PAA 24h", "pretreated": true, "value": 200.0 }, { "id": "sloma-owsiana-p22", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 561, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: 20% PAA 72h", "pretreated": true, "value": 240.0 }, { "id": "sloma-owsiana-p23", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 562, referencja nr 15", "sample_note": "(oryg.: „Straw of Oats”)", "pretreatment": "obróbka/dodatek: incubation in water", "pretreated": true, "value": 210.0 }, { "id": "sloma-owsiana-p24", "substrate_id": "sloma-owsiana", "status": "published", "source_type": "publication", "source_id": 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(2022) · lab. 1 · test 273", "db_ref": "Hafner i in. — repozytorium BMP-kinetics-paper-2022 (MIT), laboratorium 1, test 273 (3 butelki)", "secondary": false, "sample_note": "próbka SD programu międzylaboratoryjnego (SMP w 30. dniu) (oryg.: „Słoma pszenna — próbka SD”)", "regime": "mezofilowy", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 178.1, "value_original": "178.1 (dzień 30)", "unit_original": "NmL CH4 / g VS (SMP netto)", "series": [ { "day": 0, "value": 0.0 }, { "day": 1, "value": 6.3 }, { "day": 2, "value": 12.5 }, { "day": 3, "value": 18.8 }, { "day": 4, "value": 25.0 }, { "day": 5, "value": 47.3 }, { "day": 6, "value": 69.7 }, { "day": 7, "value": 92.0 }, { "day": 8, "value": 100.0 }, { "day": 9, "value": 107.9 }, { "day": 10, "value": 115.9 }, { "day": 11, "value": 123.9 }, { "day": 12, "value": 131.9 }, { "day": 13, "value": 139.8 }, { "day": 14, "value": 147.8 }, { "day": 15, "value": 150.8 }, { "day": 16, "value": 153.7 }, { "day": 17, "value": 156.7 }, { "day": 18, "value": 159.7 }, { "day": 19, "value": 162.7 }, { "day": 20, "value": 165.6 }, { "day": 21, "value": 168.6 }, { "day": 22, "value": 169.7 }, { "day": 23, "value": 170.8 }, { "day": 24, "value": 171.9 }, { "day": 25, "value": 173.0 }, { "day": 26, "value": 174.1 }, { "day": 27, "value": 175.2 }, { "day": 28, "value": 176.3 }, { "day": 29, "value": 177.2 }, { "day": 30, "value": 178.1 } ], "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r2", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "hafner2022", "label": "Hafner i in. (2022) · lab. 16 · test 235", "db_ref": "Hafner i in. — repozytorium BMP-kinetics-paper-2022 (MIT), laboratorium 16, test 235 (4 butelki)", "secondary": false, "sample_note": "próbka SD programu międzylaboratoryjnego (SMP w 30. dniu) (oryg.: „Słoma pszenna — próbka SD”)", "regime": "mezofilowy", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 178.3, "value_original": "178.3 (dzień 30)", "unit_original": "NmL CH4 / g VS (SMP netto)", "series": [ { "day": 0, "value": 0.0 }, { "day": 1, "value": 0.0 }, { "day": 2, "value": 1.7 }, { "day": 3, "value": 5.4 }, { "day": 4, "value": 9.7 }, { "day": 5, "value": 13.3 }, { "day": 6, "value": 16.0 }, { "day": 7, "value": 18.0 }, { "day": 8, "value": 20.7 }, { "day": 9, "value": 24.1 }, { "day": 10, "value": 25.8 }, { "day": 11, "value": 29.3 }, { "day": 12, "value": 34.4 }, { "day": 13, "value": 39.6 }, { "day": 14, "value": 45.2 }, { "day": 15, "value": 54.7 }, { "day": 16, "value": 62.5 }, { "day": 17, "value": 73.1 }, { "day": 18, "value": 81.6 }, { "day": 19, "value": 85.5 }, { "day": 20, "value": 91.0 }, { "day": 21, "value": 96.5 }, { "day": 22, "value": 102.0 }, { "day": 23, "value": 110.9 }, { "day": 24, "value": 118.6 }, { "day": 25, "value": 132.6 }, { "day": 26, "value": 145.8 }, { "day": 27, "value": 156.2 }, { "day": 28, "value": 167.8 }, { "day": 29, "value": 177.0 }, { "day": 30, "value": 178.3 } ], "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r3", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "hafner2022", "label": "Hafner i in. (2022) · lab. 15 · test 268", "db_ref": "Hafner i in. — repozytorium BMP-kinetics-paper-2022 (MIT), laboratorium 15, test 268 (3 butelki)", "secondary": false, "sample_note": "próbka SD programu międzylaboratoryjnego (SMP w 30. dniu) (oryg.: „Słoma pszenna — próbka SD”)", "regime": "mezofilowy", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 198.7, "value_original": "198.7 (dzień 30)", "unit_original": "NmL CH4 / g VS (SMP netto)", "series": [ { "day": 0, "value": 0.0 }, { "day": 1, "value": 28.5 }, { "day": 2, "value": 56.2 }, { "day": 3, "value": 79.0 }, { "day": 4, "value": 96.8 }, { "day": 5, "value": 108.7 }, { "day": 6, "value": 118.3 }, { "day": 7, "value": 127.4 }, { "day": 8, "value": 138.7 }, { "day": 9, "value": 150.1 }, { "day": 10, "value": 158.8 }, { "day": 11, "value": 165.8 }, { "day": 12, "value": 171.8 }, { "day": 13, "value": 177.4 }, { "day": 14, "value": 181.7 }, { "day": 15, "value": 184.6 }, { "day": 16, "value": 187.1 }, { "day": 17, "value": 190.1 }, { "day": 18, "value": 191.9 }, { "day": 19, "value": 193.1 }, { "day": 20, "value": 194.2 }, { "day": 21, "value": 195.1 }, { "day": 22, "value": 195.9 }, { "day": 23, "value": 196.5 }, { "day": 24, "value": 196.9 }, { "day": 25, "value": 197.2 }, { "day": 26, "value": 197.5 }, { "day": 27, "value": 197.8 }, { "day": 28, "value": 198.1 }, { "day": 29, "value": 198.4 }, { "day": 30, "value": 198.7 } ], "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r4", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "hafner2022", "label": "Hafner i in. 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E24", "db_ref": "Hafner i in. 2026 — repozytorium AU-BCE-EE/Hafner-2026-IL-BMP (CC BY 4.0), Laboratorium E24 · test 1 · plik 41", "secondary": false, "sample_note": "próbka słomy pszennej programu 2026 (SMP w 30. dniu) (oryg.: „Wheat straw”)", "regime": "mezofilowy", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 410.2, "value_original": "410.2 (dzień 30)", "unit_original": "NmL CH4 / g VS (SMP netto)", "series": [ { "day": 0, "value": 0.0 }, { "day": 1, "value": 21.6 }, { "day": 2, "value": 55.1 }, { "day": 3, "value": 93.4 }, { "day": 4, "value": 129.6 }, { "day": 5, "value": 157.2 }, { "day": 6, "value": 177.7 }, { "day": 7, "value": 192.5 }, { "day": 8, "value": 204.4 }, { "day": 9, "value": 217.7 }, { "day": 10, "value": 232.1 }, { "day": 11, "value": 247.8 }, { "day": 12, "value": 263.9 }, { "day": 13, "value": 279.9 }, { "day": 14, "value": 296.2 }, { "day": 15, "value": 311.1 }, { "day": 16, "value": 324.5 }, { "day": 17, "value": 337.1 }, { "day": 18, "value": 348.4 }, { "day": 19, "value": 358.6 }, { "day": 20, "value": 367.3 }, { "day": 21, "value": 375.0 }, { "day": 22, "value": 381.4 }, { "day": 23, "value": 386.9 }, { "day": 24, "value": 392.2 }, { "day": 25, "value": 397.3 }, { "day": 26, "value": 400.7 }, { "day": 27, "value": 404.7 }, { "day": 28, "value": 408.1 }, { "day": 29, "value": 410.2 }, { "day": 30, "value": 410.2 } ], "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r68", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "agro2_frontenerg2018", "label": "Prajapati i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Results, Table 2 (text)); plik dowodowy dl/agro_frontenerg2018/fulltext.txt", "secondary": false, "sample_note": "Indie, mono-fermentacja, BMP 60 d, mezofilowo, gaz: 225 (52% CH4) (oryg.: „wheat straw (WS)”)", "duration_d": 60.0, "pretreatment": "brak", "pretreated": false, "value": 225.0, "value_original": "225", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r69", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "agro2_turkey2021", "label": "ÖZBAYRAM i İNCE (2021)", "db_ref": "odczyt z publikacji otwartej (p. 551, section 3); plik dowodowy dl/agro_turkey2021/fulltext.txt", "secondary": false, "sample_note": "Turcja, AMPTS II, I/S=2 (oryg.: „wheat straw”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 164.0, "value_original": "164", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r70", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1229 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "słoma pszenicy ozimej (oryg.: „winter Wheat (Straw)”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 189.0, "value_original": "189", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r71", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1016/j.jenvman.2019.01.046", "label": "Shen i in. (2019)", "db_ref": "BCBPD rekord 70 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "próba kontrolna bez obróbki (oryg.: „Wheat straw (Triticum aestivum) – None”)", "duration_d": 45, "pretreatment": "brak", "pretreated": false, "value": 204.5, "value_original": "204.5", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r72", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 683, referencja nr 19", "secondary": false, "sample_note": "słoma pszenna, różne frakcje rozdrobnienia (oryg.: „Wheat”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 162.0, "value_original": "0.162", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r73", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 682, referencja nr 19", "secondary": false, "sample_note": "słoma pszenna, różne frakcje rozdrobnienia (oryg.: „Wheat”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 227.0, "value_original": "0.227", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r74", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 681, referencja nr 19", "secondary": false, "sample_note": "słoma pszenna, różne frakcje rozdrobnienia (oryg.: „Wheat”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 241.0, "value_original": "0.241", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r75", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 680, referencja nr 19", "secondary": false, "sample_note": "słoma pszenna, różne frakcje rozdrobnienia (oryg.: „Wheat”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 248.0, "value_original": "0.248", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r76", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 679, referencja nr 19", "secondary": false, "sample_note": "słoma pszenna, różne frakcje rozdrobnienia (oryg.: „Wheat”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 249.0, "value_original": "0.249", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r77", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "cropgen:20", "label": "Tong i in. (1990)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 686, referencja nr 20", "secondary": false, "sample_note": "(oryg.: „Wheat straw 1”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 60.0, "pretreatment": "przygotowanie/przechowanie: air dried", "pretreated": false, "value": 302.0, "value_original": "0.302 (0.008)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.086, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r78", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "cropgen:20", "label": "Tong i in. (1990)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 687, referencja nr 20", "secondary": false, "sample_note": "(oryg.: „Wheat straw 2”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 69.0, "pretreatment": "przygotowanie/przechowanie: air dried", "pretreated": false, "value": 333.0, "value_original": "0.333 (0.006)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.088, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r79", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "dub_strawoak2020", "label": "Klavins i in. (2020)", "db_ref": "odczyt z publikacji otwartej (streszczenie); plik dowodowy dl/dub_2020_Papers_TF529/fulltext.txt", "secondary": false, "sample_note": "słoma pszenna rozdrobniona (oryg.: „Wheat straw (shredded, milled)”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 40.0, "pretreatment": "brak", "pretreated": false, "value": 246.0, "value_original": "0.246", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r80", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "ferreira2014", "label": "Ferreira i in. (2014)", "db_ref": "MY-D mdb2638 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „wheat straw”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 232.0, "value_original": "232", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r81", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "ferreira2014", "label": "Ferreira i in. (2014)", "db_ref": "MY-D mdb2636 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „wheat straw”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 239.0, "value_original": "239", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r82", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "ferreira2014", "label": "Ferreira i in. (2014)", "db_ref": "MY-D mdb2637 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „wheat straw”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 245.0, "value_original": "245", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r83", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2603 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „wheat straw”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 201.0, "value_original": "201", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r84", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "li2013", "label": "Li i in. (2013)", "db_ref": "MY-D mdb1404 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Wheat Straw”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 245.0, "value_original": "245", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r85", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1286 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Wheat Straw”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 182.0, "value_original": "182", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r86", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1287 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Wheat Straw”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 285.0, "value_original": "285", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r87", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1288 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Wheat Straw”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 334.0, "value_original": "334", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r88", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "my_extrusion2023", "label": "Chevalier i in. (2023)", "db_ref": "odczyt z publikacji otwartej (Table 4, kolumna CM); plik dowodowy dl/my_waste_01_00030/fulltext.txt", "secondary": false, "sample_note": "kontrola mielona (oryg.: „Wheat straw (WS), milled control (CM)”)", "pretreatment": "brak", "pretreated": false, "value": 249.0, "value_original": "249", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r89", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "my_horsebedding2023", "label": "Naji i in. (2023)", "db_ref": "odczyt z publikacji otwartej (tekst, wyniki); plik dowodowy dl/my_fermentation_09_00580/fulltext.txt", "secondary": false, "sample_note": "słoma pszenna (ściółka) (oryg.: „Wheat straw (WS)”)", "pretreatment": "brak", "pretreated": false, "value": 176.1, "value_original": "176.1", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r90", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "my_rumenstraw2023", "label": "Meneses Quelal i Pilamunga Hurtado (2023)", "db_ref": "odczyt z publikacji otwartej (Table 2, EMY); plik dowodowy dl/my_fermentation_09_00726/fulltext.txt", "secondary": false, "sample_note": "słoma pszenna, I:S 1:1 (oryg.: „Wheat straw (RR:WS 0:4), I:S 1:1”)", "pretreatment": "brak", "pretreated": false, "value": 264.6, "value_original": "264.6", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r91", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "my_rumenstraw2023", "label": "Meneses Quelal i Pilamunga Hurtado (2023)", "db_ref": "odczyt z publikacji otwartej (Table 2, EMY); plik dowodowy dl/my_fermentation_09_00726/fulltext.txt", "secondary": false, "sample_note": "słoma pszenna, I:S 2:1 (oryg.: „Wheat straw (RR:WS 0:4), I:S 2:1”)", "pretreatment": "brak", "pretreated": false, "value": 274.9, "value_original": "274.9", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-r92", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "sambusiti2013", "label": "Sambusiti i in. (2013)", "db_ref": "MY-D mdb1513 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Wheat Straw”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 204.0, "value_original": "204", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-pszenna-p1", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1289 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Wheat Straw”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 295.0 }, { "id": "sloma-pszenna-p2", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1290 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Wheat Straw”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 299.0 }, { "id": "sloma-pszenna-p3", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "sambusiti2013", "label": "Sambusiti i in. (2013)", "db_ref": "MY-D mdb1514 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Wheat Straw”)", "pretreatment": "obróbka wstępna: chemical-unspecified", "pretreated": true, "value": 291.0 }, { "id": "sloma-pszenna-p4", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "sambusiti2013", "label": "Sambusiti i in. (2013)", "db_ref": "MY-D mdb1515 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Wheat Straw”)", "pretreatment": "obróbka wstępna: chemical-unspecified", "pretreated": true, "value": 302.0 }, { "id": "sloma-pszenna-p5", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1516 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Wheat Straw”)", "pretreatment": "obróbka wstępna: chemical-unspecified", "pretreated": true, "value": 341.0 }, { "id": "sloma-pszenna-p6", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "ferreira2014", "label": "Ferreira i in. (2014)", "db_ref": "MY-D mdb2641 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „wheat straw”)", "pretreatment": "obróbka wstępna: physical-unspecified", "pretreated": true, "value": 291.0 }, { "id": "sloma-pszenna-p7", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "ferreira2014", "label": "Ferreira i in. (2014)", "db_ref": "MY-D mdb2642 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „wheat straw”)", "pretreatment": "obróbka wstępna: physical-unspecified", "pretreated": true, "value": 304.0 }, { "id": "sloma-pszenna-p8", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "ferreira2014", "label": "Ferreira i in. (2014)", "db_ref": "MY-D mdb2643 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „wheat straw”)", "pretreatment": "obróbka wstępna: physical-unspecified", "pretreated": true, "value": 301.0 }, { "id": "sloma-pszenna-p9", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "ferreira2014", "label": "Ferreira i in. (2014)", "db_ref": "MY-D mdb2644 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „wheat straw”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 316.0 }, { "id": "sloma-pszenna-p10", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "ferreira2014", "label": "Ferreira i in. (2014)", "db_ref": "MY-D mdb2645 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „wheat straw”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 315.0 }, { "id": "sloma-pszenna-p11", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "ferreira2014", "label": "Ferreira i in. (2014)", "db_ref": "MY-D mdb2646 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „wheat straw”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 293.0 }, { "id": "sloma-pszenna-p12", "substrate_id": "sloma-pszenna", "status": "published", "source_type": "publication", "source_id": "ferreira2014", "label": "Ferreira i in. (2014)", "db_ref": "MY-D mdb2647 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „wheat straw”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 323.0 }, { "id": "sloma-ryzowa-r1", "substrate_id": "sloma-ryzowa", "status": "published", "source_type": "publication", "source_id": "agro2_ricestraw2025", "label": "Saha i in. (2025)", "db_ref": "odczyt z publikacji otwartej (Table, row 0:100 (CD:RS)); plik dowodowy dl/agro2_ricestraw2025/fulltext.txt", "secondary": false, "sample_note": "Bangladesz, mono-fermentacja słomy ryżowej, biogas 319.8 mL/gVS (oryg.: „rice straw (RS), 100%”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 92.0, "pretreatment": "brak", "pretreated": false, "value": 167.0, "value_original": "167.0", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-ryzowa-r2", "substrate_id": "sloma-ryzowa", "status": "published", "source_type": "publication", "source_id": "chanakya2012", "label": "Chanakya i Malayil (2012)", "db_ref": "MY-D mdb2520 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": true, "sample_note": "(oryg.: „rice straw”) — wartość przytoczona w przeglądzie literatury", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 300.0, "value_original": "300", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane wtórne (przegląd)" }, { "id": "sloma-ryzowa-r3", "substrate_id": "sloma-ryzowa", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 466, referencja nr 19", "secondary": false, "sample_note": "słoma ryżowa, różne frakcje rozdrobnienia (oryg.: „Rice”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 241.0, "value_original": "0.241", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-ryzowa-r4", "substrate_id": "sloma-ryzowa", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 465, referencja nr 19", "secondary": false, "sample_note": "słoma ryżowa, różne frakcje rozdrobnienia (oryg.: „Rice”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 347.0, "value_original": "0.347", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-ryzowa-r5", "substrate_id": "sloma-ryzowa", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 464, referencja nr 19", "secondary": false, "sample_note": "słoma ryżowa, różne frakcje rozdrobnienia (oryg.: „Rice”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 358.0, "value_original": "0.358", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-ryzowa-r6", "substrate_id": "sloma-ryzowa", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 462, referencja nr 19", "secondary": false, "sample_note": "słoma ryżowa, różne frakcje rozdrobnienia (oryg.: „Rice”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 365.0, "value_original": "0.365", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-ryzowa-r7", "substrate_id": "sloma-ryzowa", "status": "published", "source_type": "publication", "source_id": "cropgen:19", "label": "Sharma i in. (1988)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 463, referencja nr 19", "secondary": false, "sample_note": "słoma ryżowa, różne frakcje rozdrobnienia (oryg.: „Rice”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Material were first dried in the sun and then in an oven at 90oC", "pretreated": false, "value": 367.0, "value_original": "0.367", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-ryzowa-r8", "substrate_id": "sloma-ryzowa", "status": "published", "source_type": "publication", "source_id": "dinuccio2010", "label": "Dinuccio i in. (2010)", "db_ref": "MY-D mdb2490 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Rice straw”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 195.0, "value_original": "195", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-ryzowa-r9", "substrate_id": "sloma-ryzowa", "status": "published", "source_type": "publication", "source_id": "li2013", "label": "Li i in. (2013)", "db_ref": "MY-D mdb1405 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Rice Straw”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 281.0, "value_original": "281", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-ryzowa-r10", "substrate_id": "sloma-ryzowa", "status": "published", "source_type": "publication", "source_id": "lopezdavila2022", "label": "López-Dávila i in. (2022)", "db_ref": "odczyt z publikacji (Table3, This study column)", "secondary": false, "sample_note": "(oryg.: „Rice straw”)", "pretreatment": "brak", "pretreated": false, "value": 358.0, "value_original": "358", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-ryzowa-r11", "substrate_id": "sloma-ryzowa", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1291 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Rice Straw”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 197.0, "value_original": "197", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-ryzowa-r12", "substrate_id": "sloma-ryzowa", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1292 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Rice Straw”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 203.0, "value_original": "203", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-ryzowa-p1", "substrate_id": "sloma-ryzowa", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1293 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Rice Straw”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 207.0 }, { "id": "sloma-ryzowa-p2", "substrate_id": "sloma-ryzowa", "status": "published", "source_type": "publication", "source_id": "menardo2012", "label": "Menardo i in. (2012)", "db_ref": "MY-D mdb1294 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Rice Straw”)", "pretreatment": "obróbka wstępna: unspecified", "pretreated": true, "value": 261.0 }, { "id": "sloma-rzepakowa-r1", "substrate_id": "sloma-rzepakowa", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 564, referencja nr 14", "secondary": false, "sample_note": "(oryg.: „Straw of rapeseeds”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 154.0, "pretreatment": "brak", "pretreated": false, "value": 240.0, "value_original": "0.24 (0.02)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-rzepakowa-r2", "substrate_id": "sloma-rzepakowa", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. 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(2023)", "db_ref": "MY-D mdb3361 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „straw”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 274.1, "value_original": "274.1", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r7", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3360 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "resztki słomiaste (oryg.: „straw plant residues”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 277.6, "value_original": "277.6", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r8", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3379 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "resztki słomiaste (oryg.: „straw plant residues”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 280.5, "value_original": "280.5", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r9", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3383 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odpady słomy (oryg.: „straw waste”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 283.8, "value_original": "283.8", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r10", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3374 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „straw”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 290.6, "value_original": "290.6", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r11", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3371 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "resztki słomiaste (oryg.: „straw plant residues”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 292.7, "value_original": "292.7", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r12", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3376 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odpady słomy (oryg.: „straw waste”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 293.7, "value_original": "293.7", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r13", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3372 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "resztki słomiaste (oryg.: „straw plant residues”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 298.9, "value_original": "298.9", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r14", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3373 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „straw”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 302.1, "value_original": "302.1", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r15", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3375 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „straw”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 305.5, "value_original": "305.5", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r16", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3382 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „straw”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 309.7, "value_original": "309.7", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r17", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3367 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odpady słomy (oryg.: „straw waste”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 329.8, "value_original": "329.8", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r18", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "monchtegeder2013", "label": "Mönch-Tegeder i in. (2013)", "db_ref": "MY-D mdb1421 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "słoma na ściółkę dla koni (oryg.: „Straw - horse bedding material”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 183.2, "value_original": "183.183", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r19", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "monchtegeder2013", "label": "Mönch-Tegeder i in. (2013)", "db_ref": "MY-D mdb1422 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "słoma na ściółkę dla koni (oryg.: „Straw - horse bedding material”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 200.2, "value_original": "200.2", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r20", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "monchtegeder2013", "label": "Mönch-Tegeder i in. (2013)", "db_ref": "MY-D mdb1420 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "słoma na ściółkę dla koni (oryg.: „Straw - horse bedding material”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 203.2, "value_original": "203.203", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r21", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "monchtegeder2013", "label": "Mönch-Tegeder i in. (2013)", "db_ref": "MY-D mdb1418 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "słoma na ściółkę dla koni (oryg.: „Straw - horse bedding material”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 214.2, "value_original": "214.214", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r22", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "monchtegeder2013", "label": "Mönch-Tegeder i in. (2013)", "db_ref": "MY-D mdb1419 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "słoma na ściółkę dla koni (oryg.: „Straw - horse bedding material”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 237.2, "value_original": "237.237", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r23", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "monchtegeder2013", "label": "Mönch-Tegeder i in. (2013)", "db_ref": "MY-D mdb1423 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "pellet ze słomy (ściółka) (oryg.: „Straw-pellets as horse bedding material”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 247.2, "value_original": "247.247", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r24", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "my_strawpellets2024", "label": "Gievers i in. (2024)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/my_processes_12_01549/fulltext.txt", "secondary": false, "sample_note": "słoma (6 próbek pszennej, 1 jęczmienna), średnia (oryg.: „Straw (average of 7 samples: 6 wheat, 1 barley)”)", "pretreatment": "brak", "pretreated": false, "value": 274.0, "value_original": "274", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sloma-zbozowa-r25", "substrate_id": "sloma-zbozowa", "status": "published", "source_type": "publication", "source_id": "my_strawpellets2024", "label": "Gievers i in. (2024)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/my_processes_12_01549/fulltext.txt", "secondary": false, "sample_note": "pellet ze słomy, średnia (oryg.: „Straw pellets (average)”)", "pretreatment": "brak", "pretreated": false, "value": 286.0, "value_original": "286", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "resztki-slonecznika-r1", "substrate_id": "resztki-slonecznika", "status": "published", "source_type": "publication", "source_id": "agro2_sunflowerhead2019", "label": "Zhurka i in. (2019)", "db_ref": "odczyt z publikacji otwartej (Table 4, column Raw); plik dowodowy dl/agro2_sunflowerhead2019/fulltext.txt", "secondary": false, "sample_note": "łodygi (oryg.: „raw sunflower stalks”)", "pretreatment": "brak", "pretreated": false, "value": 128.0, "value_original": "127.98", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "resztki-slonecznika-r2", "substrate_id": "resztki-slonecznika", "status": "published", "source_type": "publication", "source_id": "agro2_sunflowerhead2019", "label": "Zhurka i in. (2019)", "db_ref": "odczyt z publikacji otwartej (Table 4, column Raw); plik dowodowy dl/agro2_sunflowerhead2019/fulltext.txt", "secondary": false, "sample_note": "koszyczki (oryg.: „raw sunflower heads”)", "pretreatment": "brak", "pretreated": false, "value": 210.6, "value_original": "210.56", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tyton-r1", "substrate_id": "tyton", "status": "published", "source_type": "publication", "source_id": "p2a_li2019tobacco", "label": "Li i in. (2019)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/p2a_abs_30864037/fulltext.txt", "secondary": false, "sample_note": "łodygi tytoniu, odmiana Yunyan114 (najwyższy wynik z 4 odmian badanych w pracy), Chiny (oryg.: „Nicotiana tabacum L. Yunyan114 (tobacco stalk)”)", "pretreatment": "brak", "pretreated": false, "value": 130.2, "value_original": "130.2", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tyton-r2", "substrate_id": "tyton", "status": "published", "source_type": "publication", "source_id": "pak2_zhang2020tobacco", "label": "Zhang i in. (2020)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/p2x_abs_31865253/fulltext.txt", "secondary": false, "sample_note": "łodygi tytoniu TS116 bez obróbki, wariant o najwyższym wyniku w serii obciążenie × F/I (praca tego samego zespołu co Li i in. 2019, inny eksperyment), Chiny (oryg.: „Tobacco stalk TS116 (untreated, OL 20.2 g VS/L, F/I 1.1)”)", "pretreatment": "brak", "pretreated": false, "value": 148.1, "value_original": "148.1", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lodygi-bawelny-r1", "substrate_id": "lodygi-bawelny", "status": "published", "source_type": "publication", "source_id": "agro2_turkey2021", "label": "ÖZBAYRAM i İNCE (2021)", "db_ref": "odczyt z publikacji otwartej (p. 551, section 3); plik dowodowy dl/agro_turkey2021/fulltext.txt", "secondary": false, "sample_note": "Turcja, AMPTS II, I/S=2 (oryg.: „cotton stalk”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 71.0, "value_original": "71", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lodygi-bawelny-r2", "substrate_id": "lodygi-bawelny", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1007/s11356-017-0682-y", "label": "Zhang i in. (2018)", "db_ref": "BCBPD rekord 71 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "(oryg.: „Cotton stalk (Gossypium herbaceum) – None”)", "duration_d": 46, "pretreatment": "brak", "pretreated": false, "value": 94.1, "value_original": "94.08", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lety-ziemniaczane-r1", "substrate_id": "lety-ziemniaczane", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.25165/j.ijabe.20191203.4705", "label": "Cai i in. (2019)", "db_ref": "BCBPD rekord 76 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "łodygi (oryg.: „Potato (Solanum tuberosum) – Stem”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 177.3, "value_original": "177.28", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lety-ziemniaczane-r2", "substrate_id": "lety-ziemniaczane", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.25165/j.ijabe.20191203.4705", "label": "Cai i in. (2019)", "db_ref": "BCBPD rekord 75 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "liście (oryg.: „Potato (Solanum tuberosum) – Leaf”)", "duration_d": 30, "pretreatment": "brak", "pretreated": false, "value": 256.1, "value_original": "256.06", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.136, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "flotat-r1", "substrate_id": "flotat", "status": "published", "source_type": "publication", "source_id": "browne2013", "label": "Browne i in. (2013)", "db_ref": "MY-D mdb2652 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "flotat z przetwórstwa sera (oryg.: „dissolved air flotation waste from cheese processing”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 787.0, "value_original": "787", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "flotat-r2", "substrate_id": "flotat", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2626 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zgarniane z flotacji (oryg.: „skimmings of aeroflotation”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 409.0, "value_original": "409", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "flotat-r3", "substrate_id": "flotat", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2627 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zgarniane z flotacji (oryg.: „skimmings of aeroflotation”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 417.0, "value_original": "417", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "krew-r1", "substrate_id": "krew", "status": "published", "source_type": "publication", "source_id": "abs_salminen2003", "label": "Salminen i in. (2003)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/epabs_14599141/fulltext.txt", "secondary": false, "sample_note": "krew drobiowa (oryg.: „Poultry blood”)", "pretreatment": "brak", "pretreated": false, "value": 500.0, "value_original": "0.5", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "krew-r2", "substrate_id": "krew", "status": "published", "source_type": "publication", "source_id": "agro_slaught2014", "label": "Yoon i in. (2014)", "db_ref": "odczyt z publikacji otwartej (Table 5, S/I 1.0); plik dowodowy dl/agro_slaught2014/fulltext.txt", "secondary": false, "sample_note": "krew świńska (oryg.: „Blood (piggery slaughterhouse)”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 491.0, "value_original": "0.491", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mieso-i-odpady-miesne-r1", "substrate_id": "mieso-i-odpady-miesne", "status": "published", "source_type": "publication", "source_id": "alkanok2014", "label": "Alkanok i in. (2014)", "db_ref": "MY-D mdb3199 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odpady mięsne z supermarketu (oryg.: „meat waste”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 250.0, "value_original": "250", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mieso-i-odpady-miesne-r2", "substrate_id": "mieso-i-odpady-miesne", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2611 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "mielona wołowina (oryg.: „beef”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 340.0, "value_original": "340", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-poubojowe-r1", "substrate_id": "odpady-poubojowe", "status": "published", "source_type": "publication", "source_id": "agro2_poultrysolid2025", "label": "Fatima i Kommalapati (2025)", "db_ref": "odczyt z publikacji otwartej (section 3.3, text); plik dowodowy dl/agro2_poultrysolid2025/fulltext.txt", "secondary": false, "sample_note": "stałe odpady z uboju drobiu (najlepszy wariant serii, S/I 0,5) (oryg.: „organic solid poultry waste (slaughterhouse), SS-AD, S/I 0.5”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 15.0, "pretreatment": "brak", "pretreated": false, "value": 689.0, "value_original": "689", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-poubojowe-r2", "substrate_id": "odpady-poubojowe", "status": "published", "source_type": "publication", "source_id": "agro_slaught2014", "label": "Yoon i in. (2014)", "db_ref": "odczyt z publikacji otwartej (Table 5, S/I 1.0); plik dowodowy dl/agro_slaught2014/fulltext.txt", "secondary": false, "sample_note": "pozostałości jelit (ubojnia trzody) (oryg.: „Intestine residue (piggery slaughterhouse)”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 511.0, "value_original": "0.511", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-poubojowe-r3", "substrate_id": "odpady-poubojowe", "status": "published", "source_type": "publication", "source_id": "agro_upc2016", "label": "Rodríguez-Abalde i in. (2017)", "db_ref": "odczyt z publikacji otwartej (section 3.1 (text)); plik dowodowy dl/agro_upc2016/fulltext.txt", "secondary": false, "sample_note": "pasteryzowane uboczne produkty zwierzęce (oryg.: „PP-ABP (pasteurized slaughterhouse waste, animal by-products)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 30.0, "pretreatment": "brak", "pretreated": false, "value": 900.0, "value_original": "0.9", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-poubojowe-r4", "substrate_id": "odpady-poubojowe", "status": "published", "source_type": "publication", "source_id": "cu2015", "label": "Cu i in. (2014)", "db_ref": "MY-D mdb2689 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "trzoda chlewna (oryg.: „pig slaughter waste”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 217.4, "value_original": "217.45", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-poubojowe-r5", "substrate_id": "odpady-poubojowe", "status": "published", "source_type": "publication", "source_id": "cu2015", "label": "Cu i in. (2014)", "db_ref": "MY-D mdb2688 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "bydło (oryg.: „cattle slaughter waste”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 326.6, "value_original": "326.6", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-poubojowe-r6", "substrate_id": "odpady-poubojowe", "status": "published", "source_type": "publication", "source_id": "my_swineslaughter2021", "label": "Renggaman i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 4, SMY S/I 1); plik dowodowy dl/my_energies_14_07103/fulltext.txt", "secondary": false, "sample_note": "odpady z uboju trzody, S/I 1 (oryg.: „Swine slaughter waste (SSW), S/I 1”)", "pretreatment": "brak", "pretreated": false, "value": 611.5, "value_original": "611.5", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-poubojowe-r7", "substrate_id": "odpady-poubojowe", "status": "published", "source_type": "publication", "source_id": "my_swineslaughter2021", "label": "Renggaman i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 4, SMY S/I 0,5); plik dowodowy dl/my_energies_14_07103/fulltext.txt", "secondary": false, "sample_note": "odpady z uboju trzody, S/I 0,5 (oryg.: „Swine slaughter waste (SSW), S/I 0.5”)", "pretreatment": "brak", "pretreated": false, "value": 711.2, "value_original": "711.2", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-rybne-r1", "substrate_id": "odpady-rybne", "status": "published", "source_type": "publication", "source_id": "agro2_fishsludge2025", "label": "Noh i in. (2026)", "db_ref": "odczyt z publikacji otwartej (section Methane yield); plik dowodowy dl/agro2_fishsludge2025/fulltext.txt", "secondary": false, "sample_note": "Korea Płd., odpady rybne, BMP z inokulum 1:1 VS, tekst z wersji preprint (Research Square) artykułu (oryg.: „fish waste (FW), mono-digestion (R6)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 53.0, "pretreatment": "brak", "pretreated": false, "value": 398.0, "value_original": "398", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-rybne-r2", "substrate_id": "odpady-rybne", "status": "published", "source_type": "publication", "source_id": "cu2015", "label": "Cu i in. (2014)", "db_ref": "MY-D mdb2690 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „fish slaughter waste”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 142.2, "value_original": "142.23", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "odpady-rybne-r3", "substrate_id": "odpady-rybne", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2612 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "czarniak (ryba) (oryg.: „coalfish”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 416.0, "value_original": "416", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "olej-roslinny-r1", "substrate_id": "olej-roslinny", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 668, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Vegetable oil”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 940.0, "value_original": "0.94", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "olej-roslinny-r2", "substrate_id": "olej-roslinny", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2619 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "olej rzepakowy (oryg.: „oil”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 540.0, "value_original": "540", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "olej-roslinny-r3", "substrate_id": "olej-roslinny", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2620 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "olej słonecznikowy (oryg.: „oil”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 611.0, "value_original": "611", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "olej-roslinny-r4", "substrate_id": "olej-roslinny", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2629 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "olej słonecznikowy jadalny (oryg.: „sunflower oil”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 691.0, "value_original": "691", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "piora-r1", "substrate_id": "piora", "status": "published", "source_type": "publication", "source_id": "abs_patinvoh2016", "label": "Patinvoh i in. (2016)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/epabs_27350050/fulltext.txt", "secondary": false, "sample_note": "pióra kurze bez obróbki, osad beztlenowy jako inokulum (oryg.: „Untreated chicken feathers, anaerobic sludge inoculum”)", "pretreatment": "brak", "pretreated": false, "value": 105.0, "value_original": "105", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "piora-r2", "substrate_id": "piora", "status": "published", "source_type": "publication", "source_id": "abs_patinvoh2016", "label": "Patinvoh i in. (2016)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/epabs_27350050/fulltext.txt", "secondary": false, "sample_note": "pióra kurze bez obróbki, inokulum granulowane (oryg.: „Untreated chicken feathers, granular sludge inoculum”)", "pretreatment": "brak", "pretreated": false, "value": 199.0, "value_original": "199", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "piora-r3", "substrate_id": "piora", "status": "published", "source_type": "publication", "source_id": "abs_salminen2003", "label": "Salminen i in. (2003)", "db_ref": "odczyt ze streszczenia publikacji (Europe PMC; streszczenie); plik dowodowy dl/epabs_14599141/fulltext.txt", "secondary": false, "sample_note": "pióra drobiowe bez obróbki (obróbki wstępne raportowane osobno) (oryg.: „Poultry feather (untreated)”)", "pretreatment": "brak", "pretreated": false, "value": 210.0, "value_original": "0.21", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tresc-przewodu-pokarmowego-r1", "substrate_id": "tresc-przewodu-pokarmowego", "status": "published", "source_type": "publication", "source_id": "agro_slaught2014", "label": "Yoon i in. (2014)", "db_ref": "odczyt z publikacji otwartej (Table 5, S/I 1.0); plik dowodowy dl/agro_slaught2014/fulltext.txt", "secondary": false, "sample_note": "treść przewodu pokarmowego (ubojnia trzody) (oryg.: „Digestive tract content (piggery slaughterhouse)”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 361.0, "value_original": "0.361", "unit_original": "m3 CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tresc-przewodu-pokarmowego-r2", "substrate_id": "tresc-przewodu-pokarmowego", "status": "published", "source_type": "publication", "source_id": "browne2013", "label": "Browne i in. (2013)", "db_ref": "MY-D mdb2648 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "treść żwacza (rzeźnia) (oryg.: „paunch grass (abattoir waste)”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 238.0, "value_original": "238", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tresc-przewodu-pokarmowego-r3", "substrate_id": "tresc-przewodu-pokarmowego", "status": "published", "source_type": "publication", "source_id": "my_rumenstraw2023", "label": "Meneses Quelal i Pilamunga Hurtado (2023)", "db_ref": "odczyt z publikacji otwartej (Table 2, EMY); plik dowodowy dl/my_fermentation_09_00726/fulltext.txt", "secondary": false, "sample_note": "treść żwacza, I:S 1:2 (oryg.: „Rumen residue (RR:WS 4:0), I:S 1:2”)", "pretreatment": "brak", "pretreated": false, "value": 232.3, "value_original": "232.3", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tresc-przewodu-pokarmowego-r4", "substrate_id": "tresc-przewodu-pokarmowego", "status": "published", "source_type": "publication", "source_id": "my_rumenstraw2023", "label": "Meneses Quelal i Pilamunga Hurtado (2023)", "db_ref": "odczyt z publikacji otwartej (Table 2, EMY); plik dowodowy dl/my_fermentation_09_00726/fulltext.txt", "secondary": false, "sample_note": "treść żwacza, I:S 1:1 (oryg.: „Rumen residue (RR:WS 4:0), I:S 1:1”)", "pretreatment": "brak", "pretreated": false, "value": 239.3, "value_original": "239.3", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tresc-przewodu-pokarmowego-r5", "substrate_id": "tresc-przewodu-pokarmowego", "status": "published", "source_type": "publication", "source_id": "my_rumenstraw2023", "label": "Meneses Quelal i Pilamunga Hurtado (2023)", "db_ref": "odczyt z publikacji otwartej (Table 2, EMY); plik dowodowy dl/my_fermentation_09_00726/fulltext.txt", "secondary": false, "sample_note": "treść żwacza, I:S 2:1 (oryg.: „Rumen residue (RR:WS 4:0), I:S 2:1”)", "pretreatment": "brak", "pretreated": false, "value": 250.8, "value_original": "250.8", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tluszcze-z-separatorow-r1", "substrate_id": "tluszcze-z-separatorow", "status": "published", "source_type": "publication", "source_id": "agro_cantabria2014", "label": "Rico i in. (2014)", "db_ref": "odczyt z publikacji otwartej (section 3.2 (text)); plik dowodowy dl/agro_cantabria2014/fulltext.txt", "secondary": false, "sample_note": "osad z separatora tłuszczu mleczarni (oryg.: „sludge from the fat separator of a dairy factory (SL2)”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 350.0, "value_original": "350", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tluszcze-z-separatorow-r2", "substrate_id": "tluszcze-z-separatorow", "status": "published", "source_type": "publication", "source_id": "agro_cantabria2014", "label": "Rico i in. (2014)", "db_ref": "odczyt z publikacji otwartej (section 3.2 (text)); plik dowodowy dl/agro_cantabria2014/fulltext.txt", "secondary": false, "sample_note": "osad z separatora tłuszczu mleczarni (oryg.: „sludge from the fat separator of a dairy factory (SL1)”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 388.0, "value_original": "388", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tluszcze-z-separatorow-r3", "substrate_id": "tluszcze-z-separatorow", "status": "published", "source_type": "publication", "source_id": "holliger2017", "label": "Holliger i in. (2017)", "db_ref": "odczyt z publikacji (Table2)", "secondary": false, "sample_note": "osad z odtłuszczacza (oryg.: „Oil-fat remover sludge”)", "pretreatment": "brak", "pretreated": false, "value": 688.0, "value_original": "688", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tluszcze-z-separatorow-r4", "substrate_id": "tluszcze-z-separatorow", "status": "published", "source_type": "publication", "source_id": "labatut2011", "label": "Labatut i in. (2011)", "db_ref": "MY-D mdb2508 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „FOG”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 402.3, "value_original": "402.3", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tluszcze-z-separatorow-r5", "substrate_id": "tluszcze-z-separatorow", "status": "published", "source_type": "publication", "source_id": "labatut2011", "label": "Labatut i in. (2011)", "db_ref": "MY-D mdb2509 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „FOG”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 413.4, "value_original": "413.4", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tluszcze-zwierzece-r1", "substrate_id": "tluszcze-zwierzece", "status": "published", "source_type": "publication", "source_id": "holliger2017", "label": "Holliger i in. (2017)", "db_ref": "odczyt z publikacji (Table2)", "secondary": false, "sample_note": "tłuszcz poubojowy (oryg.: „Slaughterhouse waste fat”)", "pretreatment": "brak", "pretreated": false, "value": 639.0, "value_original": "639", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tluszcze-zwierzece-r2", "substrate_id": "tluszcze-zwierzece", "status": "published", "source_type": "publication", "source_id": "kouas2017", "label": "Kouas i in. (2017)", "db_ref": "MY-D mdb2613 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "tłuszcz wieprzowy (oryg.: „fat”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 656.0, "value_original": "656", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "tluszcze-zwierzece-r3", "substrate_id": "tluszcze-zwierzece", "status": "published", "source_type": "publication", "source_id": "li2013", "label": "Li i in. (2013)", "db_ref": "MY-D mdb1408 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "zużyty tłuszcz zwierzęcy (oryg.: „Used animal oil”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 776.0, "value_original": "776", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "welna-owcza-r1", "substrate_id": "welna-owcza", "status": "published", "source_type": "publication", "source_id": "waste_wool2018", "label": "Kuzmanova i in. (2018)", "db_ref": "odczyt z publikacji otwartej (section 3.2, text); plik dowodowy dl/waste_wool2018/fulltext.txt", "secondary": false, "sample_note": "rasa Texel (oryg.: „Texel wool (raw)”)", "pretreatment": "brak", "pretreated": false, "value": 33.8, "value_original": "33.8", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "welna-owcza-r2", "substrate_id": "welna-owcza", "status": "published", "source_type": "publication", "source_id": "waste_wool2018", "label": "Kuzmanova i in. (2018)", "db_ref": "odczyt z publikacji otwartej (section 3.2, text); plik dowodowy dl/waste_wool2018/fulltext.txt", "secondary": false, "sample_note": "Scotch mule (oryg.: „Scotch mule wool (raw)”)", "pretreatment": "brak", "pretreated": false, "value": 34.8, "value_original": "34.8", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "welna-owcza-r3", "substrate_id": "welna-owcza", "status": "published", "source_type": "publication", "source_id": "waste_wool2018", "label": "Kuzmanova i in. (2018)", "db_ref": "odczyt z publikacji otwartej (section 3.2, text); plik dowodowy dl/waste_wool2018/fulltext.txt", "secondary": false, "sample_note": "rasa Blackface (oryg.: „Blackface handcleaned wool (raw)”)", "pretreatment": "brak", "pretreated": false, "value": 41.3, "value_original": "41.3", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zuzyty-olej-roslinny-r1", "substrate_id": "zuzyty-olej-roslinny", "status": "published", "source_type": "publication", "source_id": "labatut2011", "label": "Labatut i in. (2011)", "db_ref": "MY-D mdb2500 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Used vegetable oil”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 648.5, "value_original": "648.5", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zuzyty-olej-roslinny-r2", "substrate_id": "zuzyty-olej-roslinny", "status": "published", "source_type": "publication", "source_id": "li2013", "label": "Li i in. (2013)", "db_ref": "MY-D mdb1409 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Used vegetable oil”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 811.0, "value_original": "811", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bobik-cala-roslina-r1", "substrate_id": "bobik-cala-roslina", "status": "published", "source_type": "publication", "source_id": "plants_leachbed2023", "label": "Pyykkönen i in. (2023)", "db_ref": "odczyt z publikacji otwartej (Table A1, row FB pilot I/FB); plik dowodowy dl/plants_leachbed2023/fulltext.txt", "secondary": false, "sample_note": "pilot I (oryg.: „Whole crop fava bean (FB), pilot I”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 272.0, "value_original": "272", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "bobik-cala-roslina-r2", "substrate_id": "bobik-cala-roslina", "status": "published", "source_type": "publication", "source_id": "plants_leachbed2023", "label": "Pyykkönen i in. (2023)", "db_ref": "odczyt z publikacji otwartej (Table A1, row FB pilot II/FB); plik dowodowy dl/plants_leachbed2023/fulltext.txt", "secondary": false, "sample_note": "pilot II (oryg.: „Whole crop fava bean (FB), pilot II”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 320.0, "value_original": "320", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "gorczyca-biala-r1", "substrate_id": "gorczyca-biala", "status": "published", "source_type": "publication", "source_id": "cropgen:21", "label": "Zubr (1986)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 364, referencja nr 21", "secondary": false, "sample_note": "części nadziemne (oryg.: „Mustard”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 300.0, "value_original": "0.3", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 64.2, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 364, kolumna „methane content”", "excerpt": "0.642" } }, { "id": "gorczyca-biala-r2", "substrate_id": "gorczyca-biala", "status": "published", "source_type": "publication", "source_id": "cropgen:21", "label": "Zubr (1986)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 365, referencja nr 21", "secondary": false, "sample_note": "części nadziemne (oryg.: „Mustard”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "przygotowanie/przechowanie: Silage: Air tight glass jars , fermented 30-40 days at 20 oC.", "pretreated": false, "value": 326.0, "value_original": "0.326", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 71.8, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 365, kolumna „methane content”", "excerpt": "0.718" } }, { "id": "jarmuz-pastewny-r1", "substrate_id": "jarmuz-pastewny", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 348, referencja nr 14", "secondary": false, "sample_note": "(oryg.: „Marrow kale”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 150.0, "pretreatment": "brak", "pretreated": false, "value": 310.0, "value_original": "0.31 (0.02)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "jarmuz-pastewny-r2", "substrate_id": "jarmuz-pastewny", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 349, referencja nr 14", "secondary": false, "sample_note": "(oryg.: „Marrow kale”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 140.0, "pretreatment": "brak", "pretreated": false, "value": 320.0, "value_original": "0.32 (0.02)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-koniczynowo-trawiasta-r1", "substrate_id": "kiszonka-koniczynowo-trawiasta", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1230 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "mieszanka koniczyny z trawą (oryg.: „Clover Grass”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 335.0, "value_original": "335", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-koniczynowo-trawiasta-r2", "substrate_id": "kiszonka-koniczynowo-trawiasta", "status": "published", "source_type": "publication", "source_id": "plants_leachbed2023", "label": "Pyykkönen i in. (2023)", "db_ref": "odczyt z publikacji otwartej (Table A1, row Farm I and II/CGS); plik dowodowy dl/plants_leachbed2023/fulltext.txt", "secondary": false, "sample_note": "Finlandia (oryg.: „Clover-grass silage (CGS)”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 256.0, "value_original": "256", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "koniczyna-r1", "substrate_id": "koniczyna", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 447, referencja nr 14", "secondary": false, "sample_note": "koniczyna czerwona (oryg.: „Red clover”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 124.0, "pretreatment": "brak", "pretreated": false, "value": 280.0, "value_original": "0.28 (0.06)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "koniczyna-r2", "substrate_id": "koniczyna", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 446, referencja nr 14", "secondary": false, "sample_note": "koniczyna czerwona (oryg.: „Red clover”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 125.0, "pretreatment": "brak", "pretreated": false, "value": 300.0, "value_original": "0.30 (0.06)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "koniczyna-r3", "substrate_id": "koniczyna", "status": "published", "source_type": "publication", "source_id": "cropgen:18", "label": "Pouech (b.r.)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 84, referencja nr 18", "secondary": false, "sample_note": "faza wegetatywna/pąkowania/kwitnienia (oryg.: „Clover”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 384.0, "value_original": "0.384", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 62.0, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 84, kolumna „methane content”", "excerpt": "0.6195" } }, { "id": "koniczyna-r4", "substrate_id": "koniczyna", "status": "published", "source_type": "publication", "source_id": "cropgen:18", "label": "Pouech (b.r.)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 85, referencja nr 18", "secondary": false, "sample_note": "faza wegetatywna/pąkowania/kwitnienia (oryg.: „Clover”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 549.0, "value_original": "0.549", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 58.3, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 85, kolumna „methane content”", "excerpt": "0.5829" } }, { "id": "koniczyna-r5", "substrate_id": "koniczyna", "status": "published", "source_type": "publication", "source_id": "cropgen:18", "label": "Pouech (b.r.)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 86, referencja nr 18", "secondary": false, "sample_note": "faza wegetatywna/pąkowania/kwitnienia (oryg.: „Clover”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 558.0, "value_original": "0.558", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 57.7, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 86, kolumna „methane content”", "excerpt": "0.5771" } }, { "id": "lucerna-r1", "substrate_id": "lucerna", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1235 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Lucerne”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 335.0, "value_original": "335", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lucerna-r2", "substrate_id": "lucerna", "status": "published", "source_type": "publication", "source_id": "cropgen:18", "label": "Pouech (b.r.)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 3, referencja nr 18", "secondary": false, "sample_note": "(oryg.: „Alfalfa”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 340.0, "value_original": "0.34", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 65.8, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 3, kolumna „methane content”", "excerpt": "0.658" } }, { "id": "lucerna-r3", "substrate_id": "lucerna", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3295 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „Alfalfa”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 271.0, "value_original": "271", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lucerna-r4", "substrate_id": "lucerna", "status": "published", "source_type": "publication", "source_id": "shilpi2019", "label": "Shilpi i in. (2019)", "db_ref": "MY-D mdb3429 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "lucerna nawadniana wodą wodociągową (kontrola) (oryg.: „TW alfalfa”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 490.0, "value_original": "490", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lucerna-r5", "substrate_id": "lucerna", "status": "published", "source_type": "publication", "source_id": "shilpi2019", "label": "Shilpi i in. (2019)", "db_ref": "MY-D mdb3431 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "wariant M800 (wg MY-D: lucerna) (oryg.: „M800”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 500.0, "value_original": "500", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lucerna-r6", "substrate_id": "lucerna", "status": "published", "source_type": "publication", "source_id": "shilpi2019", "label": "Shilpi i in. (2019)", "db_ref": "MY-D mdb3432 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "lucerna nawadniana ściekami (wariant A400) (oryg.: „A400”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 530.0, "value_original": "530", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "lucerna-r7", "substrate_id": "lucerna", "status": "published", "source_type": "publication", "source_id": "shilpi2019", "label": "Shilpi i in. (2019)", "db_ref": "MY-D mdb3433 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "lucerna nawadniana ściekami (wariant A800) (oryg.: „A800”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 560.5, "value_original": "560.5", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mieszanka-wyki-z-owsem-r1", "substrate_id": "mieszanka-wyki-z-owsem", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 672, referencja nr 14", "secondary": false, "sample_note": "(oryg.: „Vetch oat mixture 50% common vetch 50% oat”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 124.0, "pretreatment": "brak", "pretreated": false, "value": 400.0, "value_original": "0.40 (0.04)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mieszanka-wyki-z-owsem-r2", "substrate_id": "mieszanka-wyki-z-owsem", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 671, referencja nr 14", "secondary": false, "sample_note": "(oryg.: „Vetch oat mixture 50% common vetch 50% oat”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 130.0, "pretreatment": "brak", "pretreated": false, "value": 410.0, "value_original": "0.41 (0.02)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mieszanka-zyta-z-wyka-r1", "substrate_id": "mieszanka-zyta-z-wyka", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3283 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „rye and vetch”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 255.1, "value_original": "255.1", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mieszanka-zyta-z-wyka-r2", "substrate_id": "mieszanka-zyta-z-wyka", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3284 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „rye and vetch”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 284.6, "value_original": "284.6", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mieszanka-prosa-z-koniczyna-r1", "substrate_id": "mieszanka-prosa-z-koniczyna", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3274 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "proso + koniczyna (oryg.: „millet and clover”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 275.8, "value_original": "275.8", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mieszanka-prosa-z-koniczyna-r2", "substrate_id": "mieszanka-prosa-z-koniczyna", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3288 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "moha (włośnica) + koniczyna (oryg.: „Mix moha and clover”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 282.5, "value_original": "282.5", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mieszanka-prosa-z-koniczyna-r3", "substrate_id": "mieszanka-prosa-z-koniczyna", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. 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(2023)", "db_ref": "MY-D mdb3275 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "proso + koniczyna (oryg.: „millet and clover”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 303.7, "value_original": "303.7", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mieszanka-prosa-z-koniczyna-r5", "substrate_id": "mieszanka-prosa-z-koniczyna", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. 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24h", "pretreated": true, "value": 270.0 }, { "id": "siano-p2", "substrate_id": "siano", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 205, referencja nr 15", "sample_note": "(oryg.: „Grass hay (75% thymothy 25% meadow fescue)”)", "pretreatment": "obróbka/dodatek: Inactive enzyme 24h", "pretreated": true, "value": 270.0 }, { "id": "siano-p3", "substrate_id": "siano", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 206, referencja nr 15", "sample_note": "(oryg.: „Grass hay (75% thymothy 25% meadow fescue)”)", "pretreatment": "obróbka/dodatek: Incubation at 35oC 24h", "pretreated": true, "value": 260.0 }, { "id": "siano-p4", "substrate_id": "siano", 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"source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 220, referencja nr 15", "sample_note": "(oryg.: „Grass hay (75% thymothy 25% meadow fescue)”)", "pretreatment": "obróbka/dodatek: 3% Ca(OH)2 + 4%Na2CO3 24 h.", "pretreated": true, "value": 240.0 }, { "id": "siano-p18", "substrate_id": "siano", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 221, referencja nr 15", "sample_note": "(oryg.: „Grass hay (75% thymothy 25% meadow fescue)”)", "pretreatment": "obróbka/dodatek: 3% Ca(OH)2 + 4%Na2CO3 72 h.", "pretreated": true, "value": 270.0 }, { "id": "siano-p19", "substrate_id": "siano", "status": "published", "source_type": "publication", "source_id": "cropgen:15", "label": "Lehtomaki 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"pretreatment": "obróbka/dodatek: Formic acid (80% v/v) applied in ratio 0,5 %v/w", "pretreated": true, "value": 280.0 }, { "id": "siano-p24", "substrate_id": "siano", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 231, referencja nr 12", "sample_note": "(oryg.: „Grass hay (75% thymothy 25% meadow fescue)”)", "pretreatment": "obróbka/dodatek: Formic acid (80% v/v) applied in ratio 0,5 %v/w", "pretreated": true, "value": 280.0 }, { "id": "siano-p25", "substrate_id": "siano", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 232, referencja nr 12", "sample_note": "(oryg.: „Grass hay (75% thymothy 25% meadow fescue)”)", "pretreatment": "obróbka/dodatek: Formic acid (80% v/v) applied in ratio 0,5 %v/w", "pretreated": true, "value": 310.0 }, { "id": "siano-p26", "substrate_id": "siano", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 233, referencja nr 12", "sample_note": "(oryg.: „Grass hay (75% thymothy 25% meadow fescue)”)", "pretreatment": "obróbka/dodatek: Formic acid (80% v/v) applied in ratio 0,5 %v/w", "pretreated": true, "value": 280.0 }, { "id": "siano-p27", "substrate_id": "siano", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 234, referencja nr 12", "sample_note": "(oryg.: „Grass hay (75% thymothy 25% meadow fescue)”)", "pretreatment": "obróbka/dodatek: Enzyme mix (1% v/v two xylanases and two cellulases from Trichoderma reesei) applied in a ratio 0,01% v/w", "pretreated": true, "value": 240.0 }, { "id": "siano-p28", "substrate_id": "siano", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 235, referencja nr 12", "sample_note": "(oryg.: „Grass hay (75% thymothy 25% meadow fescue)”)", "pretreatment": "obróbka/dodatek: Enzyme mix (1% v/v two xylanases and two cellulases from Trichoderma reesei) applied in a ratio 0,01% v/w", "pretreated": true, "value": 240.0 }, { "id": "siano-p29", "substrate_id": "siano", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 236, referencja nr 12", "sample_note": "(oryg.: „Grass hay (75% thymothy 25% meadow 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referencja nr 12", "sample_note": "(oryg.: „Grass hay (75% thymothy 25% meadow fescue)”)", "pretreatment": "obróbka/dodatek: Lactic Acid Bacteria (60% Lactobacillus rhamsonus and 40% Propionibacterium freudenreichii spp. Shermanii) diluted to 0,7 g/l and applied in ratio 0,5% v/w", "pretreated": true, "value": 170.0 }, { "id": "siano-p32", "substrate_id": "siano", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 239, referencja nr 12", "sample_note": "(oryg.: „Grass hay (75% thymothy 25% meadow fescue)”)", "pretreatment": "obróbka/dodatek: Lactic Acid Bacteria (60% Lactobacillus rhamsonus and 40% Propionibacterium freudenreichii spp. Shermanii) diluted to 0,7 g/l and applied in ratio 0,5% v/w", "pretreated": true, "value": 240.0 }, { "id": "siano-p33", "substrate_id": "siano", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 240, referencja nr 12", "sample_note": "(oryg.: „Grass hay (75% thymothy 25% meadow fescue)”)", "pretreatment": "obróbka/dodatek: Lactic Acid Bacteria (60% Lactobacillus rhamsonus and 40% Propionibacterium freudenreichii spp. Shermanii) diluted to 0,7 g/l and applied in ratio 0,5% v/w", "pretreated": true, "value": 240.0 }, { "id": "siano-p34", "substrate_id": "siano", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 241, referencja nr 12", "sample_note": "(oryg.: „Grass hay (75% thymothy 25% meadow fescue)”)", "pretreatment": "obróbka/dodatek: Lactic Acid Bacteria (60% Lactobacillus rhamsonus and 40% Propionibacterium freudenreichii spp. 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fescue)”)", "pretreatment": "obróbka/dodatek: Mixed culture (Supernatant of centrifugated digested sludge from same digester as innoculum) applied in ratio 25% (v/w)", "pretreated": true, "value": 230.0 }, { "id": "siano-p37", "substrate_id": "siano", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 244, referencja nr 12", "sample_note": "(oryg.: „Grass hay (75% thymothy 25% meadow fescue)”)", "pretreatment": "obróbka/dodatek: Mixed culture (Supernatant of centrifugated digested sludge from same digester as innoculum) applied in ratio 25% (v/w)", "pretreated": true, "value": 230.0 }, { "id": "siano-p38", "substrate_id": "siano", "status": "published", "source_type": "publication", "source_id": "cropgen:12", "label": "Lehtomaki (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 245, referencja nr 12", "sample_note": "(oryg.: „Grass hay (75% thymothy 25% meadow fescue)”)", "pretreatment": "obróbka/dodatek: Mixed culture (Supernatant of centrifugated digested sludge from same digester as innoculum) applied in ratio 25% (v/w)", "pretreated": true, "value": 240.0 }, { "id": "zielonka-i-kiszonka-z-traw-r1", "substrate_id": "zielonka-i-kiszonka-z-traw", "status": "published", "source_type": "publication", "source_id": "cropgen:1", "label": "Buffiere i in. (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 180, referencja nr 1", "secondary": false, "sample_note": "(oryg.: „Grass”)", "temperature_c": 55.0, "regime": "termofilowy", "pretreatment": "brak", "pretreated": false, "value": 388.0, "value_original": "0.388 (0.035)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zielonka-i-kiszonka-z-traw-r2", "substrate_id": "zielonka-i-kiszonka-z-traw", "status": "published", "source_type": "publication", "source_id": "cu2015", "label": "Cu i in. (2014)", "db_ref": "MY-D mdb2694 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "trawa (Wietnam) (oryg.: „grass”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 220.5, "value_original": "220.53", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zielonka-i-kiszonka-z-traw-r3", "substrate_id": "zielonka-i-kiszonka-z-traw", "status": "published", "source_type": "publication", "source_id": "dandikas2015", "label": "Dandikas i in. (2015)", "db_ref": "MY-D mdb2842 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "gatunki traw z użytków zielonych (badanie gatunków) (oryg.: „grass”)", "temperature_c": 39.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 313.5, "value_original": "313.5", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zielonka-i-kiszonka-z-traw-r4", "substrate_id": "zielonka-i-kiszonka-z-traw", "status": "published", "source_type": "publication", "source_id": "dandikas2015", "label": "Dandikas i in. 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"value_original": "416.94", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zielonka-i-kiszonka-z-traw-r134", "substrate_id": "zielonka-i-kiszonka-z-traw", "status": "published", "source_type": "publication", "source_id": "kaiser2007", "label": "Kaiser (2007)", "db_ref": "MY-D mdb2915 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka z traw (oryg.: „grass silage”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 423.8, "value_original": "423.77", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zielonka-i-kiszonka-z-traw-r135", "substrate_id": "zielonka-i-kiszonka-z-traw", "status": "published", "source_type": "publication", "source_id": "kaiser2007", "label": "Kaiser (2007)", "db_ref": "MY-D mdb2982 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka z traw (oryg.: „grass silage”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 443.0, "value_original": "443.04", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zielonka-i-kiszonka-z-traw-r136", "substrate_id": "zielonka-i-kiszonka-z-traw", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3303 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "trawa z użytków zielonych (oryg.: „Grass”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 187.2, "value_original": "187.2", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zielonka-i-kiszonka-z-traw-r137", "substrate_id": "zielonka-i-kiszonka-z-traw", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3290 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "trawa z użytków zielonych (oryg.: „Grass”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 264.3, "value_original": "264.3", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zielonka-i-kiszonka-z-traw-r138", "substrate_id": "zielonka-i-kiszonka-z-traw", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3297 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "trawa z użytków zielonych (oryg.: „Grass”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 393.3, "value_original": "393.3", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zielonka-i-kiszonka-z-traw-r139", "substrate_id": "zielonka-i-kiszonka-z-traw", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3302 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "trawa z użytków zielonych (oryg.: „Grass”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 403.2, "value_original": "403.2", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zielonka-i-kiszonka-z-traw-r140", "substrate_id": "zielonka-i-kiszonka-z-traw", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3293 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "trawa z użytków zielonych (oryg.: „Grass”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 406.3, "value_original": "406.3", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zielonka-i-kiszonka-z-traw-r141", "substrate_id": "zielonka-i-kiszonka-z-traw", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3299 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "trawa z użytków zielonych (oryg.: „Grass”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 461.2, "value_original": "461.2", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zielonka-i-kiszonka-z-traw-r142", "substrate_id": "zielonka-i-kiszonka-z-traw", "status": "published", "source_type": "publication", "source_id": "lunadelrisco2011", "label": "Luna-delRisco i in. (2011)", "db_ref": "MY-D mdb2755 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka z traw (oryg.: „grass silage”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 300.0, "value_original": "300", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zielonka-i-kiszonka-z-traw-r143", "substrate_id": "zielonka-i-kiszonka-z-traw", "status": "published", "source_type": "publication", "source_id": "lunadelrisco2011", "label": "Luna-delRisco i in. (2011)", "db_ref": "MY-D mdb2756 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka z traw (oryg.: „grass silage”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 319.0, "value_original": "319", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zielonka-i-kiszonka-z-traw-r144", "substrate_id": "zielonka-i-kiszonka-z-traw", "status": "published", "source_type": "publication", "source_id": "lunadelrisco2011", "label": "Luna-delRisco i in. (2011)", "db_ref": "MY-D mdb2757 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka z traw (oryg.: „grass silage”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 338.0, "value_original": "338", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zielonka-i-kiszonka-z-traw-r145", "substrate_id": "zielonka-i-kiszonka-z-traw", "status": "published", "source_type": "publication", "source_id": "my_greenbiorefinery2022", "label": "Ravindran i in. (2022)", "db_ref": "odczyt z publikacji otwartej (Table 3, wiersz VS, wartość w nawiasie (biometan)); plik dowodowy dl/my_cleantechnol_04_00003/fulltext.txt", "secondary": false, "sample_note": "kiszonka z traw (Irlandia) (oryg.: „Grass Silage”)", "pretreatment": "brak", "pretreated": false, "value": 479.0, "value_original": "479.0", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zycica-r1", "substrate_id": "zycica", "status": "published", "source_type": "publication", "source_id": "cropgen:18", "label": "Pouech (b.r.)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 445, referencja nr 18", "secondary": false, "sample_note": "kiszonka (oryg.: „Ray Grass Silage”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 409.0, "value_original": "0.409", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 60.1, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 445, kolumna „methane content”", "excerpt": "0.601" } }, { "id": "zycica-r2", "substrate_id": "zycica", "status": "published", "source_type": "publication", "source_id": "cropgen:18", "label": "Pouech (b.r.)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 442, referencja nr 18", "secondary": false, "sample_note": "różne fazy (oryg.: „Ray Grass”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 423.0, "value_original": "0.423", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 62.8, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 442, kolumna „methane content”", "excerpt": "0.6283" } }, { "id": "zycica-r3", "substrate_id": "zycica", "status": "published", "source_type": "publication", "source_id": "cropgen:18", "label": "Pouech (b.r.)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 443, referencja nr 18", "secondary": false, "sample_note": "różne fazy (oryg.: „Ray Grass”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 619.0, "value_original": "0.619", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 62.6, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 443, kolumna „methane content”", "excerpt": "0.6265" } }, { "id": "zycica-r4", "substrate_id": "zycica", "status": "published", "source_type": "publication", "source_id": "cropgen:18", "label": "Pouech (b.r.)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 444, referencja nr 18", "secondary": false, "sample_note": "różne fazy (oryg.: „Ray Grass”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 627.0, "value_original": "0.627", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.091, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 58.0, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 444, kolumna „methane content”", "excerpt": "0.5802" } }, { "id": "burak-korzenie-r1", "substrate_id": "burak-korzenie", "status": "published", "source_type": "publication", "source_id": "cropgen:13", "label": "Lehtomaki (2004)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 616, referencja nr 13", "secondary": false, "sample_note": "korzenie buraka cukrowego (oryg.: „Sugar beet (beet)”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 90.0, "pretreatment": "brak", "pretreated": false, "value": 450.0, "value_original": "0.45", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "burak-korzenie-r2", "substrate_id": "burak-korzenie", "status": "published", "source_type": "publication", "source_id": "kaiser2007", "label": "Kaiser (2007)", "db_ref": "MY-D mdb3067 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeże buraki (oryg.: „Beets fresh”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 299.5, "value_original": "299.5", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "burak-korzenie-r3", "substrate_id": "burak-korzenie", "status": "published", "source_type": "publication", "source_id": "kaiser2007", "label": "Kaiser (2007)", "db_ref": "MY-D mdb3055 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeże buraki (oryg.: „Beets fresh”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 354.6, "value_original": "354.64", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "burak-korzenie-r4", "substrate_id": "burak-korzenie", "status": "published", "source_type": "publication", "source_id": "kaiser2007", "label": "Kaiser (2007)", "db_ref": "MY-D mdb3056 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeże buraki (oryg.: „Beets fresh”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 376.1, "value_original": "376.11", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "chmiel-cala-roslina-r1", "substrate_id": "chmiel-cala-roslina", "status": "published", "source_type": "publication", "source_id": "kaiser2007", "label": "Kaiser (2007)", "db_ref": "MY-D mdb3078 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeża masa (oryg.: „Humulus fresh”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 141.3, "value_original": "141.33", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "chmiel-cala-roslina-r2", "substrate_id": "chmiel-cala-roslina", "status": "published", "source_type": "publication", "source_id": "kaiser2007", "label": "Kaiser (2007)", "db_ref": "MY-D mdb3079 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka (oryg.: „Humulus silage”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 180.6, "value_original": "180.55", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "jeczmien-gps-r1", "substrate_id": "jeczmien-gps", "status": "published", "source_type": "publication", "source_id": "cropgen:18", "label": "Pouech (b.r.)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 31, referencja nr 18", "secondary": false, "sample_note": "cała roślina, różne fazy (kwitnienie, dojrzałość mleczna/woskowa) (oryg.: „Barley”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 356.0, "value_original": "0.356", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 58.7, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 31, kolumna „methane content”", "excerpt": "0.587" } }, { "id": "jeczmien-gps-r2", "substrate_id": "jeczmien-gps", "status": "published", "source_type": "publication", "source_id": "cropgen:9", "label": "Heiermann (2002)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 36, referencja nr 9", "secondary": false, "sample_note": "cała roślina, różne fazy (kwitnienie, dojrzałość mleczna/woskowa) (oryg.: „Barley”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 29.0, "pretreatment": "brak", "pretreated": false, "value": 353.0, "value_original": "0.353", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 57.0, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 36, kolumna „methane content”", "excerpt": "0.57" } }, { "id": "jeczmien-gps-r3", "substrate_id": "jeczmien-gps", "status": "published", "source_type": "publication", "source_id": "cropgen:9", "label": "Heiermann (2002)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 32, referencja nr 9", "secondary": false, "sample_note": "cała roślina, różne fazy (kwitnienie, dojrzałość mleczna/woskowa) (oryg.: „Barley”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 29.0, "pretreatment": "brak", "pretreated": false, "value": 438.0, "value_original": "0.438", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 65.0, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 32, kolumna „methane content”", "excerpt": "0.65" } }, { "id": "jeczmien-gps-r4", "substrate_id": "jeczmien-gps", "status": "published", "source_type": "publication", "source_id": "cropgen:9", "label": "Heiermann (2002)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 33, referencja nr 9", "secondary": false, "sample_note": "cała roślina, różne fazy (kwitnienie, dojrzałość mleczna/woskowa) (oryg.: „Barley”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 29.0, "pretreatment": "przygotowanie/przechowanie: Silage in 1L glass vessels packed and sealed for 3 month period", "pretreated": false, "value": 462.0, "value_original": "0.462", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 64.0, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 33, kolumna „methane content”", "excerpt": "0.64" } }, { "id": "jeczmien-gps-r5", "substrate_id": "jeczmien-gps", "status": "published", "source_type": "publication", "source_id": "cropgen:9", "label": "Heiermann (2002)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 34, referencja nr 9", "secondary": false, "sample_note": "cała roślina, różne fazy (kwitnienie, dojrzałość mleczna/woskowa) (oryg.: „Barley”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 29.0, "pretreatment": "brak", "pretreated": false, "value": 503.0, "value_original": "0.503", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 63.0, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 34, kolumna „methane content”", "excerpt": "0.63" } }, { "id": "jeczmien-gps-r6", "substrate_id": "jeczmien-gps", "status": "published", "source_type": "publication", "source_id": "cropgen:9", "label": "Heiermann (2002)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 35, referencja nr 9", "secondary": false, "sample_note": "cała roślina, różne fazy (kwitnienie, dojrzałość mleczna/woskowa) (oryg.: „Barley”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 29.0, "pretreatment": "przygotowanie/przechowanie: Silage in 1L glass vessels packed and sealed for 3 month period", "pretreated": false, "value": 658.0, "value_original": "0.658", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 68.0, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 35, kolumna „methane content”", "excerpt": "0.68" } }, { "id": "kiszonka-z-kukurydzy-r1", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1241 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kukurydza – cała roślina (odmiany/terminy zbioru) (oryg.: „Maize”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 268.2, "value_original": "268.2", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r2", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1238 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kukurydza – cała roślina (odmiany/terminy zbioru) (oryg.: „Maize”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 280.4, "value_original": "280.4", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r3", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1237 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kukurydza – cała roślina (odmiany/terminy zbioru) (oryg.: „Maize”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 283.2, "value_original": "283.2", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r4", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1244 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kukurydza – cała roślina (odmiany/terminy zbioru) (oryg.: „Maize”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 286.8, "value_original": "286.8", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r5", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1240 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kukurydza – cała roślina (odmiany/terminy zbioru) (oryg.: „Maize”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 302.1, "value_original": "302.1", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r6", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1242 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kukurydza – cała roślina (odmiany/terminy zbioru) (oryg.: „Maize”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 312.6, "value_original": "312.6", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r7", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1243 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kukurydza – cała roślina (odmiany/terminy zbioru) (oryg.: „Maize”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 325.6, "value_original": "325.6", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r8", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1236 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kukurydza – cała roślina (odmiany/terminy zbioru) (oryg.: „Maize”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 333.7, "value_original": "333.7", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r9", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1239 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kukurydza – cała roślina (odmiany/terminy zbioru) (oryg.: „Maize”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 365.9, "value_original": "365.9", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r10", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1228 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka (oryg.: „Maize Silage”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 390.0, "value_original": "390", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r11", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:16", "label": "Neureiter (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 297, referencja nr 16", "secondary": false, "sample_note": "kiszonka (przechowywanie 44/119 dni) lub świeża masa (oryg.: „Maize”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "przygotowanie/przechowanie: Silage 44 days", "pretreated": false, "value": 338.0, "value_original": "0.338", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r12", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:16", "label": "Neureiter (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 305, referencja nr 16", "secondary": false, "sample_note": "kiszonka (przechowywanie 44/119 dni) lub świeża masa (oryg.: „Maize”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "przygotowanie/przechowanie: Silage 44 days Not compressed", "pretreated": false, "value": 355.0, "value_original": "0.355", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r13", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:16", "label": "Neureiter (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 296, referencja nr 16", "secondary": false, "sample_note": "kiszonka (przechowywanie 44/119 dni) lub świeża masa (oryg.: „Maize”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 383.0, "value_original": "0.383", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r14", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:16", "label": "Neureiter (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 306, referencja nr 16", "secondary": false, "sample_note": "kiszonka (przechowywanie 44/119 dni) lub świeża masa (oryg.: „Maize”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "przygotowanie/przechowanie: Silage 119 days Not compressed", "pretreated": false, "value": 405.0, "value_original": "0.405", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r15", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:16", "label": "Neureiter (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 298, referencja nr 16", "secondary": false, "sample_note": "kiszonka (przechowywanie 44/119 dni) lub świeża masa (oryg.: „Maize”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "przygotowanie/przechowanie: Silage 119 days", "pretreated": false, "value": 480.0, "value_original": "0.48", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r16", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:17", "label": "Perez Lopez (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 103, referencja nr 17", "secondary": false, "sample_note": "kiszonka z całych roślin (oryg.: „Corn ((Whole crop maize silage))”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 56.0, "pretreatment": "przygotowanie/przechowanie: Silage", "pretreated": false, "value": 319.0, "value_original": "0.319", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r17", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:17", "label": "Perez Lopez (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 102, referencja nr 17", "secondary": false, "sample_note": "kiszonka z całych roślin (oryg.: „Corn ((Whole crop maize silage))”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 56.0, "pretreatment": "przygotowanie/przechowanie: Silage", "pretreated": false, "value": 335.0, "value_original": "0.335", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r18", 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(2011)", "db_ref": "MY-D mdb2759 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka (oryg.: „maize silage”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 307.0, "value_original": "307", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r74", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "lunadelrisco2011", "label": "Luna-delRisco i in. (2011)", "db_ref": "MY-D mdb2760 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka (oryg.: „maize silage”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 328.0, "value_original": "328", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r75", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "mast2014", "label": "Mast i in. (2014)", "db_ref": "MY-D mdb2738 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kukurydza – cała roślina (oryg.: „maize”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 349.0, "value_original": "349", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r76", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "my_perennials2018", "label": "Baute i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Table 5); plik dowodowy dl/my_energies_11_02198/fulltext.txt", "secondary": false, "sample_note": "kiszonka z kukurydzy (Kanada) (oryg.: „Zea mays silage”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 334.9, "value_original": "334.9", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r77", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "plants_laminaria2015", "label": "Barbot i in. (2015)", "db_ref": "odczyt z publikacji otwartej (Table 3, column BMP [mL g-1]); plik dowodowy dl/plants_laminaria2015/fulltext.txt", "secondary": false, "sample_note": "substrat referencyjny (oryg.: „Maize silage, untreated (MS-untreated, experiment E3)”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 22.0, "pretreatment": "brak", "pretreated": false, "value": 303.0, "value_original": "303", "unit_original": "mL CH4/g VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r78", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "ruf2018", "label": "Ruf i Emmerling (2018)", "db_ref": "MY-D mdb2698 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kukurydza – cała roślina (oryg.: „maize”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 282.1, "value_original": "282.1", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r79", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "ruf2018", "label": "Ruf i Emmerling (2018)", "db_ref": "MY-D mdb2697 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kukurydza – cała roślina (oryg.: „maize”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 288.2, "value_original": "288.2", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r80", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "ruf2018", "label": "Ruf i Emmerling (2018)", "db_ref": "MY-D mdb2709 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kukurydza – cała roślina (oryg.: „maize”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 335.4, "value_original": "335.4", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r81", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "ruf2018", "label": "Ruf i Emmerling (2018)", "db_ref": "MY-D mdb2710 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kukurydza – cała roślina (oryg.: „maize”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 347.1, "value_original": "347.1", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-r82", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "vervaeren2010", "label": "Vervaeren i in. (2010)", "db_ref": "MY-D mdb1188 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka bez dodatków (próba kontrolna) (oryg.: „untreated Maize”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 377.6, "value_original": "377.6", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "kiszonka-z-kukurydzy-p1", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:17", "label": "Perez Lopez (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 99, referencja nr 17", "sample_note": "(oryg.: „Corn”)", "pretreatment": "obróbka/dodatek: Water incubation (400g sample in 200 ml water 9 days at 20oC)", "pretreated": true, "value": 538.0 }, { "id": "kiszonka-z-kukurydzy-p2", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:17", "label": "Perez Lopez (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 100, referencja nr 17", "sample_note": "(oryg.: „Corn”)", "pretreatment": "obróbka/dodatek: Water incubation (400g sample in 200 ml water 9 days at 20oC)", "pretreated": true, "value": 530.0 }, { "id": "kiszonka-z-kukurydzy-p3", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:17", "label": "Perez Lopez (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 104, referencja nr 17", "sample_note": "(oryg.: „Corn ((Whole crop maize silage))”)", "pretreatment": "obróbka/dodatek: Autoclaving 161 oC 20 min", "pretreated": true, "value": 431.0 }, { "id": "kiszonka-z-kukurydzy-p4", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:17", "label": "Perez Lopez (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 105, referencja nr 17", "sample_note": "(oryg.: „Corn ((Whole crop maize silage))”)", "pretreatment": "obróbka/dodatek: Autoclaving 161 oC 40 min", "pretreated": true, "value": 409.0 }, { "id": "kiszonka-z-kukurydzy-p5", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:17", "label": "Perez Lopez (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 106, referencja nr 17", "sample_note": "(oryg.: „Corn ((Whole crop maize silage))”)", "pretreatment": "obróbka/dodatek: Autoclaving 161 oC 60 min", "pretreated": true, "value": 422.0 }, { "id": "kiszonka-z-kukurydzy-p6", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:17", "label": "Perez Lopez (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 108, referencja nr 17", "sample_note": "(oryg.: „Corn ((Whole crop maize silage))”)", "pretreatment": "obróbka/dodatek: Alkaline ttreatment (Incubation NaOH 2% 24h)", "pretreated": true, "value": 538.0 }, { "id": "kiszonka-z-kukurydzy-p7", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:17", "label": "Perez Lopez (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 109, referencja nr 17", "sample_note": "(oryg.: „Corn ((Whole crop maize silage))”)", "pretreatment": "obróbka/dodatek: Alkaline ttreatment (Incubation NaOH 2% 72h)", "pretreated": true, "value": 584.0 }, { "id": "kiszonka-z-kukurydzy-p8", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:17", "label": "Perez Lopez (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 110, referencja nr 17", "sample_note": "(oryg.: „Corn ((Whole crop maize silage))”)", "pretreatment": "obróbka/dodatek: Alkaline ttreatment (Incubation NaOH 4% 24h)", "pretreated": true, "value": 597.0 }, { "id": "kiszonka-z-kukurydzy-p9", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:17", "label": "Perez Lopez (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 111, referencja nr 17", "sample_note": "(oryg.: „Corn ((Whole crop maize silage))”)", "pretreatment": "obróbka/dodatek: Alkaline ttreatment (Incubation NaOH 4% 72h)", "pretreated": true, "value": 539.0 }, { "id": "kiszonka-z-kukurydzy-p10", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:16", "label": "Neureiter (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 299, referencja nr 16", "sample_note": "(oryg.: „Maize”)", "pretreatment": "obróbka/dodatek: Silage 44 days+Treatment with homofermentative lactic acid bacteria (S02)(1 mg/Kg fresh material)", "pretreated": true, "value": 348.0 }, { "id": "kiszonka-z-kukurydzy-p11", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:16", "label": "Neureiter (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 300, referencja nr 16", "sample_note": "(oryg.: „Maize”)", "pretreatment": "obróbka/dodatek: Silage 119 days+Treatment with homofermentative lactic acid bacteria (S02)(1 mg/Kg fresh material)", "pretreated": true, "value": 377.0 }, { "id": "kiszonka-z-kukurydzy-p12", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:16", "label": "Neureiter (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 301, referencja nr 16", "sample_note": "(oryg.: „Maize”)", "pretreatment": "obróbka/dodatek: Silage 44 days+Treatment with additive S03 of homo and heterofermentative acid bacteria including Lactobacillus buchneri (1 mg/Kg fresh material)", "pretreated": true, "value": 414.0 }, { "id": "kiszonka-z-kukurydzy-p13", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:16", "label": "Neureiter (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 302, referencja nr 16", "sample_note": "(oryg.: „Maize”)", "pretreatment": "obróbka/dodatek: Silage 119 days +Treatment with additive S03 of homo and heterofermentative acid bacteria including Lactobacillus buchneri (1 mg/Kg fresh material)", "pretreated": true, "value": 423.0 }, { "id": "kiszonka-z-kukurydzy-p14", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:16", "label": "Neureiter (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 303, referencja nr 16", "sample_note": "(oryg.: „Maize”)", "pretreatment": "obróbka/dodatek: Silage 44 days + Treatment with amylase (Termamyl LC) 450 mg/Kg fresh material", "pretreated": true, "value": 419.0 }, { "id": "kiszonka-z-kukurydzy-p15", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:16", "label": "Neureiter (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 304, referencja nr 16", "sample_note": "(oryg.: „Maize”)", "pretreatment": "obróbka/dodatek: Silage 119 days + Treatment with amylase (Termamyl LC) 450 mg/Kg fresh material", "pretreated": true, "value": 486.0 }, { "id": "kiszonka-z-kukurydzy-p16", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:16", "label": "Neureiter (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 307, referencja nr 16", "sample_note": "(oryg.: „Maize”)", "pretreatment": "obróbka/dodatek: Silage 44 days+ Innoculation with clostridium tyrobutyricum", "pretreated": true, "value": 427.0 }, { "id": "kiszonka-z-kukurydzy-p17", "substrate_id": "kiszonka-z-kukurydzy", "status": "published", "source_type": "publication", "source_id": "cropgen:16", "label": "Neureiter (2005)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 308, referencja nr 16", "sample_note": "(oryg.: „Maize”)", "pretreatment": "obróbka/dodatek: Silage 119 days+ Innoculation with clostridium tyrobutyricum", "pretreated": true, "value": 537.0 }, { "id": "konopie-cala-roslina-r1", "substrate_id": "konopie-cala-roslina", "status": "published", "source_type": "publication", "source_id": "kaiser2007", "label": "Kaiser (2007)", "db_ref": "MY-D mdb3063 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka z całych roślin (oryg.: „Cannabis silage”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 162.6, "value_original": "162.59", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "konopie-cala-roslina-r2", "substrate_id": "konopie-cala-roslina", "status": "published", "source_type": "publication", "source_id": "lunadelrisco2011", "label": "Luna-delRisco i in. (2011)", "db_ref": "MY-D mdb2786 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "roślina wysuszona (oryg.: „hemp”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 289.0, "value_original": "289", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "konopie-cala-roslina-r3", "substrate_id": "konopie-cala-roslina", "status": "published", "source_type": "publication", "source_id": "matassa2020", "label": "Matassa i in. (2020)", "db_ref": "odczyt z publikacji (Table2 untreated; §3.1)", "secondary": false, "sample_note": "łodygi konopi (oryg.: „Stalks”)", "pretreatment": "brak", "pretreated": false, "value": 275.0, "value_original": "275", "unit_original": "mL CH4/g VS added", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "miskant-r1", "substrate_id": "miskant", "status": "published", "source_type": "publication", "source_id": "kaiser2007", "label": "Kaiser (2007)", "db_ref": "MY-D mdb3053 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeża masa (oryg.: „Silvergrass fresh”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 204.5, "value_original": "204.5", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "miskant-r2", "substrate_id": "miskant", "status": "published", "source_type": "publication", "source_id": "kaiser2007", "label": "Kaiser (2007)", "db_ref": "MY-D mdb3054 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka (oryg.: „Silvergrass silage”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 223.3, "value_original": "223.29", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "miskant-r3", "substrate_id": "miskant", "status": "published", "source_type": "publication", "source_id": "kaiser2007", "label": "Kaiser (2007)", "db_ref": "MY-D mdb3066 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka (oryg.: „Silvergrass silage”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 276.6, "value_original": "276.58", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "miskant-r4", "substrate_id": "miskant", "status": "published", "source_type": "publication", "source_id": "lunadelrisco2011", "label": "Luna-delRisco i in. 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(2018)", "db_ref": "odczyt z publikacji otwartej (Table 5, Species * Harvest Time); plik dowodowy dl/my_energies_11_02198/fulltext.txt", "secondary": false, "sample_note": "miskant olbrzymi, zbiór w październiku (oryg.: „Miscanthus x giganteus, October harvest”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 167.5, "value_original": "167.5", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "miskant-r6", "substrate_id": "miskant", "status": "published", "source_type": "publication", "source_id": "my_perennials2018", "label": "Baute i in. (2018)", "db_ref": "odczyt z publikacji otwartej (Table 5, Species * Harvest Time); plik dowodowy dl/my_energies_11_02198/fulltext.txt", "secondary": false, "sample_note": "miskant olbrzymi, zbiór w lipcu (Kanada) (oryg.: „Miscanthus x giganteus, July harvest”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 229.8, "value_original": "229.8", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "miskant-r7", "substrate_id": "miskant", "status": "published", "source_type": "publication", "source_id": "plants_miscanthus2018", "label": "Thomas i in. (2018)", "db_ref": "odczyt z publikacji otwartej (section 2.1, text and Table 1 row Raw); plik dowodowy dl/plants_miscanthus2018/fulltext.txt", "secondary": false, "sample_note": "bez obróbki (oryg.: „Non-pretreated miscanthus (Raw)”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 60.0, "pretreatment": "brak", "pretreated": false, "value": 158.0, "value_original": "158", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "miskant-r8", "substrate_id": "miskant", "status": "published", "source_type": "publication", "source_id": "plants_miscleaves2024", "label": "Dubrovskis i Dubrovskis (2024)", "db_ref": "odczyt z publikacji otwartej (Abstract and Table, Average R2-R5); plik dowodowy dl/plants_miscleaves2024/fulltext.txt", "secondary": false, "sample_note": "Łotwa (wynik na g s.m.o.) (oryg.: „Grass miscanthus”)", "temperature_c": 38.0, "regime": "mezofilowy", "duration_d": 32.0, "pretreatment": "brak", "pretreated": false, "value": 236.0, "value_original": "0.236", "unit_original": "L CH4/g VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mozga-trzcinowata-r1", "substrate_id": "mozga-trzcinowata", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 448, referencja nr 14", "secondary": false, "sample_note": "(oryg.: „Reed canary grass”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 125.0, "pretreatment": "brak", "pretreated": false, "value": 340.0, "value_original": "0.34 (0.00)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mozga-trzcinowata-r2", "substrate_id": "mozga-trzcinowata", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 449, referencja nr 14", "secondary": false, "sample_note": "(oryg.: „Reed canary grass”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 194.0, "pretreatment": "brak", "pretreated": false, "value": 430.0, "value_original": "0.43 (0.02)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mozga-trzcinowata-r3", "substrate_id": "mozga-trzcinowata", "status": "published", "source_type": "publication", "source_id": "cropgen:30", "label": "1. Paavola (2010)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 453, referencja nr 30", "secondary": false, "sample_note": "(oryg.: „Reed canary grass”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 72.0, "pretreatment": "brak", "pretreated": false, "value": 280.0, "value_original": "0.28", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mozga-trzcinowata-r4", "substrate_id": "mozga-trzcinowata", "status": "published", "source_type": "publication", "source_id": "cropgen:33", "label": "Paavola (2007)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 452, referencja nr 33", "secondary": false, "sample_note": "(oryg.: „Reed canary grass”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 71.0, "pretreatment": "brak", "pretreated": false, "value": 180.0, "value_original": "0.18", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mozga-trzcinowata-r5", "substrate_id": "mozga-trzcinowata", "status": "published", "source_type": "publication", "source_id": "cropgen:33", "label": "Paavola (2007)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 451, referencja nr 33", "secondary": false, "sample_note": "(oryg.: „Reed canary grass”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 70.0, "pretreatment": "brak", "pretreated": false, "value": 280.0, "value_original": "0.28", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mozga-trzcinowata-r6", "substrate_id": "mozga-trzcinowata", "status": "published", "source_type": "publication", "source_id": "cropgen:33", "label": "Paavola (2007)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 454, referencja nr 33", "secondary": false, "sample_note": "(oryg.: „Reed canary grass”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 70.0, "pretreatment": "brak", "pretreated": false, "value": 340.0, "value_original": "0.34", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mozga-trzcinowata-r7", "substrate_id": "mozga-trzcinowata", "status": "published", "source_type": "publication", "source_id": "cropgen:33", "label": "Paavola (2007)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 450, referencja nr 33", "secondary": false, "sample_note": "(oryg.: „Reed canary grass”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 72.0, "pretreatment": "brak", "pretreated": false, "value": 350.0, "value_original": "0.35", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mozga-trzcinowata-r8", "substrate_id": "mozga-trzcinowata", "status": "published", "source_type": "publication", "source_id": "my_wetland2021", "label": "Czubaszek i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/my_energies_14_08373/fulltext.txt", "secondary": false, "sample_note": "fermentacja sucha (oryg.: „Phalaris arundinacea (PAr), dry fermentation”)", "pretreatment": "brak", "pretreated": false, "value": 189.0, "value_original": "189", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mozga-trzcinowata-r9", "substrate_id": "mozga-trzcinowata", "status": "published", "source_type": "publication", "source_id": "my_wetland2021", "label": "Czubaszek i in. (2021)", "db_ref": "odczyt z publikacji otwartej (Table 3); plik dowodowy dl/my_energies_14_08373/fulltext.txt", "secondary": false, "sample_note": "fermentacja mokra (oryg.: „Phalaris arundinacea (PAr), wet fermentation”)", "pretreatment": "brak", "pretreated": false, "value": 238.0, "value_original": "238", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mozga-trzcinowata-r10", "substrate_id": "mozga-trzcinowata", "status": "published", "source_type": "publication", "source_id": "ruf2018", "label": "Ruf i Emmerling (2018)", "db_ref": "MY-D mdb2719 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „reed canary grass”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 277.0, "value_original": "277", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mozga-trzcinowata-r11", "substrate_id": "mozga-trzcinowata", "status": "published", "source_type": "publication", "source_id": "ruf2018", "label": "Ruf i Emmerling (2018)", "db_ref": "MY-D mdb2707 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „reed canary grass”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 284.4, "value_original": "284.4", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "mozga-trzcinowata-r12", "substrate_id": "mozga-trzcinowata", "status": "published", "source_type": "publication", "source_id": "ruf2018", "label": "Ruf i Emmerling (2018)", "db_ref": "MY-D mdb2708 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "(oryg.: „reed canary grass”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 290.2, "value_original": "290.2", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pennisetum-giganteum-r1", "substrate_id": "pennisetum-giganteum", "status": "published", "source_type": "publication", "source_id": "bcbpd:10.1166/jbmb.2020.1948", "label": "Liu i in. 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(2020)", "db_ref": "BCBPD rekord 73 (Biomass Characteristics and Biomethane Production Database, BUCT, https://bcbpd.top/)", "secondary": false, "sample_note": "zbiór w lipcu (oryg.: „Pennisetum giganteum (Pennisetum giganteum z.x.lin) – Collected in July”)", "duration_d": 41, "pretreatment": "brak", "pretreated": false, "value": 267.9, "value_original": "267.9", "unit_original": "mL CH4 / g VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pennisetum-hybrydowy-r1", "substrate_id": "pennisetum-hybrydowy", "status": "published", "source_type": "publication", "source_id": "zhangy2019", "label": "Zhang i in. (2019)", "db_ref": "MY-D mdb3106 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeża masa, frakcja łodygi (oryg.: „Pennisetum hybrid fresh grass stem”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 193.7, "value_original": "193.7", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pennisetum-hybrydowy-r2", "substrate_id": "pennisetum-hybrydowy", "status": "published", "source_type": "publication", "source_id": "zhangy2019", "label": "Zhang i in. (2019)", "db_ref": "MY-D mdb3102 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeża masa, frakcja liście (oryg.: „Pennisetum hybrid fresh grass leaf”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 200.4, "value_original": "200.4", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pennisetum-hybrydowy-r3", "substrate_id": "pennisetum-hybrydowy", "status": "published", "source_type": "publication", "source_id": "zhangy2019", "label": "Zhang i in. (2019)", "db_ref": "MY-D mdb3104 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeża masa, cała roślina (oryg.: „Pennisetum hybrid fresh grass whole”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 226.4, "value_original": "226.37", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pennisetum-hybrydowy-r4", "substrate_id": "pennisetum-hybrydowy", "status": "published", "source_type": "publication", "source_id": "zhangy2019", "label": "Zhang i in. (2019)", "db_ref": "MY-D mdb3103 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "świeża masa, frakcja łodygi (oryg.: „Pennisetum hybrid fresh grass stem”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 232.8, "value_original": "232.85", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pennisetum-hybrydowy-r5", "substrate_id": "pennisetum-hybrydowy", "status": "published", "source_type": "publication", "source_id": "zhangy2019", "label": "Zhang i in. 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"first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 63.0, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 654, kolumna „methane content”", "excerpt": "0.63" } }, { "id": "pszenzyto-gps-r15", "substrate_id": "pszenzyto-gps", "status": "published", "source_type": "publication", "source_id": "cropgen:9", "label": "Heiermann (2002)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 655, referencja nr 9", "secondary": false, "sample_note": "cała roślina, różne fazy (oryg.: „Triticale”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 29.0, "pretreatment": "przygotowanie/przechowanie: Silage in 1L glass vessels packed and sealed for 3 month period", "pretreated": false, "value": 509.0, "value_original": "0.509", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 66.0, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 655, kolumna „methane content”", "excerpt": "0.66" } }, { "id": "pszenzyto-gps-r16", "substrate_id": "pszenzyto-gps", "status": "published", "source_type": "publication", "source_id": "cropgen:9", "label": "Heiermann (2002)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 652, referencja nr 9", "secondary": false, "sample_note": "cała roślina, różne fazy (oryg.: „Triticale”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 29.0, "pretreatment": "brak", "pretreated": false, "value": 534.0, "value_original": "0.534", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 69.0, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 652, kolumna „methane content”", "excerpt": "0.69" } }, { "id": "pszenzyto-gps-r17", "substrate_id": "pszenzyto-gps", "status": "published", "source_type": "publication", "source_id": "cropgen:9", "label": "Heiermann (2002)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 653, referencja nr 9", "secondary": false, "sample_note": "cała roślina, różne fazy (oryg.: „Triticale”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 29.0, "pretreatment": "przygotowanie/przechowanie: Silage in 1L glass vessels packed and sealed for 3 month period", "pretreated": false, "value": 555.0, "value_original": "0.555", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 65.0, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 653, kolumna „methane content”", "excerpt": "0.65" } }, { "id": "pszenzyto-gps-r18", "substrate_id": "pszenzyto-gps", "status": "published", "source_type": "publication", "source_id": "kolbl2014", "label": "Kolbl i in. (2014)", "db_ref": "MY-D mdb1320 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „Triticale”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 286.5, "value_original": "286.5", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pszenzyto-gps-r19", "substrate_id": "pszenzyto-gps", "status": "published", "source_type": "publication", "source_id": "my_extrusion2023", "label": "Chevalier i in. (2023)", "db_ref": "odczyt z publikacji otwartej (Table 4, kolumna CM); plik dowodowy dl/my_waste_01_00030/fulltext.txt", "secondary": false, "sample_note": "pszenżyto w fazie dojrzałości mlecznej (międzyplon), kontrola (oryg.: „Whole triticale (WT), milled control (CM)”)", "pretreatment": "brak", "pretreated": false, "value": 233.0, "value_original": "233", "unit_original": "NmL CH4/g VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "pszenzyto-gps-p1", "substrate_id": "pszenzyto-gps", "status": "published", "source_type": "publication", "source_id": "kolbl2014", "label": "Kolbl i in. (2014)", "db_ref": "MY-D mdb1326 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Triticale”)", "pretreatment": "obróbka wstępna: enzymatic", "pretreated": true, "value": 312.0 }, { "id": "pszenzyto-gps-p2", "substrate_id": "pszenzyto-gps", "status": "published", "source_type": "publication", "source_id": "kolbl2014", "label": "Kolbl i in. (2014)", "db_ref": "MY-D mdb1327 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Triticale”)", "pretreatment": "obróbka wstępna: enzymatic", "pretreated": true, "value": 478.0 }, { "id": "rdestowiec-igniscum-r1", "substrate_id": "rdestowiec-igniscum", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 169, referencja nr 14", "secondary": false, "sample_note": "rdestowiec sachaliński (oryg.: „Giant knotweed”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 125.0, "pretreatment": "brak", "pretreated": false, "value": 170.0, "value_original": "0.17(0.08)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rdestowiec-igniscum-r2", "substrate_id": "rdestowiec-igniscum", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 170, referencja nr 14", "secondary": false, "sample_note": "rdestowiec sachaliński (oryg.: „Giant knotweed”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 164.0, "pretreatment": "brak", "pretreated": false, "value": 270.0, "value_original": "0.27 (0.00)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rdestowiec-igniscum-r3", "substrate_id": "rdestowiec-igniscum", "status": "published", "source_type": "publication", "source_id": "mast2014", "label": "Mast i in. (2014)", "db_ref": "MY-D mdb2734 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odmiana Igniscum, różne terminy zbioru (oryg.: „igniscum”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 146.0, "value_original": "146", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rdestowiec-igniscum-r4", "substrate_id": "rdestowiec-igniscum", "status": "published", "source_type": "publication", "source_id": "mast2014", "label": "Mast i in. (2014)", "db_ref": "MY-D mdb2735 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odmiana Igniscum, różne terminy zbioru (oryg.: „igniscum”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 148.0, "value_original": "148", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rdestowiec-igniscum-r5", "substrate_id": "rdestowiec-igniscum", "status": "published", "source_type": "publication", "source_id": "mast2014", "label": "Mast i in. (2014)", "db_ref": "MY-D mdb2736 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odmiana Igniscum, różne terminy zbioru (oryg.: „igniscum”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 150.0, "value_original": "150", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rdestowiec-igniscum-r6", "substrate_id": "rdestowiec-igniscum", "status": "published", "source_type": "publication", "source_id": "mast2014", "label": "Mast i in. (2014)", "db_ref": "MY-D mdb2737 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odmiana Igniscum, różne terminy zbioru (oryg.: „igniscum”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 158.0, "value_original": "158", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rdestowiec-igniscum-r7", "substrate_id": "rdestowiec-igniscum", "status": "published", "source_type": "publication", "source_id": "ruf2018", "label": "Ruf i Emmerling (2018)", "db_ref": "MY-D mdb2703 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "rdestowiec sachaliński (oryg.: „Giant knotweed”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 189.8, "value_original": "189.8", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rdestowiec-igniscum-r8", "substrate_id": "rdestowiec-igniscum", "status": "published", "source_type": "publication", "source_id": "ruf2018", "label": "Ruf i Emmerling (2018)", "db_ref": "MY-D mdb2704 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "rdestowiec sachaliński (oryg.: „Giant knotweed”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 192.1, "value_original": "192.1", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rdestowiec-igniscum-r9", "substrate_id": "rdestowiec-igniscum", "status": "published", "source_type": "publication", "source_id": "ruf2018", "label": "Ruf i Emmerling (2018)", "db_ref": "MY-D mdb2716 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "rdestowiec sachaliński (oryg.: „Giant knotweed”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 219.6, "value_original": "219.6", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rdestowiec-igniscum-r10", "substrate_id": "rdestowiec-igniscum", "status": "published", "source_type": "publication", "source_id": "ruf2018", "label": "Ruf i Emmerling (2018)", "db_ref": "MY-D mdb2715 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "rdestowiec sachaliński (oryg.: „Giant knotweed”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 222.4, "value_original": "222.4", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rozanik-silphium-r1", "substrate_id": "rozanik-silphium", "status": "published", "source_type": "publication", "source_id": "mast2014", "label": "Mast i in. (2014)", "db_ref": "MY-D mdb2721 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne terminy zbioru (oryg.: „cup plant”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 232.0, "value_original": "232", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rozanik-silphium-r2", "substrate_id": "rozanik-silphium", "status": "published", "source_type": "publication", "source_id": "mast2014", "label": "Mast i in. (2014)", "db_ref": "MY-D mdb2722 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne terminy zbioru (oryg.: „cup plant”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 248.0, "value_original": "248", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rozanik-silphium-r3", "substrate_id": "rozanik-silphium", "status": "published", "source_type": "publication", "source_id": "mast2014", "label": "Mast i in. (2014)", "db_ref": "MY-D mdb2724 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne terminy zbioru (oryg.: „cup plant”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 256.0, "value_original": "256", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rozanik-silphium-r4", "substrate_id": "rozanik-silphium", "status": "published", "source_type": "publication", "source_id": "mast2014", "label": "Mast i in. (2014)", "db_ref": "MY-D mdb2723 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne terminy zbioru (oryg.: „cup plant”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 275.0, "value_original": "275", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rozanik-silphium-r5", "substrate_id": "rozanik-silphium", "status": "published", "source_type": "publication", "source_id": "ruf2018", "label": "Ruf i Emmerling (2018)", "db_ref": "MY-D mdb2700 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne terminy zbioru (oryg.: „cup plant”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 236.3, "value_original": "236.3", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rozanik-silphium-r6", "substrate_id": "rozanik-silphium", "status": "published", "source_type": "publication", "source_id": "ruf2018", "label": "Ruf i Emmerling (2018)", "db_ref": "MY-D mdb2699 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne terminy zbioru (oryg.: „cup plant”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 249.9, "value_original": "249.9", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rozanik-silphium-r7", "substrate_id": "rozanik-silphium", "status": "published", "source_type": "publication", "source_id": "ruf2018", "label": "Ruf i Emmerling (2018)", "db_ref": "MY-D mdb2712 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne terminy zbioru (oryg.: „cup plant”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 273.4, "value_original": "273.4", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rozanik-silphium-r8", "substrate_id": "rozanik-silphium", "status": "published", "source_type": "publication", "source_id": "ruf2018", "label": "Ruf i Emmerling (2018)", "db_ref": "MY-D mdb2711 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne terminy zbioru (oryg.: „cup plant”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "rozdrobnienie/przygotowanie próbki (MY-D: obróbka fizyczna)", "pretreated": false, "value": 282.4, "value_original": "282.4", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "rozanik-silphium-p1", "substrate_id": "rozanik-silphium", "status": "published", "source_type": "publication", "source_id": "haag2015", "label": "Haag i in. (2015)", "db_ref": "MY-D mdb2739 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Silphium perfoliatum”)", "pretreatment": "obróbka wstępna: physical-enzymatic", "pretreated": true, "value": 250.0 }, { "id": "rozanik-silphium-p2", "substrate_id": "rozanik-silphium", "status": "published", "source_type": "publication", "source_id": "haag2015", "label": "Haag i in. (2015)", "db_ref": "MY-D mdb2740 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Silphium perfoliatum”)", "pretreatment": "obróbka wstępna: physical-enzymatic", "pretreated": true, "value": 228.0 }, { "id": "rozanik-silphium-p3", "substrate_id": "rozanik-silphium", "status": "published", "source_type": "publication", "source_id": "haag2015", "label": "Haag i in. (2015)", "db_ref": "MY-D mdb2741 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Silphium perfoliatum”)", "pretreatment": "obróbka wstępna: physical-enzymatic", "pretreated": true, "value": 256.0 }, { "id": "rozanik-silphium-p4", "substrate_id": "rozanik-silphium", "status": "published", "source_type": "publication", "source_id": "haag2015", "label": "Haag i in. (2015)", "db_ref": "MY-D mdb2742 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Silphium perfoliatum”)", "pretreatment": "obróbka wstępna: physical-enzymatic", "pretreated": true, "value": 248.0 }, { "id": "rozanik-silphium-p5", "substrate_id": "rozanik-silphium", "status": "published", "source_type": "publication", "source_id": "haag2015", "label": "Haag i in. (2015)", "db_ref": "MY-D mdb2743 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Silphium perfoliatum”)", "pretreatment": "obróbka wstępna: physical-enzymatic", "pretreated": true, "value": 260.0 }, { "id": "rozanik-silphium-p6", "substrate_id": "rozanik-silphium", "status": "published", "source_type": "publication", "source_id": "haag2015", "label": "Haag i in. (2015)", "db_ref": "MY-D mdb2744 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Silphium perfoliatum”)", "pretreatment": "obróbka wstępna: physical-enzymatic", "pretreated": true, "value": 254.0 }, { "id": "rozanik-silphium-p7", "substrate_id": "rozanik-silphium", "status": "published", "source_type": "publication", "source_id": "haag2015", "label": "Haag i in. (2015)", "db_ref": "MY-D mdb2745 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Silphium perfoliatum”)", "pretreatment": "obróbka wstępna: physical-enzymatic", "pretreated": true, "value": 255.0 }, { "id": "rozanik-silphium-p8", "substrate_id": "rozanik-silphium", "status": "published", "source_type": "publication", "source_id": "haag2015", "label": "Haag i in. (2015)", "db_ref": "MY-D mdb2746 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "sample_note": "(oryg.: „Silphium perfoliatum”)", "pretreatment": "obróbka wstępna: physical-enzymatic", "pretreated": true, "value": 251.0 }, { "id": "rzepak-zielona-masa-r1", "substrate_id": "rzepak-zielona-masa", "status": "published", "source_type": "publication", "source_id": "cropgen:18", "label": "Pouech (b.r.)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 441, referencja nr 18", "secondary": false, "sample_note": "cała roślina (oryg.: „Rapeseed”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 336.0, "value_original": "0.336", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 60.4, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 441, kolumna „methane content”", "excerpt": "0.604" } }, { "id": "rzepak-zielona-masa-r2", "substrate_id": "rzepak-zielona-masa", "status": "published", "source_type": "publication", "source_id": "cropgen:21", "label": "Zubr (1986)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 438, referencja nr 21", "secondary": false, "sample_note": "części nadziemne (oryg.: „Rape”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "przygotowanie/przechowanie: Silage: Air tight glass jars , fermented 30-40 days at 20 oC.", "pretreated": false, "value": 330.0, "value_original": "0.33", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 72.0, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 438, kolumna „methane content”", "excerpt": "0.72" } }, { "id": "rzepak-zielona-masa-r3", "substrate_id": "rzepak-zielona-masa", "status": "published", "source_type": "publication", "source_id": "cropgen:21", "label": "Zubr (1986)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 437, referencja nr 21", "secondary": false, "sample_note": "części nadziemne (oryg.: „Rape”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 334.0, "value_original": "0.334", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 69.5, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 437, kolumna „methane content”", "excerpt": "0.695" } }, { "id": "rzepak-zielona-masa-r4", "substrate_id": "rzepak-zielona-masa", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3289 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (zielona masa) (oryg.: „Rapeseed”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 432.5, "value_original": "432.5", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sorgo-cukrowe-i-pastewne-r1", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "cropgen:18", "label": "Pouech (b.r.)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 154, referencja nr 18", "secondary": false, "sample_note": "sorgo pastewne (oryg.: „Forage sorghum”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 295.0, "value_original": "0.295", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 56.9, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 154, kolumna „methane content”", "excerpt": "0.569" } }, { "id": "sorgo-cukrowe-i-pastewne-r2", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "cropgen:18", "label": "Pouech (b.r.)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 629, referencja nr 18", "secondary": false, "sample_note": "sorgo cukrowe (oryg.: „Sweet sorghum”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 352.0, "value_original": "0.352", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 58.5, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 629, kolumna „methane content”", "excerpt": "0.585" } }, { "id": "sorgo-cukrowe-i-pastewne-r3", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "cropgen:18", "label": "Pouech (b.r.)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 175, referencja nr 18", "secondary": false, "sample_note": "sorgo ziarnowe (cała roślina) (oryg.: „Grain sorghum”)", "temperature_c": 40.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 372.0, "value_original": "0.372", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 59.6, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 175, kolumna „methane content”", "excerpt": "0.596" } }, { "id": "sorgo-cukrowe-i-pastewne-r4", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 528, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Sorghum”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 311.0, "value_original": "0.311 (0.011)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.152, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sorgo-cukrowe-i-pastewne-r5", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 526, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Sorghum”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 410.0, "value_original": "0.41", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sorgo-cukrowe-i-pastewne-r6", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 527, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Sorghum”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 420.0, "value_original": "0.42", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sorgo-cukrowe-i-pastewne-r7", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1546 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "frakcja: blaszka liściowa (wydzielona eksperymentalnie) (oryg.: „Sorghum bicolor Lamina”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 367.0, "value_original": "367", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sorgo-cukrowe-i-pastewne-r8", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1547 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "frakcja: pochwa liściowa (wydzielona eksperymentalnie) (oryg.: „Sorghum bicolor Sheath”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 407.0, "value_original": "407", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sorgo-cukrowe-i-pastewne-r9", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1548 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "frakcja: kwiatostan w fazie kwitnienia (wydzielona eksperymentalnie) (oryg.: „Sorghum bicolor Inflorescence with flowers”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 480.0, "value_original": "480", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sorgo-cukrowe-i-pastewne-r10", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "gunaseelan2004", "label": "Gunaseelan (2004)", "db_ref": "MY-D mdb1549 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "frakcja: kwiatostan z ziarnem (wydzielona eksperymentalnie) (oryg.: „Sorghum bicolor Inflorescence with Grains”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 538.0, "value_original": "538", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sorgo-cukrowe-i-pastewne-r11", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3287 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „Sorghum”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 272.6, "value_original": "272.6", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sorgo-cukrowe-i-pastewne-r12", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3277 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „sorghum”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 285.6, "value_original": "285.6", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sorgo-cukrowe-i-pastewne-r13", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3296 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „Sorghum”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 289.8, "value_original": "289.8", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sorgo-cukrowe-i-pastewne-r14", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3291 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „Sorghum”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 305.3, "value_original": "305.3", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sorgo-cukrowe-i-pastewne-r15", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3273 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „sorghum”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 332.7, "value_original": "332.7", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sorgo-cukrowe-i-pastewne-r16", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3269 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odmiana typu sucro (cukrowa) (oryg.: „sucro variety”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 351.3, "value_original": "351.3", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sorgo-cukrowe-i-pastewne-r17", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3270 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "odmiana Vega (oryg.: „vega sorghum”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 360.4, "value_original": "360.4", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sorgo-cukrowe-i-pastewne-r18", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3268 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „sorghum”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 361.8, "value_original": "361.8", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sorgo-cukrowe-i-pastewne-r19", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "sambusiti2013", "label": "Sambusiti i in. (2013)", "db_ref": "MY-D mdb1510 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka z sorga pastewnego (oryg.: „ensiled sorgum forage”)", "temperature_c": 35.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 269.0, "value_original": "269", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "sorgo-cukrowe-i-pastewne-p1", "substrate_id": "sorgo-cukrowe-i-pastewne", "status": "published", "source_type": "publication", "source_id": "sambusiti2013", "label": "Sambusiti i in. 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(2014)", "db_ref": "MY-D mdb2729 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne terminy zbioru (oryg.: „energy dock”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 187.0, "value_original": "187", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "szczaw-energetyczny-r2", "substrate_id": "szczaw-energetyczny", "status": "published", "source_type": "publication", "source_id": "mast2014", "label": "Mast i in. (2014)", "db_ref": "MY-D mdb2728 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne terminy zbioru (oryg.: „energy dock”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 289.0, "value_original": "289", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "szczaw-energetyczny-r3", "substrate_id": "szczaw-energetyczny", "status": "published", "source_type": "publication", "source_id": "mast2014", "label": "Mast i in. (2014)", "db_ref": "MY-D mdb2727 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne terminy zbioru (oryg.: „energy dock”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 290.0, "value_original": "290", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "szczaw-energetyczny-r4", "substrate_id": "szczaw-energetyczny", "status": "published", "source_type": "publication", "source_id": "mast2014", "label": "Mast i in. (2014)", "db_ref": "MY-D mdb2726 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne terminy zbioru (oryg.: „energy dock”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 294.0, "value_original": "294", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "szczaw-energetyczny-r5", "substrate_id": "szczaw-energetyczny", "status": "published", "source_type": "publication", "source_id": "mast2014", "label": "Mast i in. (2014)", "db_ref": "MY-D mdb2725 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "różne terminy zbioru (oryg.: „energy dock”)", "temperature_c": 37.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 297.0, "value_original": "297", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "slonecznik-cala-roslina-r1", "substrate_id": "slonecznik-cala-roslina", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1278 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „Sunflower”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 154.0, "value_original": "154", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "slonecznik-cala-roslina-r2", "substrate_id": "slonecznik-cala-roslina", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1279 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „Sunflower”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 190.0, "value_original": "190", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "slonecznik-cala-roslina-r3", "substrate_id": "slonecznik-cala-roslina", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1277 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „Sunflower”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 194.0, "value_original": "194", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "slonecznik-cala-roslina-r4", "substrate_id": "slonecznik-cala-roslina", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1275 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „Sunflower”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 206.0, "value_original": "206", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "slonecznik-cala-roslina-r5", "substrate_id": "slonecznik-cala-roslina", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1276 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „Sunflower”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 220.0, "value_original": "220", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "slonecznik-cala-roslina-r6", "substrate_id": "slonecznik-cala-roslina", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1270 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „Sunflower”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 252.0, "value_original": "252", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "slonecznik-cala-roslina-r7", "substrate_id": "slonecznik-cala-roslina", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1272 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „Sunflower”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 271.0, "value_original": "271", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "slonecznik-cala-roslina-r8", "substrate_id": "slonecznik-cala-roslina", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1273 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „Sunflower”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 272.0, "value_original": "272", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "slonecznik-cala-roslina-r9", "substrate_id": "slonecznik-cala-roslina", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1269 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „Sunflower”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 291.0, "value_original": "291", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "slonecznik-cala-roslina-r10", "substrate_id": "slonecznik-cala-roslina", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1234 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "kiszonka z całych roślin (oryg.: „Sunflower whole crop Silage”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 300.0, "value_original": "300", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "slonecznik-cala-roslina-r11", "substrate_id": "slonecznik-cala-roslina", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1271 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „Sunflower”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 335.0, "value_original": "335", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "slonecznik-cala-roslina-r12", "substrate_id": "slonecznik-cala-roslina", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1274 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „Sunflower”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 428.0, "value_original": "428", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "slonecznik-cala-roslina-r13", "substrate_id": "slonecznik-cala-roslina", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1268 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „Sunflower”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 454.0, "value_original": "454", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "slonecznik-cala-roslina-r14", "substrate_id": "slonecznik-cala-roslina", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3292 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "cała roślina (oryg.: „Sunflower”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 290.7, "value_original": "290.7", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "slonecznik-cala-roslina-r15", "substrate_id": "slonecznik-cala-roslina", "status": "published", "source_type": "publication", "source_id": "lunadelrisco2011", "label": "Luna-delRisco i in. (2011)", "db_ref": "MY-D mdb2784 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "roślina wysuszona (s.m. 91%) (oryg.: „sunflower”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 296.0, "value_original": "296", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "topinambur-r1", "substrate_id": "topinambur", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 260, referencja nr 14", "secondary": false, "sample_note": "części nadziemne (oryg.: „Jerusalem Artichoke”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 140.0, "pretreatment": "brak", "pretreated": false, "value": 360.0, "value_original": "0.36 (0.04)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "topinambur-r2", "substrate_id": "topinambur", "status": "published", "source_type": "publication", "source_id": "cropgen:14", "label": "Lehtomaki (2006)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 259, referencja nr 14", "secondary": false, "sample_note": "części nadziemne (oryg.: „Jerusalem Artichoke”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 150.0, "pretreatment": "brak", "pretreated": false, "value": 370.0, "value_original": "0.37 (0.06)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "topinambur-r3", "substrate_id": "topinambur", "status": "published", "source_type": "publication", "source_id": "cropgen:21", "label": "Zubr (1986)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 262, referencja nr 21", "secondary": false, "sample_note": "części nadziemne (oryg.: „Jerusalem artichoke”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "przygotowanie/przechowanie: Silage: Air tight glass jars , fermented 30-40 days at 20 oC.", "pretreated": false, "value": 301.0, "value_original": "0.301", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 68.4, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 262, kolumna „methane content”", "excerpt": "0.684" } }, { "id": "topinambur-r4", "substrate_id": "topinambur", "status": "published", "source_type": "publication", "source_id": "cropgen:21", "label": "Zubr (1986)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 261, referencja nr 21", "secondary": false, "sample_note": "części nadziemne (oryg.: „Jerusalem artichoke”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 35.0, "pretreatment": "brak", "pretreated": false, "value": 309.0, "value_original": "0.309", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 61.1, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 261, kolumna „methane content”", "excerpt": "0.611" } }, { "id": "topinambur-r5", "substrate_id": "topinambur", "status": "published", "source_type": "publication", "source_id": "cropgen:8", "label": "Gunnarson i in. (1985)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 265, referencja nr 8", "secondary": false, "sample_note": "części nadziemne (oryg.: „Jerusalem artichoke”)", "temperature_c": 37.0, "regime": "mezofilowy", "duration_d": 8.0, "pretreatment": "przygotowanie/przechowanie: Ensiled", "pretreated": false, "value": 650.0, "value_original": "0,65 (biogas)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "topinambur-r6", "substrate_id": "topinambur", "status": "published", "source_type": "publication", "source_id": "cropgen:8", "label": "Gunnarson i in. 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(1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 130, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Energycane”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "przygotowanie/przechowanie: Dried 40% moisture -R5", "pretreated": false, "value": 293.0, "value_original": "0.293 (0.005)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.105, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-energetyczna-r13", "substrate_id": "trzcina-energetyczna", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 136, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Energycane”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 294.0, "value_original": "0.294 (0.036)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.08, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-energetyczna-r14", "substrate_id": "trzcina-energetyczna", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 141, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Energycane”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 298.0, "value_original": "0.298 (0.011)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.147, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-energetyczna-r15", "substrate_id": "trzcina-energetyczna", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 142, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Energycane”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 299.0, "value_original": "0.299 (0.019)", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.094, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-energetyczna-r16", "substrate_id": "trzcina-energetyczna", "status": "published", "source_type": "publication", "source_id": "cropgen:4", "label": "Chynoweth i in. (1993)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 125, referencja nr 4", "secondary": false, "sample_note": "(oryg.: „Energycane”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 46.0, "pretreatment": "brak", "pretreated": false, "value": 320.0, "value_original": "0.32", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-energetyczna-r17", "substrate_id": "trzcina-energetyczna", "status": "published", "source_type": "publication", "source_id": "cropgen:5", "label": "Deren i in. (1991)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 499, referencja nr 5", "secondary": false, "sample_note": "mieszańce Saccharum (plantacja/odrosty) (oryg.: „Saccharum hybrids”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 100.0, "pretreatment": "brak", "pretreated": false, "value": 270.0, "value_original": "0.27-0.314 average for plant cane and ratoon", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.06, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-energetyczna-r18", "substrate_id": "trzcina-energetyczna", "status": "published", "source_type": "publication", "source_id": "cropgen:5", "label": "Deren i in. (1991)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 501, referencja nr 5", "secondary": false, "sample_note": "mieszańce Saccharum (plantacja/odrosty) (oryg.: „Saccharum hybrids US 72-1288”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 100.0, "pretreatment": "brak", "pretreated": false, "value": 290.0, "value_original": "0.29 average for plant cane and ratoon", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.09, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-energetyczna-r19", "substrate_id": "trzcina-energetyczna", "status": "published", "source_type": "publication", "source_id": "cropgen:5", "label": "Deren i in. (1991)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 503, referencja nr 5", "secondary": false, "sample_note": "mieszańce Saccharum (plantacja/odrosty) (oryg.: „Saccharum hybrids US84-1009”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 100.0, "pretreatment": "brak", "pretreated": false, "value": 310.0, "value_original": "0.31 average for plant cane and ratoon", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.08, "k_source": "publikacja (stała podana dla tego rekordu)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-olbrzymia-r1", "substrate_id": "trzcina-olbrzymia", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "trzcina olbrzymia, nawożenie A (oryg.: „A. donax, fertilization A”)", "pretreatment": "brak", "pretreated": false, "value": 245.8, "value_original": "245.8", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-olbrzymia-r2", "substrate_id": "trzcina-olbrzymia", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "trzcina olbrzymia, nawożenie B (oryg.: „A. donax, fertilization B”)", "pretreatment": "brak", "pretreated": false, "value": 252.1, "value_original": "252.1", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "trzcina-olbrzymia-r3", "substrate_id": "trzcina-olbrzymia", "status": "published", "source_type": "publication", "source_id": "my_phragmites2020", "label": "Eller i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2); plik dowodowy dl/my_resources_09_00057/fulltext.txt", "secondary": false, "sample_note": "trzcina olbrzymia, nawożenie C (oryg.: „A. donax, fertilization C”)", "pretreatment": "brak", "pretreated": false, "value": 256.6, "value_original": "256.6", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zyto-gps-r1", "substrate_id": "zyto-gps", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1265 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "uprawa energetyczna w płodozmianie (cała roślina, różne terminy zbioru) (oryg.: „Rye”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 140.0, "value_original": "140", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zyto-gps-r2", "substrate_id": "zyto-gps", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1266 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "uprawa energetyczna w płodozmianie (cała roślina, różne terminy zbioru) (oryg.: „Rye”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 243.0, "value_original": "243", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zyto-gps-r3", "substrate_id": "zyto-gps", "status": "published", "source_type": "publication", "source_id": "amon2007", "label": "Amon i in. (2007)", "db_ref": "MY-D mdb1267 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "uprawa energetyczna w płodozmianie (cała roślina, różne terminy zbioru) (oryg.: „Rye”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 275.0, "value_original": "275", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "zyto-gps-r4", "substrate_id": "zyto-gps", "status": "published", "source_type": "publication", "source_id": "cropgen:9", "label": "Heiermann (2002)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 473, referencja nr 9", "secondary": false, "sample_note": "cała roślina, różne fazy (oryg.: „Rye”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 29.0, "pretreatment": "brak", "pretreated": false, "value": 283.0, "value_original": "0.283", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 61.0, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 473, kolumna „methane content”", "excerpt": "0.61" } }, { "id": "zyto-gps-r5", "substrate_id": "zyto-gps", "status": "published", "source_type": "publication", "source_id": "cropgen:9", "label": "Heiermann (2002)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 469, referencja nr 9", "secondary": false, "sample_note": "cała roślina, różne fazy (oryg.: „Rye”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 29.0, "pretreatment": "brak", "pretreated": false, "value": 370.0, "value_original": "0.37", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 64.0, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 469, kolumna „methane content”", "excerpt": "0.64" } }, { "id": "zyto-gps-r6", "substrate_id": "zyto-gps", "status": "published", "source_type": "publication", "source_id": "cropgen:9", "label": "Heiermann (2002)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 471, referencja nr 9", "secondary": false, "sample_note": "cała roślina, różne fazy (oryg.: „Rye”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 29.0, "pretreatment": "brak", "pretreated": false, "value": 410.0, "value_original": "0.41", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 63.0, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 471, kolumna „methane content”", "excerpt": "0.63" } }, { "id": "zyto-gps-r7", "substrate_id": "zyto-gps", "status": "published", "source_type": "publication", "source_id": "cropgen:9", "label": "Heiermann (2002)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 470, referencja nr 9", "secondary": false, "sample_note": "cała roślina, różne fazy (oryg.: „Rye”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 29.0, "pretreatment": "przygotowanie/przechowanie: Silage in 1L glass vessels packed and sealed for 3 month period", "pretreated": false, "value": 476.0, "value_original": "0.476", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 64.0, "ch4_evidence": { "type": "file", "ref": "research/bmp/src/cropgen-crop-data.csv", "locator": "CROPGEN D4, rekord 470, kolumna „methane content”", "excerpt": "0.64" } }, { "id": "zyto-gps-r8", "substrate_id": "zyto-gps", "status": "published", "source_type": "publication", "source_id": "cropgen:9", "label": "Heiermann (2002)", "db_ref": "CROPGEN D4 – baza „crop BMPs 230511” (Wageningen University / University of Southampton), rekord 472, referencja nr 9", "secondary": false, "sample_note": "cała roślina, różne fazy (oryg.: „Rye”)", "temperature_c": 35.0, "regime": "mezofilowy", "duration_d": 29.0, "pretreatment": "przygotowanie/przechowanie: Silage in 1L glass vessels packed and sealed for 3 month period", "pretreated": false, "value": 492.0, "value_original": "0.492", "unit_original": "m3 CH4 / kg VS", "model": { "type": "first-order", "k": 0.085, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne", "ch4_pct": 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(2020)", "db_ref": "odczyt z publikacji otwartej (Table 2, Measured BMP); plik dowodowy dl/my_water_12_01223/fulltext.txt", "secondary": false, "sample_note": "płatki kukurydziane (oryg.: „Cornflakes”)", "pretreatment": "brak", "pretreated": false, "value": 363.0, "value_original": "363", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.257, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "platki-zbozowe-r2", "substrate_id": "platki-zbozowe", "status": "published", "source_type": "publication", "source_id": "my_supermarket2020", "label": "Koch i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2, Measured BMP); plik dowodowy dl/my_water_12_01223/fulltext.txt", "secondary": false, "sample_note": "płatki owsiane (oryg.: „Oat flakes”)", "pretreatment": "brak", "pretreated": false, "value": 390.0, "value_original": "390", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.257, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ziarno-i-maka-zbozowa-r1", "substrate_id": "ziarno-i-maka-zbozowa", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3362 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "ziarno kukurydzy (oryg.: „maize beans”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 246.8, "value_original": "246.8", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.257, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ziarno-i-maka-zbozowa-r2", "substrate_id": "ziarno-i-maka-zbozowa", "status": "published", "source_type": "publication", "source_id": "lallement2023", "label": "Lallement i in. (2023)", "db_ref": "MY-D mdb3349 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "mąka kukurydziana (oryg.: „maize flour”)", "temperature_c": 38.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 325.4, "value_original": "325.4", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.257, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ziarno-i-maka-zbozowa-r3", "substrate_id": "ziarno-i-maka-zbozowa", "status": "published", "source_type": "publication", "source_id": "lunadelrisco2011", "label": "Luna-delRisco i in. (2011)", "db_ref": "MY-D mdb2782 (Methane Yield Database, DOI 10.1016/j.biortech.2015.04.021)", "secondary": false, "sample_note": "mąka z młyna zbożowego (oryg.: „grain mill - Flour”)", "temperature_c": 36.0, "regime": "mezofilowy", "pretreatment": "brak", "pretreated": false, "value": 386.0, "value_original": "386", "unit_original": "NmL CH4 / g OS", "model": { "type": "first-order", "k": 0.257, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" }, { "id": "ziarno-i-maka-zbozowa-r4", "substrate_id": "ziarno-i-maka-zbozowa", "status": "published", "source_type": "publication", "source_id": "my_supermarket2020", "label": "Koch i in. (2020)", "db_ref": "odczyt z publikacji otwartej (Table 2, Measured BMP); plik dowodowy dl/my_water_12_01223/fulltext.txt", "secondary": false, "sample_note": "mąka pszenna (produkt ze sklepu) (oryg.: „Wheat flour”)", "pretreatment": "brak", "pretreated": false, "value": 378.0, "value_original": "378", "unit_original": "NL CH4/kg VS", "model": { "type": "first-order", "k": 0.257, "k_source": "stała grupowa (patrz kinetics w substracie)" }, "evidence_legacy": "dane pierwotne" } ] }