Public collection
Find reusable life cycle inventories by name, reference product, geography, maturity, and controlled classification.
Curated records
3509 results
Profile-specific engineering projection of the existing CO2 compression, 50 km pipeline transport and geological storage helper to ecoinvent 3.12 cut-off. Retains all source coefficients except the separately approved …
Profile-specific engineering projection of the existing CO2 compression, 50 km pipeline transport and geological storage helper to ecoinvent 3.8 cut-off. Retains all source coefficients except the separately approved …
Capture-only service per kg captured CO2, derived by separating the existing geological-storage child from the wood-gasification capture service. Capture materials and infrastructure proxies are retained; CO2 transport and …
Joint feed service per unit supplying hydrogen and recovered biogenic CO2 for one kg methanol content. It includes scaled wood-gasification burdens, capture of the full CO2 stream and …
Independent conditioning-service reference per kilogram of final vanadium electrolyte. It represents explicit make-up water, reduction electricity and oxygen release for the Oxkem/Martin preparation model.
Modelled incineration reference for 1 MJ of district or industrial heat, using source configuration I and economic allocation. This energy-product node carries its allocated share of the multi-output …
Modelled incineration reference for 1 kWh of medium-voltage electricity, using source configuration I and economic allocation. This energy-product node carries its allocated share of the multi-output process rather …
Modelled incineration reference for 1 kg of wet municipal solid waste treated, using source configuration I and economic allocation. This is the waste-treatment product of the multi-output process.
Modelled incineration reference for 1 MJ of district or industrial heat, using source configuration H and economic allocation. This energy-product node carries its allocated share of the multi-output …
Modelled incineration reference for 1 kWh of medium-voltage electricity, using source configuration H and economic allocation. This energy-product node carries its allocated share of the multi-output process rather …
Modelled incineration reference for 1 kg of wet municipal solid waste treated, using source configuration H and economic allocation. This is the waste-treatment product of the multi-output process.
Modelled incineration reference for 1 MJ of district or industrial heat, using source configuration G and economic allocation. This energy-product node carries its allocated share of the multi-output …
Modelled incineration reference for 1 kWh of medium-voltage electricity, using source configuration G and economic allocation. This energy-product node carries its allocated share of the multi-output process rather …
Modelled incineration reference for 1 kg of wet municipal solid waste treated, using source configuration G and economic allocation. This is the waste-treatment product of the multi-output process.
Modelled incineration reference for 1 kWh of medium-voltage electricity, using source configuration F and economic allocation. This energy-product node carries its allocated share of the multi-output process rather …
Modelled incineration reference for 1 kg of wet municipal solid waste treated, using source configuration F and economic allocation. This is the waste-treatment product of the multi-output process.
Modelled incineration reference for 1 MJ of district or industrial heat, using source configuration E and economic allocation. This energy-product node carries its allocated share of the multi-output …
Modelled incineration reference for 1 kWh of medium-voltage electricity, using source configuration E and economic allocation. This energy-product node carries its allocated share of the multi-output process rather …
Modelled incineration reference for 1 kg of wet municipal solid waste treated, using source configuration E and economic allocation. This is the waste-treatment product of the multi-output process.
Modelled incineration reference for 1 MJ of district or industrial heat, using source configuration D and economic allocation. This energy-product node carries its allocated share of the multi-output …
Modelled incineration reference for 1 kWh of medium-voltage electricity, using source configuration D and economic allocation. This energy-product node carries its allocated share of the multi-output process rather …
Modelled incineration reference for 1 kg of wet municipal solid waste treated, using source configuration D and economic allocation. This is the waste-treatment product of the multi-output process. …
Modelled incineration reference for 1 MJ of district or industrial heat, using source configuration C and economic allocation. This energy-product node carries its allocated share of the multi-output …
Modelled incineration reference for 1 kWh of medium-voltage electricity, using source configuration C and economic allocation. This energy-product node carries its allocated share of the multi-output process rather …
Modelled incineration reference for 1 kg of wet municipal solid waste treated, using source configuration C and economic allocation. This is the waste-treatment product of the multi-output process.