Public collection
Find reusable life cycle inventories by name, reference product, geography, maturity, and controlled classification.
Curated records
729 results
This dataset represents pig iron production through a hydrogen-based direct-reduction route, one of the electrified decarbonization pathways analyzed by Harpprecht et al. (2025). That study highlights hydrogen and …
This dataset, adapted by Harpprecht et al. (2025) from the original ecoinvent 3.8 cutoff dataset on “steel production, electric, low-alloyed” (region: Europe without Switzerland and Austria), models the …
This dataset, modified by Harpprecht et al. (2025) from the original ecoinvent 3.8 cutoff process for low-alloyed steel production via electric arc furnace (EAF), represents steel production using …
This dataset, modified by Harpprecht et al. (2025) from ecoinvent 3.8 (cutoff), models the production of unalloyed steel via electric arc furnace (EAF) using sponge iron sourced from …
This dataset, modified by Harpprecht et al. (2025) from the ecoinvent 3.8 cutoff version, models low-alloyed steel production via electric arc furnace (EAF) using sponge iron from natural …
This dataset, created by Harpprecht et al. (2025), models the process of capturing CO2 from the top gas of a Natural Gas Direct Reduced Iron (NG-DRI) furnace using …
This dataset, reused and modified by Harpprecht et al. (2025), represents iron production via natural gas-based direct reduction (NG-DRI) using the Midrex shaft furnace, based on the model …
This dataset, adapted by Harpprecht et al. (2025) from ecoinvent 3.8, models the production of unalloyed steel using sponge iron from natural gas-based direct reduction (NG-DRI) in an …
This dataset, modified by Harpprecht et al. (2025) from ecoinvent 3.8, models the production of low-alloyed steel via the NG-DRI-EAF route, using sponge iron from natural gas-based direct …
This dataset, adapted by Harpprecht et al. (2025), is based on the Midrex natural gas-based direct reduction iron (DRI) production process described by Nduagu et al. (2022), which …
This dataset, adapted by Harpprecht et al. (2025) from the ecoinvent 3.8 cutoff process *"steel production, converter, unalloyed"* (RER region), models unalloyed steel production using pig iron from …
This dataset, adapted by Harpprecht et al. (2025) from the ecoinvent 3.8 cutoff process *"steel production, converter, low-alloyed"* (RER region), represents low-alloyed steel production using pig iron sourced …
This dataset, developed by Harpprecht et al. (2025), models the capture of CO₂ from the blast furnace (BF) top gas using vacuum pressure swing adsorption (VPSA) followed by …
This dataset, adapted by Harpprecht et al. (2025) from the ecoinvent 3.8 cutoff process *"pig iron production"* (region: RER), represents pig iron production via a top gas recycling …
This dataset, modified by Harpprecht et al. (2025) from the ecoinvent 3.8 cutoff process *"steel production, converter, unalloyed"* (RER region), represents unalloyed steel production using pig iron sourced …
This dataset, adapted by Harpprecht et al. (2025) from the ecoinvent 3.8 cutoff process *"steel production, converter, low-alloyed"* (RER region), models low-alloyed steel production using pig iron sourced …
This dataset, derived from the ecoinvent 3.8 cutoff process *"pig iron production"* (RER region), was modified by Harpprecht et al. (2025) to represent iron production via top gas …
This dataset, adapted by Harpprecht et al. (2025) from the ecoinvent 3.8 cutoff process "steel production, converter, low-alloyed" (RER region), represents steel production using iron sourced from a …
This dataset, reused and modified by Harpprecht et al. (2025), is based on Müller et al. (2024), which in turn draws on data from Voldsund et al. (2019), …
This dataset, adapted from the ecoinvent 3.8 cutoff process "pig iron production" for the RER region, was modified by Harpprecht et al. (2025) to represent iron production via …
This dataset, developed by Harpprecht et al. (2025), represents the alloying elements required to produce 1 kg of low-alloyed steel using a converter, based on data from the …
This dataset, originally based on the ecoinvent 3.8 cutoff process "steel production, converter, unalloyed" for the RER region, was modified by Harpprecht et al. (2025) to reflect steel …
This dataset is based on the ecoinvent 3.8 cutoff process "steel production, converter, low-alloyed" for the RER region, and was modified by Harpprecht et al. (2025) to represent …
Source: Jarod C. Kelly, Michael Wang, Qiang Dai, Olumide Winjobi, Energy, greenhouse gas, and water life cycle analysis of lithium carbonate and lithium hydroxide monohydrate from brine and …
Source: Regionalized life cycle assessment of present and future lithium production for Li-ion batteries. Vanessa Schenker, Christopher Oberschelp, Stephan Pfister.