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Life cycle assessment of integrated power-to-liquid e-gasoline production pathways using industrial CO2 and bio-hydrogen
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DOI：10.1016/j.ecmx.2026.102206.png)
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Abstract
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• LCA of e-gasoline from molasses biohydrogen and captured industrial CO2. • Three PtL scenarios evaluated using all 18 ReCiPe 2016 midpoint impacts. • Green hydrogen reduced climate change impacts by 95% versus baseline. • Biohydrogen pathway increased land use and terrestrial ecotoxicity burdens. • PEM electrolysis raised water consumption and mineral scarcity impacts.
Keywords:
Power-to-liquid fuels
Life cycle assessment
E-gasoline synthesis
Dark fermentation
Industrial CO2 utilisation
E-fuels sustainability
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