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Bioelectrochemical carbon monoxide methanation in mixed-culture microbial electrolysis cells: Performance, electron transfer pathways and microbial succession
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DOI：10.1016/j.envres.2026.125445.png)
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Abstract
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• MECs offer a promising bio-strategy to upgrade toxic CO into biomethane • Lowering cathode potential to -1.05 V enhances CO methanation performance • Both direct and H2-mediated electron transfer pathways drive CO methanation • Endogenous redox biomolecules lower interfacial charge transfer resistance • Methanobacterium and Geobacter drive a shift toward electromethanogenesis
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