Explores effects of electrolyte composition and CO2 on methanation, suggesting efficient management methods.
• Dissolved CO 2 regulation enhances CH 4 purity up to 88% at stable production rates. • Ionic crossover causes salinity stress and limits bioelectrochemical methanation. • Electrolyte management mitigates salt accumulation and restores methanogenic activity. • Long-term stack operation identifies key constraints for scalable bioelectrochemical methanation.
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Vega-Paredes et al. (2026) studied this question.
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