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Sorption-enhanced steam reforming for biomass to hydrogen conversion with improved energy efficiency and CO2 capture: Thermodynamic analysis and multi-criteria optimization
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DOI：10.1016/j.ijhydene.2026.157004.png)
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Abstract
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• Key reaction parameters were comprehensively optimized via weighting matrix. • SE-SR achieved 1.60 Nm3/kg H2 at a lower reforming temperature. • CaO sorption drove over 97% of feedstock carbon into gaseous products. • SE-SR reduced QD/H2 and YBiomass/H2 by 5.1% and 17.3%, respectively.
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