Journal
CHEMIE INGENIEUR TECHNIK
Volume 92, Issue 1-2, Pages 144-155Publisher
WILEY-V C H VERLAG GMBH
DOI: 10.1002/cite.201900097
Keywords
Compressed natural gas; Gasification; High-temperature electrolysis; Liquefied natural gas; Methanation
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A highly integrated process for the conversion of biogenic residues in combination with electricity from renewable sources to methane-based fuels was developed. Forest residues, straw and sewage sludge were identified as particularly relevant input feedstock. By combining gasification, high-temperature electrolysis and catalytic methanation, the biogenic carbon remains almost completely in the products. The matching temperature levels of the heat streams result in a very efficient process. The production costs are comparable to less resource-saving technologies and predictably lower than those of biomethane when plant capacities are increased.
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