“…In addition, it can be used to upgrade biogas, utilizing CO 2 in excess combined to an external source of H 2 in ex situ technologies. 25 Among biological methanation systems described in the literature, 26,27 CSTR are the most commonly found. In most of the cases, H 2 diffusion in liquid media remains the major drawback and little information is available on the system efficiency and optimization.…”
“Power-to-Methane” approaches allow the storage and transport of green methane, produced from renewable energy and any CO2 source. In nature, some microorganisms, namely methanogens, can grow on CO2 and H2...
“…In addition, it can be used to upgrade biogas, utilizing CO 2 in excess combined to an external source of H 2 in ex situ technologies. 25 Among biological methanation systems described in the literature, 26,27 CSTR are the most commonly found. In most of the cases, H 2 diffusion in liquid media remains the major drawback and little information is available on the system efficiency and optimization.…”
“Power-to-Methane” approaches allow the storage and transport of green methane, produced from renewable energy and any CO2 source. In nature, some microorganisms, namely methanogens, can grow on CO2 and H2...
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