P-107 水素生産菌を用いた微生物燃料電池水素生産と電気エネルギーの両立の可能性(ポスター1,ポスター発表)

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In this paper, we examined the change in enzymatic activities under various conditions, aerobic, anaerobic controls and in bioelectrochemical reactors with electrodes of surface areas of 4x2cm^2 and 4x8cm^2 for the hydrogen production from glycerol. For most of enzymatic reactions examined, the enzymatic activities belonged to TCA cycle, which is concerned with respiration, were higher in bioelectrochemical reactors than those under the anaerobic condition. This result suggested that TCA cycle would run in bioelectrochemical reactors even under the anaerobic condition, and produce larger reducing equivalents to produce current and hydrogen.
2010-01-20