Stacking of microbial fuel cells with continuous mode operation for higher bioelectrogenic activity

S Kuchi, O Sarkar, SK Butti, G Velvizhi… - Bioresource technology, 2018 - Elsevier
The effect of stacking multiple microbial fuel cells for stable power output was evaluated in
continuous mode operation. Three single chambered air cathode CMFCs with Nafion
(CMFC N), Terry cotton (CMFC T) as membranes and one without membrane (CMFC ML)
were operated in continuous mode. Maximum power density (PD) and COD removal
efficiency was obtained for CMFC N (0.1 W/m 2, 50%) followed by CMFC ML (0.062 W/m 2,
47%) and CMFC T (0.025 W/m 2, 39%) and were stable throughout the operation. To …
被引用次数：27 相关文章 所有 7 个版本

Stacking of microbial fuel cells with continuous mode operation for higher bioelectrogenic activity.

SK Swathi Kuchi, OS Omprakash Sarkar, SK Butti… - 2018 - cabidigitallibrary.org
The effect of stacking multiple microbial fuel cells for stable power output was evaluated in
continuous mode operation. Three single chambered air cathode CMFCs with Nafion
(CMFCN), Terry cotton (CMFCT) as membranes and one without membrane (CMFCML)
were operated in continuous mode. Maximum power density (PD) and COD removal
efficiency was obtained for CMFCN (0.1 W/m2, 50%) followed by CMFCML (0.062 W/m2,
47%) and CMFCT (0.025 W/m2, 39%) and were stable throughout the operation. To …
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