Electricity generation and microbial community in a submerged-exchangeable microbial fuel cell system for low-strength domestic wastewater treatment
A submerged type microbial fuel cell (MFC) system, which consisted of six readily
exchangeable air–cathode MFCs, was evaluated for continuous treatment of low-strength
domestic wastewater. When supplied with synthetic wastewater (COD 100mg/L), the system
showed increasing maximum power densities from 191 to 754mW/m2 as COD loading rates
increased (0.20–0.40 kg/m3/day). COD removal efficiencies decreased with increased COD
loading rates but the effluent COD concentrations met the relevant effluent quality standard …
exchangeable air–cathode MFCs, was evaluated for continuous treatment of low-strength
domestic wastewater. When supplied with synthetic wastewater (COD 100mg/L), the system
showed increasing maximum power densities from 191 to 754mW/m2 as COD loading rates
increased (0.20–0.40 kg/m3/day). COD removal efficiencies decreased with increased COD
loading rates but the effluent COD concentrations met the relevant effluent quality standard …
Electricity generation and microbial community in a submerged-exchangeable microbial fuel cell system for low-strength domestic wastewater treatment.
YJC Yu JaeCheul, SJY Seon JiYun… - 2012 - cabidigitallibrary.org
A submerged type microbial fuel cell (MFC) system, which consisted of six readily
exchangeable air-cathode MFCs, was evaluated for continuous treatment of low-strength
domestic wastewater. When supplied with synthetic wastewater (COD 100 mg/L), the system
showed increasing maximum power densities from 191 to 754 mW/m2 as COD loading rates
increased (0.20-0.40 kg/m3/day). COD removal efficiencies decreased with increased COD
loading rates but the effluent COD concentrations met the relevant effluent quality standard …
exchangeable air-cathode MFCs, was evaluated for continuous treatment of low-strength
domestic wastewater. When supplied with synthetic wastewater (COD 100 mg/L), the system
showed increasing maximum power densities from 191 to 754 mW/m2 as COD loading rates
increased (0.20-0.40 kg/m3/day). COD removal efficiencies decreased with increased COD
loading rates but the effluent COD concentrations met the relevant effluent quality standard …
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