Efficient degradation of refractory pollutant in a microbial fuel cell with novel hybrid photocatalytic air-cathode: Intimate coupling of microbial and photocatalytic processes

Engineering & Materials Science

• Microbial fuel cells 100%
• Refractory materials 84%
• Photocatalysis 81%
• Cathodes 76%
• Degradation 53%
• Acids 46%
• Air 42%
• Photocatalysts 38%
• Density functional theory 38%
• Electricity 37%
• Biofilms 34%
• Rate constants 31%
• Impurities 24%

Chemical Compounds

• Electricity 85%
• Refractory 80%
• Environmental Pollutant 63%
• Trichlorophenol 62%
• 2,4,6-trichlorophenol 53%
• Hexanoic Acid 52%
• Photocatalysis 36%
• Fuel 31%
• Cathode 28%
• Rate Constant 25%
• Molecular Cluster 25%
• Density Functional Theory 23%
• Acid 13%

Earth & Environmental Sciences

• fuel cell 85%
• electricity generation 58%
• degradation 50%
• pollutant 45%
• air 41%
• acid 32%
• biofilm 23%
• community structure 21%
• microbial community 21%
• fold 18%
• calculation 13%
• rate 8%