Complete nitrogen removal by simultaneous nitrification and denitrification in flat-panel air-cathode microbial fuel cells treating domestic wastewater

Engineering & Materials Science

• Nitrification 100%
• Nitrogen removal 98%
• Denitrification 89%
• Microbial fuel cells 79%
• Chemical oxygen demand 69%
• Wastewater 65%
• Cathodes 60%
• Nitrogen 56%
• Organic compounds 34%
• Air 33%
• Nitrogen compounds 20%
• Hydraulics 18%
• Biofilms 16%
• Wastewater treatment 14%
• Effluents 13%
• Ammonia 13%
• Anodes 11%
• Renewable energy resources 9%

Earth & Environmental Sciences

• fuel cell 68%
• nitrification 56%
• denitrification 54%
• wastewater 40%
• nitrogen 36%
• air 33%
• removal 32%
• chemical oxygen demand 25%
• organic compound 12%
• hydraulics 9%
• nitrogen compound 8%
• aeration 6%
• alternative energy 6%
• biofilm 6%
• wastewater treatment 5%
• microbial community 5%
• ammonia 5%
• effluent 4%
• loss 3%
• rate 2%
• analysis 1%

Chemical Compounds

• Nitrification 94%
• Denitrification 79%
• Wastewater 49%
• Nitrogen 37%
• Chemical Oxygen Demand 31%
• Strain 14%
• Retention Time 12%
• Cathode 9%
• Wastewater Treatment 6%
• Metabolic 5%
• Ammonia 5%
• Anode 4%
• Energy 3%