Analysis of ammonia loss mechanisms in microbial fuel cells treating animal wastewater

Medicine & Life Sciences

• Bioelectric Energy Sources 100%
• Waste Water 77%
• Ammonia 68%
• Electrodes 52%
• Electricity 41%
• Animals 30%
• Ammonium Compounds 23%
• Nitrification 21%
• Air 14%
• Nitrogen 11%
• Nitrosomonas europaea 11%
• Ions 9%
• Denitrification 9%
• hexacyanoferrate III 9%
• Volatilization 8%
• Bacteria 8%
• Membranes 7%
• Protons 6%
• Swine 4%
• Injections 3%
• Therapeutics 0%

Engineering & Materials Science

• Microbial fuel cells 78%
• Ammonia 64%
• Wastewater 63%
• Animals 58%
• Cathodes 35%
• Electricity 22%
• Nitrification 19%
• Anodes 17%
• Bacteria 13%
• Nitrogen 11%
• Ions 11%
• Membranes 10%
• Air 9%
• Denitrification 8%
• Charge transfer 7%
• Protons 7%
• Wastewater treatment 7%
• Vaporization 6%
• Electrodes 4%
• Substrates 4%
• Electric potential 3%

Chemical Compounds

• Wastewater 47%
• Ammonia 45%
• Electricity 41%
• Nitrification 23%
• Cathode 21%
• Ammonium Ion 17%
• Anode 16%
• Denitrification 9%
• Nitrogen 9%
• Ferricyanide 8%
• Vaporization 7%
• Wastewater Treatment 7%
• Ammonium 5%
• Voltage 5%
• Charge Transfer 5%
• Proton 4%
• Diffusion 4%
• Behavior as Electrode 3%
• pH Value 3%