Using an anion exchange membrane for effective hydroxide ion transport enables high power densities in microbial fuel cells

Keyphrases

• High Power Density 100%
• Microbial Fuel Cell 100%
• Anion Exchange Membrane 100%
• Hydroxide Ion Conductivity 100%
• Nanofiltration Membrane 33%
• Catholyte 22%
• Biocathode 22%
• Magnesium 11%
• Ion Transport 11%
• Sodium 11%
• Acetate 11%
• Power Production 11%
• Near-zero 11%
• High Current Density 11%
• Ion Selectivity 11%
• Am(III) 11%
• Power Generation 11%
• Charge Transfer 11%
• Power Density 11%
• Electrochemical Cell 11%
• Buffered Media 11%
• Phosphate Buffer 11%
• Salt Precipitation 11%
• Anolyte 11%
• Cation Transport 11%
• Stable Power 11%
• Ion Transfer 11%

Engineering

• Power Density 100%
• Microbial Fuel Cell 100%
• Anion Exchange Membrane 100%
• Ultrafiltration 50%
• Cation Exchange Membrane 50%
• Power Production 16%
• High Current Density 16%
• Power Generation 16%
• Critical Role 16%

Chemical Engineering

• Anion Exchange 100%
• Ultrafiltration 50%
• Catholytes 33%
• Bioanodes 33%