Improved energy recovery from dark fermented cane molasses using microbial fuel cells

Keyphrases

• Microbial Fuel Cell 100%
• Energy Recovery 100%
• Cane Molasses 100%
• Anolyte pH 40%
• Electricity Generation 20%
• Substrate Concentration 20%
• Power Output 20%
• Total Carbohydrates 20%
• Batch Mode 20%
• Spent Medium 20%
• Alkali 20%
• Coulombic Efficiency 20%
• Residual Energy 20%
• Cell Parameters 20%
• Pretreatment Effect 20%
• Continuous Process 20%
• Fermentation 20%
• Continuous Mode 20%
• Batch Process 20%
• Maximum Yield 20%
• Low-cost Substrates 20%
• Biohydrogen 20%
• Dark Fermentation 20%
• Substrate Conversion Efficiency 20%
• Fermentative Hydrogen Production 20%
• Fermentation Medium 20%

Engineering

• Energy Engineering 100%
• Microbial Fuel Cell 100%
• Limitations 40%
• Mols 40%
• Conversion Efficiency 20%
• Power Generation 20%
• Substrate Concentration 20%
• Power Output 20%
• Pretreatment 20%
• Residual Energy 20%
• Continuous Process 20%
• Continuous Mode 20%
• Batch Process 20%
• Biohydrogen 20%
• Dark Fermentation 20%
• Fermentative Hydrogen Production 20%
• Substrate Conversion 20%
• Fermentation Medium 20%