Using live algae at the anode of a microbial fuel cell to generate electricity

Keyphrases

• 2,4-dinitrophenol 10%
• 4-nitroaniline 10%
• Algal Cells 30%
• Algal Density 10%
• Carbon Electrode 20%
• Cell Density 20%
• Cell Permeability 10%
• Chlorella Pyrenoidosa 10%
• Current Production 10%
• Electric Current 10%
• Electricity Generation 10%
• Electron Donor 10%
• Generated Power 100%
• Graphite Carbon 20%
• Green Microalgae 10%
• Growth Conditions 10%
• High Current 10%
• Light Intensity 10%
• Low Light Intensity 10%
• Mass Transfer Problem 10%
• Maximum Power Density 20%
• Microalga Chlorella Sp 10%
• Microalgae 30%
• Microbial Fuel Cell 100%
• Open-circuit Voltage 10%
• Oxygen Content 10%
• Oxygen Level 10%
• Potassium Ferricyanide 10%
• Power Density 10%
• Proton Leak 10%
• Resveratrol 10%
• Small Power 10%

Engineering

• Anodes and Cathode 10%
• Electricity Generation 10%
• Electron Donor 10%
• Generate Electricity 100%
• Growth Condition 10%
• Luminous Intensity 20%
• Maximum Power Density 20%
• Microalgae 40%
• Microbial Fuel Cell 100%
• Open Circuit Voltage 10%
• Oxygen Content 10%
• Power Density 10%

Chemical Engineering

• Maximum Power Density 100%
• Resveratrol 50%