Technical Description
The present invention relates to a highly efficient modified anode utilizing a composite to be used in high performance single-chamber miniaturized microbial fuel cell.
Problems Addressed
- Expensive
- Low Electro-Catalytic Activity
- Low Power Output
- Poor Electrical Conductivity
- Slow Electron Transfer
- Low Capacitance
Tech Features
- Cost Efffective
- Biocompatibility & Stability
- Efficient Anode Design
- High Surface Area to Volume Ratio
- High Hydrophilicity
- High Capacitance
- Good Electrical Conductivity
- Enhanced Electron Transfer
Target Audience
- Bioenergy Sectors
- Renewable Energy Sectors
- Electrochemical Components Manufacturers
- Environmental Engineering Firms
- Research and Development
Tech ID: P16-1229 TRL 5 Patent Status: Granted Available For Exclusive and Non-exclusive License
