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Biological Fuel Cells: Fundamental to Applications offers a comprehensive update on the latest microbial fuel cells technologies and their systems development and implem… Read more
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Part 1: Constituents, structure, materials and measurement with conceptual, practical and economical views
1. Introduction to microbial fuel cell technology
2. Electrochemical and microbiological concepts of MFCs
2.1. Exoelectrogenic microorganisms
2.2. Electrotrophic microorganism
2.3. Microbial growth and effective parameters
3. Anode electrodes in MFCs
3.1. Anode concepts and properties
3.2. From conventional to modern anode materials
3.3. Kinetics study and electrochemical measurements for anodes
3.4. Cost and performance analysis of anode materials
4. Cathode electrodes in MFCs
4.1. Cathode concepts, structures and properties
4.2. Cathode catalysts: conventional, photo and bio catalysts
4.3. PGM-free catalysts
4.4. ORR kinetics and electrochemical measurements for cathodes
4.5. Economical assessment of cathodes
5. Energy and power measurement methods in MFCs
6. MFCs designing and performance
6.1. Batch and continuous feeding
6.2. Different configurations
6.3. Reactor design kinetics and thermodynamics
6.4. Modelling and simulation
6.5. scale-up and practical designs of MFCs
7. Separators and membranes
8. Supercapacitors and MFCs
9. MFCs’ challenges and the potential solutions
10. MFCs’ commercialization and economic analysis
Part 2: MFCs’ applications
11. Electricity generation
12. Wastewater treatment
13. Bio-hydrogen generation and MECs
14. CO2 reduction and MES
15. Bioremediation by MFC technology
16. MFC based biosensors
17. Sediment microbial fuel cell
18. Future applications
MR