Microbial Fuel Cells for Environmental and Energy Sustainability: Combining Electrochemistry with Bioprocess presents a comprehensive discussion and analysis of the design, operation, and application of microbial fuel cells. With an emphasis on optimizing performance and applications, the book explores the latest developments, from electrodes and membranes, to genetic engineering and artificial intelligence. Sections cover the design and construction of microbial cells, explore the use of different microorganisms for power generation, discuss the operation and control of microbial fuel cells, including environmental conditions, electron mediators, and intelligent control, and review the various applications of microbial fuel cells. A final section considers the challenges and prospects of microbial fuel cells, including new technologies, applications, and scale-up.
Part 1. Introduction. 1. Current status of bioenergy development 2. Introduction to microbial fuel cells Part 2. Design and construction of microbial fuel cells 3. Design and modification of anodes 4. Design and modification of cathodes 5. Design and modification of proton exchange membranes 6. 3D printing technology for microbial fuel cells Part 3. Microorganisms for power generation 7. Electrochemically active strains 8. Microalgae-assisted microbial fuel cells 9. Genetic engineering strategies to enhance the power generation Part 4. Operation and control of microbial fuel cells 10. Environmental conditions for microbial fuel cells 11. Electron mediators and acceptors 12. Intelligent Control of Microbial Fuel Cells Part 5. Applications of microbial fuel cells 13. Wastewater treatment 14. Valorization of lignocellulosic biomass wastes 15. Bioremediation 16. Biosensors based on microbial fuel cells 17. Production of bioproducts using bioelectrochemical systems Part 6. The future of microbial fuel cells 18. The scale-up of microbial fuel cells 19. Challenges and prospectives of microbial fuel cells
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