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This book describes the current developments in the food-water-energy nexus to achieve net-zero effort. The book aims to introduce the emerging technologies in cellular food production, resource recovery-driven wastewater and desalination, circular waste feedstock management and green, alternative fuel and energy production.
Key Features:
- Covers the hottest topics in the food-water-energy nexus and the field of sustainable chemistry and environment.
- Focuses on recent advances in these topics to achieve ambitious net-zero targets.
- Approaches the critical review and latest research outcomes for circular economy and value-added manufacture
- Benefits multiple research communities in a practical and comprehensive way to stimulate and inspire future research work.
- Contains reasonable global spread (Asia, Europe and North America). The topic represents one of the universal corner stones of multifunctional membranes research around the globe.
Chapter 1. Introduction to food-water-energy nexus
Chapter 2. Introduction to Sustainable Food Packing
Chapter 3. Cellular Agriculture Bioprocessing
Chapter 4. Bacteria cellulose for agricultural applications
Chapter 5. Hydrogel in food science applications
Chapter 6. Rapid detection For Food Safety
Chapter 7. Application of electrodialysis process in food industry
Chapter 8. Mechanosynthesis for high performance sorbent for resource recovery from waste stream
Chapter 9. Membrane Desalination for Sustainable Water Production
Chapter 10. Water Treatment for the “Forever” Per and Polyfluoroalkyl Substances (PFASs)
Chapter 11. Waste-derived low-cost ceramic membranes for water treatment
Chapter 12. Recent developments in Artificial Photosynthesis to produce liquid fuels Dr Exposito (University of Bath), Dr Wu (Bluetech Research)
Chapter 13. Metal halide perovskites for energy applications
Chapter 14. Fuel cells with nanotechnologies
Chapter 15. High voltage supercapacitors for ESS system
Chapter 16. The recent electrochemical conversion technologies: implications for overpotential minimization