Table of Contents
Part I Fundamentals1. Food Waste: A Rising Global Concern with Severe Environmental Consequences
2. Sources, Generation, and Characterization of Food Waste
3. Measure, Classification, and Disposal Methods of Food Wastes
4. Upcycling Food Waste: Supporting the Three Pillars of Sustainability
5. Advances in Pretreatment Methods for the Upcycling of Food Waste
6. Current Practices, Emerging Technologies, and Innovation in Managing and Repurposing Food Waste
Part II Food Waste to Biofuels and Bioenergy
7. Biotechnological Pathways for Converting Food Waste into Bioproducts
8. Biohythane, Biogas, and Biohydrogen Production from Food Waste
9. Effective Utilization of Food Waste for Bioethanol and Biobutanol Production
10. Bioconversion of Food Waste into Aviation Fuel and Biodiesel
11. Microbial and Enzymatic Engineering for Enhanced Food Waste Conversion into Biofuels
12. Thermochemical Conversion of Food Waste to Biofuels (Pyrolysis, Gasification)
13. Valorization of Food Wastewater to Resource Recovery
14. Biorefinery Concepts for Integrated Food Waste Bioconversion
15. Biocatalytic-Powered (Free and Immobilized) Valorization for Food Waste Biotransformation into High-Value Biofuels
Part III Trends, Challenges, and Perspectives
16. Potential, Feasibilities, and Restrictions of Food Waste Valorization through Fermentation Processes
17. Environmental Impacts and Life Cycle Assessment of Food Waste Management Technologies
18. Technical Challenges, Policy Frameworks, Current and Future Perspectives for Food Waste Valorization
19. Bioreactor-Assisted Valorization, Scaling Up and Economic Assessment of Food Waste Processing
20. Advanced Modelling Approaches to Food Waste
21. Intelligent Approaches for Assessment and Management of Food Waste
22. New Trends in Food Waste Valorization (Case Studies)

