Processing of Biomass Waste: Technological Upgradation and Advancement focuses on the exploitation of various waste management technologies and their associated process (microbial/chemical/physical) as tools to simultaneously generate value during treatment processes, including degradation/detoxification/stabilization toxic and hazardous contaminants. The book explores wastes as a veritable resource for wealth creation, with particular focus on resources recoverable from diverse wastes using special intervention of biotechnological tools. Other sections highlight recent technologies of waste bioprocessing in biorefinery approaches and enlighten on different approaches.
The book encompasses advanced and updated information as well as future directions for young researchers and scientists who are working in the field of waste management, with a focus on sustainable value generation.
1. Chapter 1 : Introduction to waste biomass processing and valorization - p. Page ix 2. Chapter 2 : Assessment of wastes for future bioprospecting - p. Page 7 3. Chapter 3 : Recent advances in pretreatment of waste biomass - p. Page 18 4. Chapter 4 : Emerging technologies for waste biomass pretreatment: pros and cons - p. Page 38 5. Chapter 5 : Design and operation of advanced waste biomass processing system - p. Page 52 6. Chapter 6 : Application of cutting-edge molecular biotechnological techniques in waste valorization - p. Page 66 7. Chapter 7 : Microwave application in bioenergy production from waste biomass - p. Page 78 8. Chapter 8 : Bioprospecting of algal biomass for value generation from municipal waste - p. Page 102 9. Chapter 9 : Bioenergy from waste biomass - p. Page 113 10. Chapter 10 : Lignocellulosic wastes: different dimensions to a sustainable 2 G bioethanol production - p. Page 131 11. Chapter 11 : Biodiesel from lipid-rich wastes: prospects and challenges in commercialization - p. Page 148 12. Chapter 12 : Biogas from organic wastes - p. Page 162 13. Chapter 13 : Hydrogen from waste and biowaste materials: production, separation, purification, and use - p. Page 182 14. Chapter 14 : A biorefinery route to treat waste water through extremophilic enzymes: an innovative approach to generate value from waste - p. Page 197 15. Chapter 15 : Waste as a substrate for the production of organic acids and solvents - p. Page 213 16. Chapter 16 : Pigments and paints from wastes - p. Page 228 17. Chapter 17 : Plastic waste as a novel substrate for industrial biotechnology - p. Page 241 18. Chapter 18 : Catalytic conversion of biomass-based wastes: upgrading and valorization to value-added intermediates and platform molecules - p. Page 260 19. Chapter 19 : Thermal digestion process—a novel technique for converting solid organic waste into nutrient-rich organic fertilizer - p. Page 273 20. Chapter 20 : Waste biomass conversion to energy storage material - p. Page 282 21. Chapter 21 : Sewage waste as substrate for value - p. Page 300 22. Chapter 22 : Converting biomass waste to water treatment chemicals - p. Page 332 23. Chapter 23 : Waste-biomass-derived potential catalyst materials for water reclamation - p. Page 352 24. Chapter 24 : Technoeconomic feasibility analysis of waste bioprocessing - p. Page 379 25. Chapter 25 : Sustainability assessment method for waste biomass processing - p. Page 403 26. Index - p. Page 415
Processing of Biomass Waste: Technological Upgradation and Advancement focuses on the exploitation of various waste management technologies and their associated process (microbial/chemical/physical) as tools to simultaneously generate value during treatment processes, including degradation/detoxification/stabilization toxic and hazardous contaminants. The book explores wastes as a veritable resource for wealth creation, with particular focus on resources recoverable from diverse wastes using special intervention of biotechnological tools. Other sections highlight recent technologies of waste bioprocessing in biorefinery approaches and enlighten on different approaches.
The book encompasses advanced and updated information as well as future directions for young researchers and scientists who are working in the field of waste management, with a focus on sustainable value generation.
1. Chapter 1 : Introduction to waste biomass processing and valorization - p. Page ix 2. Chapter 2 : Assessment of wastes for future bioprospecting - p. Page 7 3. Chapter 3 : Recent advances in pretreatment of waste biomass - p. Page 18 4. Chapter 4 : Emerging technologies for waste biomass pretreatment: pros and cons - p. Page 38 5. Chapter 5 : Design and operation of advanced waste biomass processing system - p. Page 52 6. Chapter 6 : Application of cutting-edge molecular biotechnological techniques in waste valorization - p. Page 66 7. Chapter 7 : Microwave application in bioenergy production from waste biomass - p. Page 78 8. Chapter 8 : Bioprospecting of algal biomass for value generation from municipal waste - p. Page 102 9. Chapter 9 : Bioenergy from waste biomass - p. Page 113 10. Chapter 10 : Lignocellulosic wastes: different dimensions to a sustainable 2 G bioethanol production - p. Page 131 11. Chapter 11 : Biodiesel from lipid-rich wastes: prospects and challenges in commercialization - p. Page 148 12. Chapter 12 : Biogas from organic wastes - p. Page 162 13. Chapter 13 : Hydrogen from waste and biowaste materials: production, separation, purification, and use - p. Page 182 14. Chapter 14 : A biorefinery route to treat waste water through extremophilic enzymes: an innovative approach to generate value from waste - p. Page 197 15. Chapter 15 : Waste as a substrate for the production of organic acids and solvents - p. Page 213 16. Chapter 16 : Pigments and paints from wastes - p. Page 228 17. Chapter 17 : Plastic waste as a novel substrate for industrial biotechnology - p. Page 241 18. Chapter 18 : Catalytic conversion of biomass-based wastes: upgrading and valorization to value-added intermediates and platform molecules - p. Page 260 19. Chapter 19 : Thermal digestion process—a novel technique for converting solid organic waste into nutrient-rich organic fertilizer - p. Page 273 20. Chapter 20 : Waste biomass conversion to energy storage material - p. Page 282 21. Chapter 21 : Sewage waste as substrate for value - p. Page 300 22. Chapter 22 : Converting biomass waste to water treatment chemicals - p. Page 332 23. Chapter 23 : Waste-biomass-derived potential catalyst materials for water reclamation - p. Page 352 24. Chapter 24 : Technoeconomic feasibility analysis of waste bioprocessing - p. Page 379 25. Chapter 25 : Sustainability assessment method for waste biomass processing - p. Page 403 26. Index - p. Page 415
