Biomass, Biofuels, Biochemical: Circular Bioeconomy: Current Developments and Future Outlook presents the views of experienced academicians and researchers working in the area of the circular bioeconomy. This book presents an assortment of Resource recovery, Waste Biorefineries, Bio-electrochemical systems, Biopolymers and Green solvents, Bio-adsorbents, and Technology transfer topics. Environmental engineers, biotechnologists, science graduates, chemical engineers, industrial experts and policymakers working in these areas will find the information on the circular economy and its important part in developing low carbon and resource-productive economies very informative. Methodologies and beneficial strategic approaches to address the usage of wastes from agriculture, co-products, and by-products are also discussed.
1. 1 : Circular Bioeconomy: An Introduction - p. Page xv 2. 2 : Environment and Material Science Technology for Anaerobic Digestion-Based Circular Bioeconomy - p. Page 18 3. 3 : Biomass to Fuel and Chemicals: Enabling Technologies - p. Page 49 4. 4 : Water Recycling: Economic and Environmental Benefits - p. Page 84 5. 5 : Environmental Impacts of Recovery of Resources From Industrial Wastewater - p. Page 117 6. 6 : Role of Bioeconomy in Circular Economy - p. Page 154 7. 7 : Waste Biorefinery Development Toward Circular Bioeconomy With a Focus on Life-Cycle Assessment - p. Page 193 8. 8 : Valorization of Industrial Wastes for Biofuel Production: Challenges and Opportunities - p. Page 223 9. 9 : Sustainability of Gaseous Biofuels: Potential Uses Technological Constraints and Environmental Concerns - p. Page 241 10. 10 : Significance of Anaerobic Digestion in Circular Bioeconomy - p. Page 265 11. 11 : Lignocellulosic Biorefinery for Value-Added Products: The Emerging Bioeconomy - p. Page 286 12. 12 : Microalgal Biorefinery: A Sustainable Technology Toward Circular Bioeconomy and Microalgal Biomass Valorization - p. Page 314 13. 13 : Microbial Biosurfactants: Production and Applications in Circular Bioeconomy - p. Page 346 14. 14 : Bioelectrochemical Systems for Fuel Production: A Techno-Economic Analysis - p. Page 370 15. 15 : Microbial Electrochemical Technologies for CO2 Sequestration - p. Page 404 16. 16 : Bioelectrochemical Systems for Remediation and Recovery of Nutrients From Industrial Wastewater - p. Page 438 17. 17 : Polyhydroxyalkanoate Production From Feedstocks: Technological Advancements and Techno-Economic Analysis in Reference to Circular Bioeconomy - p. Page 466 18. 18 : Agro-Industrial Waste Valorization for Biopolymer Production and Life-Cycle Assessment Toward Circular Bioeconomy - p. Page 507 19. 19 : Process Integration for Cost-Effective Lignocellulosic Bioethanol Production—An Avenue for Promoting Circular Bioeconomy - p. Page 547 20. 20 : Green Chemistry for Green Solvent Production and Sustainability Toward Green Economy - p. Page 579 21. 21 : Sustainable production of bioadsorbents from municipal and industrial wastes in a circular bioeconomy context - p. Page 626 22. 22 : Life-Cycle Assessment of Agricultural Waste-Based and Biomass-Based Adsorbents - p. Page 664 23. 23 : Technology Transfer From Bench to Industry: Closing Loop - p. Page 692 24. 24 : Circular Bioeconomy: Countries’ Case Studies - p. Page 718 25. 25 : Challenges for Microbial and Thermochemical Transformation Toward Circular Bioeconomy - p. Page 745 26. 26 : Plastics: Toward a Circular Bioeconomy - p. Page 776 27. 27 : Circular Economy and Carbon Capture, Utilization, and Storage - p. Page 804 28. Index - p. Page 841
Biomass, Biofuels, Biochemical: Circular Bioeconomy: Current Developments and Future Outlook presents the views of experienced academicians and researchers working in the area of the circular bioeconomy. This book presents an assortment of Resource recovery, Waste Biorefineries, Bio-electrochemical systems, Biopolymers and Green solvents, Bio-adsorbents, and Technology transfer topics. Environmental engineers, biotechnologists, science graduates, chemical engineers, industrial experts and policymakers working in these areas will find the information on the circular economy and its important part in developing low carbon and resource-productive economies very informative. Methodologies and beneficial strategic approaches to address the usage of wastes from agriculture, co-products, and by-products are also discussed.
1. 1 : Circular Bioeconomy: An Introduction - p. Page xv 2. 2 : Environment and Material Science Technology for Anaerobic Digestion-Based Circular Bioeconomy - p. Page 18 3. 3 : Biomass to Fuel and Chemicals: Enabling Technologies - p. Page 49 4. 4 : Water Recycling: Economic and Environmental Benefits - p. Page 84 5. 5 : Environmental Impacts of Recovery of Resources From Industrial Wastewater - p. Page 117 6. 6 : Role of Bioeconomy in Circular Economy - p. Page 154 7. 7 : Waste Biorefinery Development Toward Circular Bioeconomy With a Focus on Life-Cycle Assessment - p. Page 193 8. 8 : Valorization of Industrial Wastes for Biofuel Production: Challenges and Opportunities - p. Page 223 9. 9 : Sustainability of Gaseous Biofuels: Potential Uses Technological Constraints and Environmental Concerns - p. Page 241 10. 10 : Significance of Anaerobic Digestion in Circular Bioeconomy - p. Page 265 11. 11 : Lignocellulosic Biorefinery for Value-Added Products: The Emerging Bioeconomy - p. Page 286 12. 12 : Microalgal Biorefinery: A Sustainable Technology Toward Circular Bioeconomy and Microalgal Biomass Valorization - p. Page 314 13. 13 : Microbial Biosurfactants: Production and Applications in Circular Bioeconomy - p. Page 346 14. 14 : Bioelectrochemical Systems for Fuel Production: A Techno-Economic Analysis - p. Page 370 15. 15 : Microbial Electrochemical Technologies for CO2 Sequestration - p. Page 404 16. 16 : Bioelectrochemical Systems for Remediation and Recovery of Nutrients From Industrial Wastewater - p. Page 438 17. 17 : Polyhydroxyalkanoate Production From Feedstocks: Technological Advancements and Techno-Economic Analysis in Reference to Circular Bioeconomy - p. Page 466 18. 18 : Agro-Industrial Waste Valorization for Biopolymer Production and Life-Cycle Assessment Toward Circular Bioeconomy - p. Page 507 19. 19 : Process Integration for Cost-Effective Lignocellulosic Bioethanol Production—An Avenue for Promoting Circular Bioeconomy - p. Page 547 20. 20 : Green Chemistry for Green Solvent Production and Sustainability Toward Green Economy - p. Page 579 21. 21 : Sustainable production of bioadsorbents from municipal and industrial wastes in a circular bioeconomy context - p. Page 626 22. 22 : Life-Cycle Assessment of Agricultural Waste-Based and Biomass-Based Adsorbents - p. Page 664 23. 23 : Technology Transfer From Bench to Industry: Closing Loop - p. Page 692 24. 24 : Circular Bioeconomy: Countries’ Case Studies - p. Page 718 25. 25 : Challenges for Microbial and Thermochemical Transformation Toward Circular Bioeconomy - p. Page 745 26. 26 : Plastics: Toward a Circular Bioeconomy - p. Page 776 27. 27 : Circular Economy and Carbon Capture, Utilization, and Storage - p. Page 804 28. Index - p. Page 841
