Integrated Biotechnological Solutions for the Treatment of Industrial Wastewater: For a Healthy and Sustainable Environment: Developments in Wastewater Treatment Research and Processes presents the latest studies on biotechnological concepts and their role in revolutionizing conventional treatment methods accompanied with eliminating or minimizing negative influence of hazardous contaminants (industrial) on human health and the environment. This book highlights the characteristics, aims, and applications of integrated biotechnology as an ultimate solution for sustainable management of the industrial wastewater, showcasing the importance of multi-disciplinary research, and the need to develop integrated bioengineering systems. Engineers and applied scientists, researchers, environmental biotechnologists, practitioners, and innovators involved in environmental research will find this book to be a welcomed resource.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. List of contributors - p. xxv 7. Chapter 1. Advanced and integrated wastewater treatment structure for increasing sustainability and resilience - p. 1 8. Chapter 2. Sustainable integrated bioengineering systems in environmental clean-up using high throughput approach and challenges - p. 35 9. Chapter 3. Integrated assessment framework based on sustainability for industrial wastewater treatment technology - p. 77 10. Chapter 4. Microbial metabolism and its potential in wastewater treatment - p. 95 11. Chapter 5. Phyto-engineering in repairing of infected or damaged ecosystem - p. 125 12. Chapter 6. Phyco/myco practices for the treatment of industrial wastewater and sustainable development - p. 159 13. Chapter 7. Sustainable biorefinery approach in industrial wastewater management and its techno-economic viability - p. 199 14. Chapter 8. Integrated approaches in industrial waste(s)/water with zero discharge - p. 237 15. Chapter 9. Wastewater valorization toward a sustainable circular bioeconomy - p. 277 16. Chapter 10. Emerging technologies for the sustainable wastewater treatment process for the resource’s recovery and circular bioeconomy - p. 301 17. Chapter 11. Design considerations for wastewater treatment process for the resource’s recovery and waste stabilization - p. 339 18. Chapter 12. Utilizing the multidisciplinary/transdisciplinary approaches for cleaning and greening of contaminated site - p. 379 19. Chapter 13. Advanced omics approaches in mitigation of industrial wastewater - p. 419 20. Chapter 14. Internet of Things (IoT) -based solutions in environmental monitoring and fixing the intricate issues of industrial wastewater - p. 459 21. Chapter 15. Artificial intelliegence/machine learning techniques in the management of environmental issues - p. 487 22. Chapter 16. Policies and legislative framework for industrial wastewater management - p. 527 23. Chapter 17. Intelligent applications in high priority waste(s) collection and management for supporting ecological sustainability - p. 559 24. Chapter 18. Life cycle assessment of industrial wastes and wastewater - p. 575 25. Chapter 19. Eco-friendly treatment devices for reducing ecological footprint - p. 599 26. Index - p. 637
Integrated Biotechnological Solutions for the Treatment of Industrial Wastewater: For a Healthy and Sustainable Environment: Developments in Wastewater Treatment Research and Processes presents the latest studies on biotechnological concepts and their role in revolutionizing conventional treatment methods accompanied with eliminating or minimizing negative influence of hazardous contaminants (industrial) on human health and the environment. This book highlights the characteristics, aims, and applications of integrated biotechnology as an ultimate solution for sustainable management of the industrial wastewater, showcasing the importance of multi-disciplinary research, and the need to develop integrated bioengineering systems. Engineers and applied scientists, researchers, environmental biotechnologists, practitioners, and innovators involved in environmental research will find this book to be a welcomed resource.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. List of contributors - p. xxv 7. Chapter 1. Advanced and integrated wastewater treatment structure for increasing sustainability and resilience - p. 1 8. Chapter 2. Sustainable integrated bioengineering systems in environmental clean-up using high throughput approach and challenges - p. 35 9. Chapter 3. Integrated assessment framework based on sustainability for industrial wastewater treatment technology - p. 77 10. Chapter 4. Microbial metabolism and its potential in wastewater treatment - p. 95 11. Chapter 5. Phyto-engineering in repairing of infected or damaged ecosystem - p. 125 12. Chapter 6. Phyco/myco practices for the treatment of industrial wastewater and sustainable development - p. 159 13. Chapter 7. Sustainable biorefinery approach in industrial wastewater management and its techno-economic viability - p. 199 14. Chapter 8. Integrated approaches in industrial waste(s)/water with zero discharge - p. 237 15. Chapter 9. Wastewater valorization toward a sustainable circular bioeconomy - p. 277 16. Chapter 10. Emerging technologies for the sustainable wastewater treatment process for the resource’s recovery and circular bioeconomy - p. 301 17. Chapter 11. Design considerations for wastewater treatment process for the resource’s recovery and waste stabilization - p. 339 18. Chapter 12. Utilizing the multidisciplinary/transdisciplinary approaches for cleaning and greening of contaminated site - p. 379 19. Chapter 13. Advanced omics approaches in mitigation of industrial wastewater - p. 419 20. Chapter 14. Internet of Things (IoT) -based solutions in environmental monitoring and fixing the intricate issues of industrial wastewater - p. 459 21. Chapter 15. Artificial intelliegence/machine learning techniques in the management of environmental issues - p. 487 22. Chapter 16. Policies and legislative framework for industrial wastewater management - p. 527 23. Chapter 17. Intelligent applications in high priority waste(s) collection and management for supporting ecological sustainability - p. 559 24. Chapter 18. Life cycle assessment of industrial wastes and wastewater - p. 575 25. Chapter 19. Eco-friendly treatment devices for reducing ecological footprint - p. 599 26. Index - p. 637
