Integrated Biotechnological Solutions for the Treatment of Industrial Wastewater: For a Healthy and Sustainable Environment
Editat de Naveen Dwivedi, Shubha Dwivedi, Maulin P. Shahen Limba Engleză Paperback – iun 2025
- Presents a broad and thematic framework on integrated biotechnological processes in industrial wastewater management for increasing sustainability and resilience
- Highlights applications in high priority waste(s) and wastewater collection and management for supporting ecological sustainability
- Introduces an integrated approach in industrial waste(s) valorization with zero discharge to reduce ecological footprint
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Specificații
ISBN-13: 9780443236075
ISBN-10: 0443236070
Pagini: 400
Dimensiuni: 191 x 235 mm
Editura: ELSEVIER SCIENCE
ISBN-10: 0443236070
Pagini: 400
Dimensiuni: 191 x 235 mm
Editura: ELSEVIER SCIENCE
Cuprins
1. Advanced and integrated wastewater treatment structure for increasing sustainability and resilience.
2. Sustainable integrated bioengineering systems in environmental clean-up using high-throughput approaches and challenges.
3. Integrated assessment framework based on sustainability for industrial wastewater treatment technologies.
4. Microbial metabolism and its potential in wastewater treatment.
5. Phyto-engineering in repairing of infected or damaged ecosystem.
6. Phyco/Myco practices for the treatment of industrial wastewater and sustainable development.
7. Sustainable biorefinery approach in industrial wastewater management and its techno-economic viability.
8. Integrated approaches in industrial waste(s)/ water with zero discharge.
9. Wastewater valorization towards a sustainable circular bioeconomy.
10. Emerging technologies for resources recovery from wastewater, and bioeconomy model from linear to circular.
11. Design considerations of wastewater treatment plants by implying value-added technologies for resource utilization.
12. Utilizing the multi-disciplinary/trans-disciplinary approaches for cleaning and greening of the contaminated site.
13. Advanced omics approaches in mitigation of industrial wastewater.
14. IoT based solution in environmental monitoring and fix the intricate issues of industrial wastewater.
15. AI/ Machine learning techniques in the management of environmental issues.
16. Policies and Legislative Framework for industrial wastewater management.
17. Intelligent applications in high priority waste(s) collection and management for supporting ecological sustainability.
18. Life cycle assessment of industrial waste, and wastewater.
19. Eco-friendly treatment devices for reducing ecological footprint.
2. Sustainable integrated bioengineering systems in environmental clean-up using high-throughput approaches and challenges.
3. Integrated assessment framework based on sustainability for industrial wastewater treatment technologies.
4. Microbial metabolism and its potential in wastewater treatment.
5. Phyto-engineering in repairing of infected or damaged ecosystem.
6. Phyco/Myco practices for the treatment of industrial wastewater and sustainable development.
7. Sustainable biorefinery approach in industrial wastewater management and its techno-economic viability.
8. Integrated approaches in industrial waste(s)/ water with zero discharge.
9. Wastewater valorization towards a sustainable circular bioeconomy.
10. Emerging technologies for resources recovery from wastewater, and bioeconomy model from linear to circular.
11. Design considerations of wastewater treatment plants by implying value-added technologies for resource utilization.
12. Utilizing the multi-disciplinary/trans-disciplinary approaches for cleaning and greening of the contaminated site.
13. Advanced omics approaches in mitigation of industrial wastewater.
14. IoT based solution in environmental monitoring and fix the intricate issues of industrial wastewater.
15. AI/ Machine learning techniques in the management of environmental issues.
16. Policies and Legislative Framework for industrial wastewater management.
17. Intelligent applications in high priority waste(s) collection and management for supporting ecological sustainability.
18. Life cycle assessment of industrial waste, and wastewater.
19. Eco-friendly treatment devices for reducing ecological footprint.