- ホーム
- > 洋書
- > 英文書
- > Business / Economics
Full Description
The Handbook of Sustainable Industrial Wastewater Treatment is an indispensable resource for addressing the pressing challenges of wastewater management through innovative and sustainable technologies. This comprehensive guide delves into the intricacies of pollutant classification, the impacts of climate change, and a variety of effective treatment methods, making it a must-have for professionals in the field.
This handbook equips readers with the essential knowledge to maintain efficient water treatment systems while implementing sustainable practices that prioritize environmental protection. It showcases cutting-edge treatment technologies capable of removing over 99% of contaminants, all while minimizing maintenance needs, energy consumption, and chemical usage. By offering eco-friendly solutions that significantly reduce operational costs, this handbook emerges as a vital tool for enhancing wastewater management practices across industries.
In addition to traditional methods, this handbook explores innovative strategies that not only improve water quality but also promote resource conservation, ultimately supporting broader environmental sustainability goals. Tailored specifically for researchers, academicians, and professionals in hydrology, environmental science, agricultural engineering, and water resource management, this handbook also benefits postgraduate and doctoral students engaged in water-related research.
Contents
1. Water quality: the basics understanding and global water cycle 2. Major water pollutants and contaminants: identification and classification 3. Issues and challenges in water crisis: Industrial and house wastewater treatment 4. Wastewater disinfection methods and pollutant removal treatment 5. Degradation of organic contaminants in wastewater via hydrodynamic cavitation technology 6. Reverse osmosis technology for water treatment and desalination 7. Wastewater treatment: use of biopolymers as sustainable approach 8. Application of Moringa oleifera plant for water treatment 9. Heavy metal removal using phytoremediation approaches 10. Biological wastewater treatment: fundamentals and recent development in nutrient removal 11. Microbial desalination cells: trends and challenges 12. Wastewater: environmental, social and health effects 13. Hydrology and Water Resources: challenges of climate change impact 14. Water sustainability: Life cycle assessment of advanced technologies
