Low Carbon Stabilization and Solidification of Hazardous Wastes
Editat de Daniel C.W. Tsang, Lei Wangen Limba Engleză Paperback – 21 sep 2021
Low Carbon Stabilization and Solidification of Hazardous Wastes is a necessary read for academics, postgraduates, researchers and engineers in the field of environmental science and engineering, waste management, and soil science, who need to keep up to date with the most recent advances in low-carbon technologies. This audience will develop a better understanding of these low-carbon mechanisms and advanced characterization technologies, fostering the future development of low-carbon technologies and the actualization of green and sustainable remediation.
- Focuses on stabilization/solidification for environmental remediation, as one of the most widely used environmental remediation technologies in field-scale applications
- Details the most advanced and up-to-date low-carbon sustainable technologies necessary to guide future research and sustainable development
- Provides comprehensive coverage of low-carbon solutions for treating a variety of hazardous wastes as well as contaminated soil and sediment
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Specificații
ISBN-13: 9780128240045
ISBN-10: 0128240040
Pagini: 590
Ilustrații: 65 illustrations (15 in full color)
Dimensiuni: 216 x 276 x 34 mm
Greutate: 1.35 kg
Editura: ELSEVIER SCIENCE
ISBN-10: 0128240040
Pagini: 590
Ilustrații: 65 illustrations (15 in full color)
Dimensiuni: 216 x 276 x 34 mm
Greutate: 1.35 kg
Editura: ELSEVIER SCIENCE
Public țintă
Academics, postgraduates and researchers in environmental science and environmental engineering, and waste managementCuprins
Part I Overview of environmental remediation and stabilization/solidification 1. Sustainable waste management 2. Overview of low-carbon stabilization/solidification
Part II Low-carbon stabilization/solidification (S/S) of contaminated soil and sediment 3. Green cementitious materials for S/S 4. Natural or organophilic clay for S/S 5. Nanomaterials for S/S 6. Biochar for S/S 7. S/S of contaminated river/lake sediment 8. S/S of contaminated marine sediment
Part III Low-carbon stabilization/solidification of industrial waste 9. S/S of waste incineration fly ash and bottom ash 10. S/S of waste incineration bottom ash 11. S/S of industrial sludge (electroplating) 12. S/S of industrial sludge (mining) 13. S/S of sewage sludge ash 14. Remediation of mine waste 15. Remediation of tailing waste 16. Remediation of chemical waste 17. Utilization of waste slag 18. Utilization of coal fly ash and bottom ash 19. Utilization of contaminated bio-waste
Part IV Low-carbon stabilization/solidification of radioactive waste 20. Cement-based S/S of radioactive waste 21. Glass-based S/S of radioactive waste 22. Ceramic-based S/S of radioactive waste 23. Chemical enhanced S/S of radioactive waste
Part V Future prospects 24. Novel materials for S/S technologies 25. Advanced characterization for S/S technologies 26. New lab-scale analytical methods for S/S technologies 27. Life cycle analysis of S/S technologies 28. Cost-benefit analysis of S/S technologies 29. Sustainable waste management and circular economy 30. Future research directions for sustainable remediation
Part II Low-carbon stabilization/solidification (S/S) of contaminated soil and sediment 3. Green cementitious materials for S/S 4. Natural or organophilic clay for S/S 5. Nanomaterials for S/S 6. Biochar for S/S 7. S/S of contaminated river/lake sediment 8. S/S of contaminated marine sediment
Part III Low-carbon stabilization/solidification of industrial waste 9. S/S of waste incineration fly ash and bottom ash 10. S/S of waste incineration bottom ash 11. S/S of industrial sludge (electroplating) 12. S/S of industrial sludge (mining) 13. S/S of sewage sludge ash 14. Remediation of mine waste 15. Remediation of tailing waste 16. Remediation of chemical waste 17. Utilization of waste slag 18. Utilization of coal fly ash and bottom ash 19. Utilization of contaminated bio-waste
Part IV Low-carbon stabilization/solidification of radioactive waste 20. Cement-based S/S of radioactive waste 21. Glass-based S/S of radioactive waste 22. Ceramic-based S/S of radioactive waste 23. Chemical enhanced S/S of radioactive waste
Part V Future prospects 24. Novel materials for S/S technologies 25. Advanced characterization for S/S technologies 26. New lab-scale analytical methods for S/S technologies 27. Life cycle analysis of S/S technologies 28. Cost-benefit analysis of S/S technologies 29. Sustainable waste management and circular economy 30. Future research directions for sustainable remediation