Solid Waste Management: Foundations, Recycling Pathways, and Sustainable Practices provides an introduction to the six types of waste, including municipal and rural solid waste, construction and demolition waste, hazardous waste, industrial waste, electric and electronic waste, and sewage sludge. These types of waste are discussed, along with treatment and recycling technologies, such as pre-treatment, reuse and recycling, anaerobic digestion, aerobic compositing, incineration for power, pyrolysis, and sanitary landfill. The book focuses on pollution control and resource utilization and describes combining process design principles with application examples to comprehensively describe various methods, principles, processes, new technologies, new methods, and new theories.
1. Part I: Introduction to solid waste - p. P1 2. 1. Definition and scope of solid waste - p. 3 3. 2. Introduction to treatment and recycling processes of solid waste - p. 13 4. 3. Artificial intelligence application for treatment and recycling of solid waste - p. 61 5. Part II: Treatment and recycling of municipal and rural solid waste - p. P111 6. 4. Sorting and classification of municipal and rural solid waste on site - p. 113 7. 5. Recycling of municipal and rural solid waste - p. 135 8. 6. Incineration for power of municipal and rural solid waste - p. 183 9. 7. Pyrolysis and reutilizatiotn of organic waste - p. 227 10. 8. Sustainable sanitary landfill and mining for municipal and rural solid waste - p. 253 11. Part III: Treatment and recycling of construction and demolition waste - p. P289 12. 9. Sorting and classification of construction and demolition waste - p. 291 13. 10. Detoxification of polluted industrial-origin construction and demolition waste - p. 301 14. 11. Recycling of construction and demolition waste - p. 349 15. 12. Final disposal and management of construction and demolition waste - p. 383 16. Index - p. 395
Solid Waste Management: Foundations, Recycling Pathways, and Sustainable Practices provides an introduction to the six types of waste, including municipal and rural solid waste, construction and demolition waste, hazardous waste, industrial waste, electric and electronic waste, and sewage sludge. These types of waste are discussed, along with treatment and recycling technologies, such as pre-treatment, reuse and recycling, anaerobic digestion, aerobic compositing, incineration for power, pyrolysis, and sanitary landfill. The book focuses on pollution control and resource utilization and describes combining process design principles with application examples to comprehensively describe various methods, principles, processes, new technologies, new methods, and new theories.
1. Part I: Introduction to solid waste - p. P1 2. 1. Definition and scope of solid waste - p. 3 3. 2. Introduction to treatment and recycling processes of solid waste - p. 13 4. 3. Artificial intelligence application for treatment and recycling of solid waste - p. 61 5. Part II: Treatment and recycling of municipal and rural solid waste - p. P111 6. 4. Sorting and classification of municipal and rural solid waste on site - p. 113 7. 5. Recycling of municipal and rural solid waste - p. 135 8. 6. Incineration for power of municipal and rural solid waste - p. 183 9. 7. Pyrolysis and reutilizatiotn of organic waste - p. 227 10. 8. Sustainable sanitary landfill and mining for municipal and rural solid waste - p. 253 11. Part III: Treatment and recycling of construction and demolition waste - p. P289 12. 9. Sorting and classification of construction and demolition waste - p. 291 13. 10. Detoxification of polluted industrial-origin construction and demolition waste - p. 301 14. 11. Recycling of construction and demolition waste - p. 349 15. 12. Final disposal and management of construction and demolition waste - p. 383 16. Index - p. 395
