Sustainable Green Nanomaterials for Mitigation of Microplastics and Plastic Additives Pollution offers a comprehensive overview of the sustainable nanotechnologies available to manage and mitigate microplastics and plastic additives pollution. The book reviews research on green sustainable nanomaterials synthesis for industrial and environmental applications in the mitigation of various types of flame retardants, antioxidants, plasticizers, and light stabilizers that are released from industrial waste or consumer products. Moreover, state-of-the-art methods to eradicate microplastic pollution from ecosystems and future research directions are also discussed.
This book is a valuable resource to polymer scientists, environmental scientists, and academic and industrial researchers interested in green sustainable nanomaterials and microplastic pollution control strategies.
1. 1 Introduction - p. 197 2. 2 Emerging pollutants in water environment - p. 198 3. 3 Different strategies for removal of EPs - p. 204 4. 4 Single and combined AOPs - p. 216 5. 5 Semiconductor photocatalysis for degrading dyes in industrial water pollution - p. 217 6. 6 Various mechanisms of photodegradation - p. 221 7. 7 Air treatment - p. 224 8. 8 Behavior of micro- and nanoplastics - p. 227 9. 9 Microplastics (MPs) and nanoplastics (NPs) removal technologies - p. 228 10. 10 Separation processes - p. 228 11. 11 Innovative processes - p. 237 12. 12 Light - p. 238 13. 13 Conclusions - p. 244 14. Chapter 9. Elimination of microplastic contamination from municipal and industrial wastewater - p. 269 15. Chapter 10. Environmental impacts and mitigation of micro(nano)plastics pollution using green catalytic tools and green analytical methods - p. 289 16. Chapter 11. Green-chemistry-based nanomaterials as solutions for plastic remediation - p. 317 17. Chapter 12. Immobilized enzyme/microorganism complexes for degradation of microplastics - p. 341 18. Chapter 13. Removal of flame retardants by water by green nanomaterials - p. 365 19. Chapter 14. Advanced nanomaterials for mitigation of brominated flame retardants (PBDES, HBCD, TBBPA) - p. 395 20. Chapter 15. Sustainable degradation of chlorinated and phosphorous flame retardants by green nanomaterials - p. 421 21. Chapter 16. Green nanomaterials as a sustainable technological alternative for the mitigation of the impact of plasticizers - p. 455 22. Chapter 17. Green synthesized nanomaterials for removal of light stabilizers and antioxidants - p. 471 23. Chapter 18. Challenges and limitations associated with microplastic pollution and their mitigation techniques - p. 491 24. Chapter 19. Life-cycle analysis of plastic pollution and regulation policy at the national level - p. 507 25. Index - p. 549
Sustainable Green Nanomaterials for Mitigation of Microplastics and Plastic Additives Pollution offers a comprehensive overview of the sustainable nanotechnologies available to manage and mitigate microplastics and plastic additives pollution. The book reviews research on green sustainable nanomaterials synthesis for industrial and environmental applications in the mitigation of various types of flame retardants, antioxidants, plasticizers, and light stabilizers that are released from industrial waste or consumer products. Moreover, state-of-the-art methods to eradicate microplastic pollution from ecosystems and future research directions are also discussed.
This book is a valuable resource to polymer scientists, environmental scientists, and academic and industrial researchers interested in green sustainable nanomaterials and microplastic pollution control strategies.
1. 1 Introduction - p. 197 2. 2 Emerging pollutants in water environment - p. 198 3. 3 Different strategies for removal of EPs - p. 204 4. 4 Single and combined AOPs - p. 216 5. 5 Semiconductor photocatalysis for degrading dyes in industrial water pollution - p. 217 6. 6 Various mechanisms of photodegradation - p. 221 7. 7 Air treatment - p. 224 8. 8 Behavior of micro- and nanoplastics - p. 227 9. 9 Microplastics (MPs) and nanoplastics (NPs) removal technologies - p. 228 10. 10 Separation processes - p. 228 11. 11 Innovative processes - p. 237 12. 12 Light - p. 238 13. 13 Conclusions - p. 244 14. Chapter 9. Elimination of microplastic contamination from municipal and industrial wastewater - p. 269 15. Chapter 10. Environmental impacts and mitigation of micro(nano)plastics pollution using green catalytic tools and green analytical methods - p. 289 16. Chapter 11. Green-chemistry-based nanomaterials as solutions for plastic remediation - p. 317 17. Chapter 12. Immobilized enzyme/microorganism complexes for degradation of microplastics - p. 341 18. Chapter 13. Removal of flame retardants by water by green nanomaterials - p. 365 19. Chapter 14. Advanced nanomaterials for mitigation of brominated flame retardants (PBDES, HBCD, TBBPA) - p. 395 20. Chapter 15. Sustainable degradation of chlorinated and phosphorous flame retardants by green nanomaterials - p. 421 21. Chapter 16. Green nanomaterials as a sustainable technological alternative for the mitigation of the impact of plasticizers - p. 455 22. Chapter 17. Green synthesized nanomaterials for removal of light stabilizers and antioxidants - p. 471 23. Chapter 18. Challenges and limitations associated with microplastic pollution and their mitigation techniques - p. 491 24. Chapter 19. Life-cycle analysis of plastic pollution and regulation policy at the national level - p. 507 25. Index - p. 549
