Sustainable Nanomaterials provides core and advanced information about various sustainable nanomaterials and their synthetic approaches to natural and renewable resources. It summarizes various regulatory initiatives for ensuring sustainability goals and legal aspects of sustainable nanomaterials.
This book also addresses potential nanomaterial risks and concludes that green nanotechnology is a concept that needs to be embedded and promoted in regulatory and voluntary initiatives to ensure nanotechnology’s sustainable development.
This is a useful resource for advanced students, as well as environmental engineers, researchers, and the environmental industry.
1. Cover image - p. c 2. Title page - p. iii 3. Copyright - p. iv 4. Contents - p. v 5. Contributors - p. xv 6. Section 1 Fundamentals and basics of green and sustainable nanomaterials - p. 1 7. Chapter 1 Environmental friendly and sustainable nanotechnology: Fundamentals - p. 3 8. Section 2 Fabrication strategies of sustainable nanomaterials - p. 49 9. Chapter 2 Sustainable methods and approaches for the preparation of green nanomaterials: Fundamentals and advances - p. 51 10. Chapter 3 Methods for the conversion of biomass waste into value-added carbon nanomaterials: Recent progress and applications - p. 87 11. Section 3 Recent advances for industrial applications of sustainable nanomaterials - p. 103 12. Chapter 4 Metal–organic frameworks based nanostructures for energy conversion and storage - p. 105 13. Chapter 5 Synthesis of green nanomaterials and their application in a platform for molecular sensing - p. 167 14. Chapter 6 Sustainable application of nanomaterials for the agricultural industry - p. 203 15. Section 4 Sustainable nanomaterials for energy and environmental applications - p. 263 16. Chapter 7 Green nanomaterials for removal of wastewater pollutants: A recent update - p. 265 17. Chapter 8 Green and sustainable metal hexacyanoferrate nanomaterials for eradication of traditional and emerging contaminants - p. 293 18. Section 5 Strategies for green innovation through nanotechnology - p. 317 19. Chapter 9 Effects of green manufacturing and technological innovations on sustainable development - p. 319 20. Section 6 Environmental health and safety aspects of sustainable nanomaterials - p. 341 21. Chapter 10 Green nanomaterials: Environment, health, and safety aspects - p. 343 22. Chapter 11 Assessment of health, safety, and economics of surface-modified nanomaterials - p. 379 23. Chapter 12 Analytical and toxicological aspects of nanomaterials in different product groups: Challenges and opportunities - p. 397 24. Section 7 Biomedical applications of green nanomaterials: Convergence of green technologies - p. 439 25. Chapter 13 Research trends in biomedical applications of green nanomaterials - p. 441 26. Chapter 14 Green nanomaterials for advanced biosensors development - p. 479 27. Section 8 Challenges in assessing the impact of green nanotechnology for environmental sustainability - p. 501 28. Chapter 15 An updated analysis of environmental sustainability metrics applied to the green synthesis of nanomaterials and the assessment of ecological risks associated with the nanotechnology - p. 503 29. Chapter 16 The road to sustainable nanotechnology: Challenges, progress, and opportunities - p. 579 30. Section 9 Regulatory issues and legal aspect of sustainable nanomaterials - p. 615 31. Chapter 17 Sustainable nanomaterials: Selected legal and regulatory issues - p. 617 32. Index - p. 637
Sustainable Nanomaterials provides core and advanced information about various sustainable nanomaterials and their synthetic approaches to natural and renewable resources. It summarizes various regulatory initiatives for ensuring sustainability goals and legal aspects of sustainable nanomaterials.
This book also addresses potential nanomaterial risks and concludes that green nanotechnology is a concept that needs to be embedded and promoted in regulatory and voluntary initiatives to ensure nanotechnology’s sustainable development.
This is a useful resource for advanced students, as well as environmental engineers, researchers, and the environmental industry.
1. Cover image - p. c 2. Title page - p. iii 3. Copyright - p. iv 4. Contents - p. v 5. Contributors - p. xv 6. Section 1 Fundamentals and basics of green and sustainable nanomaterials - p. 1 7. Chapter 1 Environmental friendly and sustainable nanotechnology: Fundamentals - p. 3 8. Section 2 Fabrication strategies of sustainable nanomaterials - p. 49 9. Chapter 2 Sustainable methods and approaches for the preparation of green nanomaterials: Fundamentals and advances - p. 51 10. Chapter 3 Methods for the conversion of biomass waste into value-added carbon nanomaterials: Recent progress and applications - p. 87 11. Section 3 Recent advances for industrial applications of sustainable nanomaterials - p. 103 12. Chapter 4 Metal–organic frameworks based nanostructures for energy conversion and storage - p. 105 13. Chapter 5 Synthesis of green nanomaterials and their application in a platform for molecular sensing - p. 167 14. Chapter 6 Sustainable application of nanomaterials for the agricultural industry - p. 203 15. Section 4 Sustainable nanomaterials for energy and environmental applications - p. 263 16. Chapter 7 Green nanomaterials for removal of wastewater pollutants: A recent update - p. 265 17. Chapter 8 Green and sustainable metal hexacyanoferrate nanomaterials for eradication of traditional and emerging contaminants - p. 293 18. Section 5 Strategies for green innovation through nanotechnology - p. 317 19. Chapter 9 Effects of green manufacturing and technological innovations on sustainable development - p. 319 20. Section 6 Environmental health and safety aspects of sustainable nanomaterials - p. 341 21. Chapter 10 Green nanomaterials: Environment, health, and safety aspects - p. 343 22. Chapter 11 Assessment of health, safety, and economics of surface-modified nanomaterials - p. 379 23. Chapter 12 Analytical and toxicological aspects of nanomaterials in different product groups: Challenges and opportunities - p. 397 24. Section 7 Biomedical applications of green nanomaterials: Convergence of green technologies - p. 439 25. Chapter 13 Research trends in biomedical applications of green nanomaterials - p. 441 26. Chapter 14 Green nanomaterials for advanced biosensors development - p. 479 27. Section 8 Challenges in assessing the impact of green nanotechnology for environmental sustainability - p. 501 28. Chapter 15 An updated analysis of environmental sustainability metrics applied to the green synthesis of nanomaterials and the assessment of ecological risks associated with the nanotechnology - p. 503 29. Chapter 16 The road to sustainable nanotechnology: Challenges, progress, and opportunities - p. 579 30. Section 9 Regulatory issues and legal aspect of sustainable nanomaterials - p. 615 31. Chapter 17 Sustainable nanomaterials: Selected legal and regulatory issues - p. 617 32. Index - p. 637
