Green Revolution: Non-Traditional Approaches to Waste Management and Resource Utilization offers strategies for waste management through detailed discussions on innovative methods and diverse applications of waste-derived materials. By promoting recycling and innovative resource utilization, this book will empower readers to contribute to a sustainable and circular economy. It delves into the environmental importance of converting waste, while also highlighting various materials like carbon quantum dots, carbon nanotubes, and metal organic frameworks.
1. 1 Introduction: From waste to wealth–The new paradigm of resource valorization - p. 1 2. 2 Synthesis, properties, and applications of waste-derived carbon quantum dots - p. 19 3. 3 Carbon nano-onions from waste - p. 49 4. 4 Carbon nanotubes from waste - p. 71 5. 5 Carbon nanofibers from waste - p. 89 6. 6 Graphene and graphene derivatives from waste - p. 125 7. 7 Sustainable preparation of metal–organic frameworks from waste materials - p. 143 8. 8 Transforming waste into gold: Nanoparticle production via sustainable methods - p. 165 9. 9 Integrating green chemistry and circular economy principles for sustainable synthesis of silver nanoparticles from waste materials - p. 187 10. 10 Other nanoparticles from waste (Zinc, Strontium, Tungsten): Synthesis, characterization, and applications - p. 211 11. 11 Layered double hydroxides from waste - p. 225 12. 12 Ionic liquids in waste valorization - p. 251 13. 13 Deep eutectic solvents from waste - p. 273 14. 14 Life cycle assessment on waste recycling and upcycling - p. 297 15. 15 Future perspective of waste valorization - p. 319 16. Index - p. 343
Green Revolution: Non-Traditional Approaches to Waste Management and Resource Utilization offers strategies for waste management through detailed discussions on innovative methods and diverse applications of waste-derived materials. By promoting recycling and innovative resource utilization, this book will empower readers to contribute to a sustainable and circular economy. It delves into the environmental importance of converting waste, while also highlighting various materials like carbon quantum dots, carbon nanotubes, and metal organic frameworks.
1. 1 Introduction: From waste to wealth–The new paradigm of resource valorization - p. 1 2. 2 Synthesis, properties, and applications of waste-derived carbon quantum dots - p. 19 3. 3 Carbon nano-onions from waste - p. 49 4. 4 Carbon nanotubes from waste - p. 71 5. 5 Carbon nanofibers from waste - p. 89 6. 6 Graphene and graphene derivatives from waste - p. 125 7. 7 Sustainable preparation of metal–organic frameworks from waste materials - p. 143 8. 8 Transforming waste into gold: Nanoparticle production via sustainable methods - p. 165 9. 9 Integrating green chemistry and circular economy principles for sustainable synthesis of silver nanoparticles from waste materials - p. 187 10. 10 Other nanoparticles from waste (Zinc, Strontium, Tungsten): Synthesis, characterization, and applications - p. 211 11. 11 Layered double hydroxides from waste - p. 225 12. 12 Ionic liquids in waste valorization - p. 251 13. 13 Deep eutectic solvents from waste - p. 273 14. 14 Life cycle assessment on waste recycling and upcycling - p. 297 15. 15 Future perspective of waste valorization - p. 319 16. Index - p. 343
