PART 1 Graphene and its derivatives from waste: Perspective and developments 1. Environmental considerations to waste recovery 2. Identifying the potential waste categories for graphene synthesis 3. Impact of waste recovery for graphene synthesis in view of environmental concerns and the commercial applications
PART 2 Graphene and its derivatives from plastic waste 4. Pyrolytic processes for plastic waste into graphene 5. Emerging synthesis routes towards plastic waste upcycling to graphene
PART 3 Graphene and its derivatives from Agriculture waste 6. Agriculture waste for graphene synthesis 7. Importance of chemical treatments for graphene synthesis using biomass precursors 8. Potential applications for graphene derived from agriculture waste
PART 4 Graphene and its derivatives from household waste 9. Socio-economic concerns to produce graphene from household waste 10. Household trash to valuable graphene
PART 5 Green synthesis of Graphene and its derivatives 11. Sustainable approaches for green synthesis of graphene 12. Impact of green synthesis of graphene on the environment
PART 6 Synthesis of Graphene and its derivatives from waste: Challenges and Commercialization 13. Why does waste recovery matter? 14. Turning trash to wealth: Graphene, a wonder 2D material and economic considerations 15. Challenges and emerging approaches 16. Concluding remarks and the way forward