Green Sustainable Process for Chemical and Environmental Engineering and Science

1. Green composite- fabrication, characterization, evaluation and application<br>2. Nanomaterials: green synthesis, characterization and applications<br>3. Layered double hydroxides (ldh) as a green nanofiller in composites<br>4. Applications and preparation of chitosan/cellulose composite in various industries<br>5. Applications of green composites for sustainable development<br>6. Green composites - a next generation sustainable composite materials, specific features and applications<br>7. Green composites and their manufacturing<br>8. Polymer-based bio-composites and their applications<br>9. Polymer based green composites and their applications <br>10. Effect of different types of irradiation on the properties of polymers <br>11. Green composites: versatile uses and applications in life<br>12. Green composites for the marine environment: from microplastics pollution to the sustainable materials<br>13. Role of disinfectants in green chemistry <br>14. Green composites for fruits and vegetable packaging<br>15. Green composites for food packaging<br>16. Green foams and their potential applications <br>17. Green rubber composites<br>18. Titanium dioxide / graphene composite film: dye-sensitized solar cell application<br>19. Oil palm lignin based adhesives: synthesis, characterization and application <br>20. Green adhesives ̶ past, present, and future outlook <br>21. Polyether ether ketone high-performance composites and blends present trends: a review<br>22. Perspective of polycarbonate composites and blends – properties, applications and future development- a review<br>23. Synthetic and natural environmental friendly corrosion inhibitors: an overview<br>24. Recent progress in the wastewater sanitization from pollutants using sponges<br>25. Green polymers filaments for 3d-printing<br>26. Dyeing of fibers and impact on the environment<br>27. Green composites for construction <br>