Section A: Plastic Pollution and application of sustainable technologies for degradation of plastic pollutants 1. Plastic in the environment, properties, types and applications 2. Hazardous effects of plastic wastes on the ecosystem, human-beings and animal health 3. Microplastics in marine ecosystem: ecotoxicological effects, health consequences, and food chain implications 4. Unveiling the effects of microplastics in marine ecosystem, current trends in environmental pollution and mechanisms of toxicological profile 5. Microplastics in ocean, recent trends of environmental pollution and toxicological profile mechanism : An update 6. Mechanism of plastic biodegradation : A step towards environmental sustainability 7. Microbial enzymatic remediation of synthetic plastic pollutants: a present and future perspectives 8.
Relevance of microbes in plastic waste degradation 9. Microplastics: ecological and human health risks 10. Bio-chemical degradation of microplastics, its mechanisms, and methodologies 11. Microalgae-bacteria consortium for microplastic biodegradation : A strategy towards plastic mitigation 12. Biodegradable microplastics in soil ecosystem: effects on soil properties, plant and animal health 13. Role of microbial enzymes in the degradation of plastics: A sustainable tool for waste management 14. Plastic wastes in air and soil : health risks and challenges to mitigate plastic pollutant Section B: Valorization of plastic wastes into value-added products 15. Use of waste plastic in preparation of value-added construction materials 16.
Valorization of plastic wastes: current practices, challenges and future directions 17. Bioplastics production, and applications in industries : a step towards circular economy 18. Plastic waste management: a review on life cycle assessment studies 19. An integrated approach towards sustainable plastic waste management : case study from urban areas of Indonesia/other developing nation 20. Plastic wastes and its management strategies for environmental sustainability 21. Plastic recycling: applications, challenges and future prospects.