Integrated Strategies for Mitigating the Greenhouse Impact of Plastic Recycling and Toxic Waste Reprocessing: A Circular Economy Approach

Abstract

Abstract

The escalating environmental challenges posed by plastic recycling and toxic waste reprocessing necessitate innovative approaches to minimize their greenhouse gas (GHG) emissions. This study explores integrated strategies that merge advanced recycling technologies with sustainable practices within the framework of a circular economy. The research evaluates the carbon footprint of existing recycling and reprocessing systems, identifying critical inefficiencies and emission hotspots.

Leveraging chemical recycling, renewable energy integration, and AI-driven waste segregation, the study proposes a comprehensive roadmap to decarbonize recycling operations. The investigation also examines the potential of symbiotic systems, where waste streams are repurposed to support energy recovery and material regeneration, fostering resource efficiency.

This research highlights the dual benefits of environmental protection and climate change adaptation by aligning the management of plastic and toxic waste with greenhouse gas mitigation strategies. The findings offer actionable insights for policymakers, industry practitioners, and researchers, contributing to developing sustainable, low-carbon waste management systems that align with global climate objectives.