The growing accumulation of plastic waste poses a major global environmental challenge, yet existing chemical recycling technologies remain constrained by high energy demand, narrow substrate scope, intolerance to poly(vinyl chloride) (PVC) and mixed plastic waste, and heavy reliance on precious, toxic, or base-metal c...
Xin-Ying Kong, Shao Rong Choo, Wei-Kean Chong et al.· Sustainable Science and Inno...· 0 citations
Only an estimated 9% of all plastic ever manufactured has been recycled, and the remainder persists in landfills, oceans, and, increasingly, in the human body as micro- and nanoplastics. Closing this loop demands chemistry that goes beyond shredding and remelting. This review surveys the mechanistically distinct strate...
Bo-Han Li, Xiao Wang, Xin-Ying Kong et al.· Sustainable Science and Inno...· 0 citations
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