Catalytic study demonstrates electrocatalytic reforming of polylactic acid waste into chemical feedstocks via high-entropy alloy nanowires, highlighting pathways for circular plastics recycling.
Transforming waste PLA into chemical feedstocks for high-value products offers sustainable advantages-reducing emissions while advancing circular production. Electrochemically converting PLA into valuable chemicals is a key solution for reducing plastic...
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Geng et al. (2025) studied this question.
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