New reactor design improves plastic feedstock synthesis using oxygen and electricity
A "hidden variable" that can determine the success or failure of a chemical reaction has been found in the immediate vicinity of electrodes.
Researchers at Seoul National University College of Engineering have designed a novel reactor system that significantly improves the efficiency and selectivity of synthesizing organic compounds from plastic feedstocks using oxygen and electricity. By precisely controlling the local pH around the electrode, the team increased target-product selectivity from around 16% to 97%, eliminating the need for separate peroxide oxidants.
This breakthrough could lead to safer, more sustainable chemical processes for producing materials like biodegradable plastics and adhesives.
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