Abstract
Indirect electrooxidation of phenol, formaldehyde, and maleic acid in cells with and without a cation-exchange membrane, with a platinum anode and a gas-diffusion carbon black cathode, which generates hydrogen peroxide from molecular oxygen, proceeds with high efficiency and various oxidation depths, which depend on the intermediate nature: the process involving HO 2 - occurs selectively and yields target products, while the formation of HO2 · and HO· leads to the destruction of organic compounds to CO2 and H2O.
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