Abstract
The kinetics of the degradation of Sulfonol and the formation of its degradation products by the action of oxygen atmospheric-pressure dielectric barrier discharge on an aqueous solution at discharge powers of 0.4–4 W have been measured. It has been shown that the degradation products are carboxylic acids and aldehydes in the liquid phase and carbon dioxide in the gas phase. The energy efficiency of the degradation has been found to be (4.4–12.7) × 10−3 molecule per 100 eV of input energy. Mechanisms for the processes have been proposed.
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