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This work studies the removal efficiency of indoor formaldehyde (HCHO) by a needle matrix to plate discharge reactor in a 90 m 3  closed room. The work concludes that HCHO can be reduced rapidly and efficiently, and the removal rate is closely related with HCHO concentration and disposal time. Also, it outlines the principles of HCHO chain reaction, and identifies carbon dioxide as the final product. Radicals and UV generated by non-thermal plasma are suggested to enhance the HCHO self-oxidation.

Indoor Formaldehyde Oxidation by Needle Matrix to Plate Corona Discharge