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This contribution reports investigations on a pulsed corona discharge in multipoint-to-plate configuration, with the aim of total oxidation of volatile organic compounds (VOC), in particular toluene. Both long pulses (1-2 ms), and short pulses (100 ns) were used. Much higher discharge currents (6-8 A) and energy per pulse (8-15 mJ) were obtained when using the short pulses, as compared to the values for long pulses (0.5 A , 1.5 mJ). Preliminary experiments in mixtures of air and toluene showed toluene conversion in the plasma of 25-30%, with CO 2  the only gaseous reaction product detected by mass spectrometry.

Pulsed Multipoint-to-Plate Corona Discharge for VOC Abatement