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采用自行研制的超窄脉冲高压电源和等离子体反应器，研究脉冲电晕放电对模拟烟气中ＳＯ２的脱除规律，肯定了正脉冲电晕对ＳＯ２氧化脱除具有明显效果，并着重对脉冲电晕脱硫效果影响较大的脉冲电压峰值、间隙击穿频率、烟气温度、ＳＯ２初始浓度、烟气处理时间和脉冲重复频率等因素进行分析，指出优化反应条件的途径，为该技术的工业实用化研究提供理论和实验依据。
Using self-developed ultra-narrow pulse high-voltage power supply and plasma reactor, the removal rule of SO2 in simulated flue gas by pulsed corona discharge was studied, and it was confirmed that positive pulse corona had obvious effect on SO2 oxidation removal, Corona desulfurization effect of the impact of the pulse voltage peak value, the gap breakdown frequency, flue gas temperature, the initial concentration of SO2, flue gas treatment time and pulse repetition frequency and other factors were analyzed, and pointed out the way to optimize the reaction conditions for the technology industry Practical research to provide theoretical and experimental basis.