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EXHAUST GAS TREATMENT USING NANO SECONDS PULSED DISCHARGE

机译:使用纳米秒脉冲放电的废气处理

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Pulsed streamer discharge plasmas, one of the non-thermal plasma have been used to treat exhaust gases. Since a pulse width of applied voltage has a strong influence on the energy efficiency of the removal of pollutants, the development of a short pulse generator is of paramount importance for practical applications. In this work, nano seconds (ns) pulse generator which has pulse width of 5ns in output pulsed voltage is developed and NO removal experiments were conducted. The experimental results of the NO removal using the ns pulsed streamer discharge showed 100% of NO removal ratio (initial NO concentration = 200ppm) and the extremely high energy efficiency for NO removal. The result of deriving energy efficiency for NO removal indicated that the ns pulsed discharge has great advantage in energy efficiency for NO removal to Sub-μs pulsed discharge and other discharge methods. The highest NO removal energy efficiency of 2.3 mol/kWh (= 69g/kWh) was demonstrated at 70% of NO removal ratio. By this research, the utility of the ns pulse plasma process was proven and the influence of shorter pulse duration on NO removal energy efficiency was confirmed.
机译:脉冲飘带放电等离子体,其中一种非热等离子体已经用于处理废气。由于施加电压的脉冲宽度对污染物的去除能效具有很强的影响,因此短脉冲发生器的开发对于实际应用至关重要。在该工作中,开发了在输出脉冲电压中具有5ns的脉冲宽度的纳米秒(NS)脉冲发生器,并且没有进行去除实验。使用NS脉冲飘带放电的不移除的实验结果显示出100%的不去除率(初始无浓度= 200ppm),并且不能去除极高的能量效率。导出不能去除的能量效率的结果表明,NS脉冲放电在能效具有很大的优势,不能移除副μs脉冲放电和其他放电方法。最高的除去能量效率为2.3mol / kWh(= 69g / kWh),以70%的无除去比率证明。通过该研究,证明了NS脉冲等离子体过程的效用,并确认了脉冲持续时间不脱离能量效率的影响。

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