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首页> 外文期刊>Energy Conversion & Management >ELECTRIC DISCHARGE REMOVAL OF SO_2 AND NO_x FROM COMBUSTION FLUE GAS BY PULSED CORONA DISCHARGE
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ELECTRIC DISCHARGE REMOVAL OF SO_2 AND NO_x FROM COMBUSTION FLUE GAS BY PULSED CORONA DISCHARGE

机译：脉冲电晕放电从燃烧烟气中去除SO_2和NO_x

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摘要

Based upon the reported studies on removal of SO_2 and NO_x from combustion flue gas by pulsed corona discharge, experimental studies on simulated combustion gas have been conducted changing parameters such as pulse width, polarity, wire electrode diameter, discharge gap, gas composition, gas temperature, etc. that are believed to be fundamental in the deSO_x and deNO_x process. Corona wind, which is expected to promote mixing of oxidizing radicals with SO_2 and NO_x in pulsed corona discharge, has been tried to be visualized. Future works concerning about measurements of oxidizing radical OH concentration and about simulation of electric discharge chemical process, which are now in progress, have been put in order to explain more details of deSO_x and deNO_x processes.
机译：根据已报道的通过脉冲电晕放电从燃烧烟气中去除SO_2和NO_x的研究，对模拟燃烧气体进行了实验研究，改变了脉冲宽度，极性，线电极直径，放电间隙，气体成分，气体温度等参数等被认为是deSO_x和deNO_x过程的基础。已尝试将电晕风可视化，该电晕风有望在脉冲电晕放电中促进氧化自由基与SO_2和NO_x的混合。为了解释deSO_x和deNO_x过程的更多细节，目前正在进行有关氧化自由基OH浓度测量和放电化学过程模拟的未来工作。

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