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Pulsed Electrical Discharges Assisted by Dielectric Pellets/Catalysts for Diesel Engine Exhaust Treatment

机译:介电粒料/催化剂辅助柴油机废气处理的脉冲放电

摘要

This paper reports the study on gaseous pollutants (NOx, CO and HC's) using a combination of electric discharge plasma and catalysts. In this study, catalysts being used in conventional catalytic converters of gasoline engine were tried, for the first time, in diesel engine exhaust treatment assisted by electric discharge plasma. Initial studies investigate the effect of packed dielectric materials and catalysts on NOx removal. Both conventional and non-conventional catalysts were used in the studies. With plasma alone, the removal efficiency of oxides of nitrogen was around 75% and with a suitable combination of catalytic reactor the removal efficiency was as high as 90%. Among the catalysts studied, a new catalyst $(CuMnAlO_4)$ was found to be as effective as the conventional expensive catalyst. The formation of byproducts like $N_2O and HNO_3$ have been studied and the results are discussed.
机译:本文报道了结合放电等离子体和催化剂对气态污染物(NOx,CO和HC's)的研究。在这项研究中,首次尝试在汽油机的传统催化转化器中使用的催化剂在放电等离子体辅助下用于柴油机废气处理。初步研究调查了填充介电材料和催化剂对NOx去除的影响。研究中同时使用了常规催化剂和非常规催化剂。仅使用等离子体,氮氧化物的去除效率为约75%,并且通过催化反应器的适当组合,去除效率高达90%。在所研究的催化剂中,发现一种新催化剂$(CuMnAlO_4)$与常规昂贵催化剂一样有效。研究了副产物如$ N_2O和HNO_3 $的形成并讨论了结果。

著录项

  • 作者

    Rajanikanth BS; Ravi V;

  • 作者单位
  • 年度 2002
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  • 原文格式 PDF
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