首页> 外文会议>IEEE Industry Applications Society Annual Meeting >NOx emission control in a bio-diesel engine: Pre and post-combustion techniques using engine valve timing (EVT) and electrical discharge plasma (EDP) investigation and Analysis of NOx emission control of biodiesel engine using combined engine valve timing control and pulse discharge plasma (PDP) based exhaust control techniques
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NOx emission control in a bio-diesel engine: Pre and post-combustion techniques using engine valve timing (EVT) and electrical discharge plasma (EDP) investigation and Analysis of NOx emission control of biodiesel engine using combined engine valve timing control and pulse discharge plasma (PDP) based exhaust control techniques

机译:生物柴油发动机中的NOx排放控制:使用发动机气门正时(EVT)和放电等离子体(EDP)的燃烧前和燃烧后技术研究和结合使用发动机气门正时控制和脉冲放电等离子体的生物柴油发动机NOx排放控制分析(PDP)的排气控制技术

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A detailed investigation on NOx emission control from a stationary bio-diesel engine is carried out using combined engine valve timing control and pulse discharge plasma based exhaust control techniques. The objective of the study is to explore the effect of the valve timing (injection pressure, injection duration and injection quantity) on the NOX formation for various blends of Biodiesel samples and subsequently to treat the exhaust by the pulse discharge plasma based techniques. A comparative study of pre and post combustion technique on NOx removal will be discussed. Further, the experiments are carried out at different engine loading and exhaust flow rate. The effectiveness of the techniques with regard to NOx control and byproduct reduction is discussed.
机译:使用结合的发动机气门正时控制和基于脉冲放电等离子的排气控制技术,对固定式生物柴油发动机的NOx排放控制进行了详细研究。该研究的目的是探讨各种生物柴油样品混合物的气门正时(喷射压力,喷射持续时间和喷射量)对NOX形成的影响,然后通过基于脉冲放电等离子体的技术处理废气。讨论了燃烧前和燃烧后的NOx去除技术的比较研究。此外,实验是在不同的发动机负载和排气流量下进行的。讨论了该技术在控制NOx和减少副产物方面的有效性。

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