Chemical Kinetic Investigations of Ignition and Combustion Phenomena in a DI Diesel Engine Fueled with Methanol. 2nd Report. Analysis of the Formation and Destruction of Exhaust Gas Emissions.

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  • メタノールＤＩエンジンの着火・燃焼に関する化学反応速度論的検討　第２報　　排出ガス生成過程の解析
  • メタノール DI エンジン ノ チャッカ ネンショウ ニ カンスル カガク ハ

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Abstract

A numerical model has been developed for predicting exhaust gas emissions including NOx HCHO, CH3OH and other chemical species in a direct injection diesel engine fueled with methanol. In this model, 39 species with related 157 elementary reactions are taken into account. The effects of air excess ratios and load conditions on the exhaust gas emission characteristics were investigated based on this kinetic model. The model can predicts the formation and destruction of chemical species in the combustion process and the formation of formaldehyde and NO2 during the expansion stroke.

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