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Improve light vehicle diesel engine emission and fuel consumption through optimize injection parameter

Jia HeKun, Liu Shengji, Yin BiFeng, Jian Wang

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Abstract

Tests were performed with a light-vehicle diesel engine. Four representative operating conditions in 1600r/min speed have been considered. The influence of injection pressure, injection timing, and multiple injection strategies on the diesel engine emission characteristics and fuel consumption has been investigated. The results show that low NOx and soot emissions can be obtained in the condition of pilot-injection and post-injection. Through optimize injection pressure, injection timing, and multiple injection strategies can get a better trade-off between emission and fuel consumption.

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What this paper is about

Tests were performed with a light-vehicle diesel engine. Four representative operating conditions in 1600r/min speed have been considered. The influence of injection pressure, injection timing, and multiple injection strategies on the diesel engine emission characteristics and fuel consumption has been investigated. The results show that low NOx and soot emissions can be obtained in the condition of pilot-injection and post-injection. Through optimize injection pressure, injection timing, and multiple injection strategies can get a better trade-off between emission and fuel consumption.

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Available abstract

Tests were performed with a light-vehicle diesel engine. Four representative operating conditions in 1600r/min speed have been considered. The influence of injection pressure, injection timing, and multiple injection strategies on the diesel engine emission characteristics and fuel consumption has been investigated. The results show that low NOx and soot emissions can be obtained in the condition of pilot-injection and post-injection. Through optimize injection pressure, injection timing, and multiple injection strategies can get a better trade-off between emission and fuel consumption.

Key concepts: Automotive engineering, Fuel efficiency, Diesel fuel, Fuel injection, Diesel engine, NOx, Soot, Thrust specific fuel consumption

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