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Influence of Diesel Oil Heating Temperature on the Smoke Degree and Particle Emission to a Direct Injection Diesel Engine
conat99/Negrea_V-

Authors

Prof.Dr.-Eng. V.D. Negrea - Ostoia “Politehnica” University of Timisoara
Lect. Eng.G. Pãdure - Ostoia “Politehnica” University of Timisoara
Prof.Dr.-Eng. D. Iorga - Ostoia “Politehnica” University of Timisoara
Drd. Eng. C. Mekki - Ostoia “Politehnica”

Abstract

Previous researches shows the requirements to establishing an optimum diesel oil heating temperature, between the environmental and water cooling system temperature (80 °C), all this leading to better engine performances, both energetic and emissions exhausted.

The researches were developed for different temperature of the fuel, in the range 20 - 80 °C, temperatures that are very easy to be obtained, using the heat exhausted by the cooling system.

The researches didn’t emphasized an absolute optimum temperature, favorable from all points of view (energetic parameters and smoke degree). Having in sight only the smoke degree, 80 °C diesel oil temperature represent an optimum value, smoke decreasing both at load operation and in free acceleration of the diesel engine.

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