榛子核甲基醚的生产、柴油发动机燃料性能及排放分析

M. Çetin
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摘要

本文简要综述了作为替代燃料的甲基榛子油在预燃室柴油机上的应用,并与柴油进行了比较。为此,使用了自然吸气,预室间接喷射的四缸柴油发动机,并且没有对实验发动机进行任何修改。将榛子核甲基醚测试结果与柴油测试结果进行了比较。柴油生产的榛子核甲基酯粘度较高,但密度较低。榛子油的甲酯排放量与柴油相比,CO、HC和CO2排放量较低,但NOx和烟雾排放量较高。在NOx排放量方面,甲基榛子油高于柴油燃料,在所有发动机转速下,NOx排放量比柴油燃料高出约12%。它被观察到;比油耗提高,低速5%,中速7%,高速10%。确定比油耗平均增加8%。榛子油甲酯与柴油相比,发动机扭矩和发动机动力性能均下降10%。结果表明,榛子油甲酯可作为柴油机的替代燃料。
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PRODUCTION OF HAZELNUTOIL METHYLESTER, PERFORMANCE AND EMISSIONS ANALYSES AS A FUEL IN DIESEL ENGINE
In this study, briefly reviews as a fuel of hazelnutoil methylester use alternative fuel in pre-chamber diesel engines and compares to diesel fuel. For this purpose, a naturally aspirated, prechamber indirect injection, four cylinder diesel engine was used and without any modifications to the experimental engine. Hazelnutoil methylester test results were compared to test results of diesel fuel. Hazelnutoil methylester viscosity higher from diesel fuel, but hazelnutoil methylester density is lower from diesel fuels. Hazelnut oil methyl ester emissions compared to diesel fuel, CO, HC, and CO2 emissions lower, but NOx and smoke emissions higher were observed. As NOx emissions, hazelnutoil methylester higher than diesel fuel and NOx emission was measured approximately 12% higher from the diesel fuel all engine rpm. It was observed; the specific fuel consumption increased, at low-speed 5%, medium speed 7%, high-speed 10%. The average increase in specific fuel consumption 8% determined. Hazelnut oil methyl ester compared to diesel fuel, engine torque and engine power performance are decreased 10% was observed. As a result, hazelnut oil methyl ester could be used as an alternative fuel in diesel engines.
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