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Determination of Operational Parameters of a Single Cylinder Two Stroke Engine Run on Jatropha Biodiesel

机译:在Joatropha生物柴油上运行单个汽缸两轮筒式发动机的操作参数的确定

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The utilization of jatropha oil in a small capacity laboratory diesel engine was investigated. The Jatropha biodiesel was obtained from National Research Institute for Chemical Technology, Zaria - Nigeria. The biodiesel was within the EN, BIS and Brazil specification for biodiesel. The tested blends were 20/80%, 30/70%, 40/60% and 50/50%. Each blend was tested on a short term trial of one hour. 20/80% jatropha oil/diesel blend addition gave the maximum brake power and thermal efficiency. The exhaust gas temperatures of the jatropha oil/diesel blends were lower than that of diesel signifying lower heat loss. The percentage heat losses were lower when operated on higher jatropha oil/diesel blends. For economy of fuel, 20/80% gave specific fuel consumption values when compared to other jatropha oil/diesel blends at all engine speeds. Higher volumetric efficiencies were obtained for lower engine speeds of jatropha oil/diesel blends. Air/fuel ratio shows a decreasing trend with increase in jatropha oil content in jatropha oil/diesel blends. There was no reaction of the jatropha oil/diesel blends with engine parts as there was no engine starting problems, wear out of components or breakdown. No long term assessment, emission characteristics or endurance tests including breakdown of jatropha oil biodiesel were carried out. The research found that 20/80% blend of jatropha oil/diesel blend gave the best performance amongst all blends It is recommended that 20/80% jatropha oil/diesel blend should be used to supplement fossil fuel.
机译:研究了小容量实验室柴油发动机在小容量实验室柴油机中的利用。 Joatropha生物柴油是从扎里亚 - 尼日利亚国家化学技术研究所获得的。生物柴油是生物柴油的Zh,Bis和巴西规范。测试的共混物为20/80%,30/70%,40/60%和50/50%。在短期试验中测试每种混合物一小时。 20/80%的JATROPHA油/柴油混合物加法给出了最大的制动力和热效率。麻风法油/柴油混合物的废气温度低于柴油致电较低的热量损失的气体温度。当在高于Jatropha油/柴油共混物上操作时,热损失较低。与所有发动机速度相比,20/80%在所有发动机速度下相比,20/80%给出了特定的油脂/柴油混合物。获得较低的模具发动机速度的体积效率,以获得麻风树油/柴油共混物的较低发动机速度。空气/燃料比表明,Jatropha油/柴油混合物中的Joatropha油含量增加降低了趋势。由于没有发动机的起始问题,磨损组件或击穿,没有发动机部件的麻风法油/柴油/柴油混合物的反应。没有进行长期评估,排放特征或耐久性试验,包括麻醉油生物柴油的分解。研究发现,Joatropha油/柴油混合物20/80%的混合物在所有混合物中发出了最佳性能,建议使用20/80%的麻风树油/柴油混合物来补充化石燃料。

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