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Study on the performance and Emission characteristics using castor and mustard seed oil mixture and diesel blend in C.I Engine

机译:蓖麻籽和芥菜籽油混合物与柴油混合气的性能和排放特性研究

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摘要

Bio-diesel is one of the most promising alternatives for diesel needs..The present work has focused on the performance of castor non-edible vegetable oil and Mustard oil edible vegetable oil and its blend with diesel on a double cylinder, 4 stroke, naturally aspirated, direct injection, water cooled, eddy current dynamometer Kirloskar Diesel Engine at 1500 rpm for variable loads. Initially, castor eat oil and their blends were chosen. The physical and chemical properties of Castor oil, Mustard oil and its blend were determined. In general, viscosity of neat vegetable oil is high, which can be reduced through blending with diesel and heating them. The performance and emission characteristics of engine are determined using Castor and Mustard oil and their blends with diesel. These results are compared to those of pure diesel. Byanalyzing the graphs, it was observed that the performance characteristics are reduced and emission characteristics are increased at the rated load compared to those of diesel. This is mainly due to lower calorific value, high viscosity and delayed combustion process. From the critical analysis of graphs, it can be observed that 10% of Castor oil and Mustard oil mixture mixed with 90% of diesel is the best suited blend for Diesel engine without eating and without any engine modifications. It is concluded that castor and Mustard oil can be used as an alternate to diesel.
机译:生物柴油是满足柴油需求的最有前途的替代品之一。目前的工作重点在于蓖麻非食用植物油和芥末油食用植物油及其与柴油混合的双缸,四冲程,自然吸气式直接喷射水冷涡流测功机Kirloskar柴油发动机转速为1500 rpm,适用于可变负载。最初,选择了蓖麻油和它们的混合物。测定了蓖麻油,芥末油及其混合物的理化性质。通常,纯植物油的粘度较高,可以通过与柴油混合并加热来降低粘度。使用蓖麻油和芥末油及其与柴油的混合物确定发动机的性能和排放特性。将这些结果与纯柴油的结果进行了比较。通过分析这些曲线图,可以发现与柴油相比,额定负载下的性能特性下降,排放特性增加。这主要是由于较低的热值,高粘度和延迟的燃烧过程。从图表的关键分析中可以看出,将10%的蓖麻油和芥末油混合物与90%的柴油混合是最适合柴油发动机的混合料,而无需进食且未进行任何发动机改装。结论是蓖麻油和芥末油可以用作柴油的替代品。

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    Behera Debiprasad;

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  • 年度 2010
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