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Better Quality Gas Exhaust Generation from Biodiesel Fuel and its Performance on Diesel Engine

M.SharmaP.K.MalooJ.K.Tiwari

Mechanical Engineering Department, Shri Shankaracharya Group of Institutions Bhilai (C.G), University C.S.V.T.U.

摘要:The continuous increasing demand for energy and the diminishing tendency of petroleum resources has led to the search for alternative renewable,sustainable and clean fuel.Biodiesel is best substitute for petro diesel and also most advantageous over petro-diesel for its environmental friendliness.The quality of biodiesel fuel was found to be significant for its successful use on compression ignition engines and subsequently reduced the use of non-renewable fossil fuels.Conventional biodiesel when blend with diesel(B20)it means(80%diesel+20%biodiesel)such as jatropha biodiesel,palm biodiesel produces lesser exhaust gas temperature compared to presently using petro diesel fuel and which led to reduce the global warming potential in our environment by reducing the use of fossil fuel consumption.The use of millions of vehicles across the globe especially in big cities and towns contribute a lot in generating gaseous emissions,hence polluting the environment.These emissions referred to as greenhouse gases are attributed to the cause of global warming.Greenhouse gases such as carbon-dioxide,carbon monoxide,nitrogen oxide,and sulphur causes climatic distraction resulting in drought and environmental adversities on both fauna and flora.It is viewed that combustion of neat biodiesel decreases carbon monoxide(CO)emissions by 46.7%.In addition,biodiesel is non-toxic,making it useful for transportation applications in highly sensitive environments,such as marine ecosystems and mining enclosures.This paper reviews the technologies used for lowering the gaseous emissions temperature,biodiesel quality,and its effects on diesel engines performance such as brake horse power,specific fuel consumption,and brake thermal efficiency.Biodiesel biodegradability,lubricity,stability,and economic importance,have been discussed.
会议名称:

2014 3rd International Conference on Language,Medias and Culture

会议时间:

2014-04-12

会议地点:

韩国首尔

  • 专辑:

    工程科技Ⅱ辑

  • 专题:

    动力工程

  • 分类号:

    TK403

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