首页> 外文会议>2010 Frontiers in Automobile and Mechanical Engineering >Comparative study of vehicular pollution load of biodiesel and conventional diesel fuel at north east Karnataka state road transport corporation, Gulbarga
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Comparative study of vehicular pollution load of biodiesel and conventional diesel fuel at north east Karnataka state road transport corporation, Gulbarga

机译:Gulbarga东北卡纳塔克邦国道运输公司的生物柴油和常规柴油的车辆污染负荷比较研究

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The study mainly deals with the causes of air pollution in Gulbarga related to buses. Particularly it focuses on the suggestion to curb the vehicular pollution by the use of biodiesel. The pollution loads have been calculated and compared by considering usage of the biodiesel in place of conventional diesel fuel in buses. For the purpose of this study, the three depots of the NE-Karnataka Road Transport Corporation, Gulbarga''s were considered. The three depots consists of 86+101+117=304 buses. These buses run on diesel fuel and are responsible for largest amount of lead emissions and various other pollutants. The pollution loads were calculated on the basis of information collected from the Central Pollution Control Board (CPCB), Environment Protection Agency and previous studies carried out in this regard by various important agencies. The use of Biodiesel shows tremendous reduction in various pollutants. By the use of B20 Bio-diesel we can reduce total unburnt hydrocarbons to 20%, Carbon monoxide to 12%, PM10 and PM25 to 12%, NOx +2 or −2%, SO2 to 20%. By the use of B100 Bio-diesel we can reduce total unburnt hydrocarbons to 67%, Carbon monoxide to 48%, PM10 and PM25 to 47%, NOx +10 or −2%, SO2 to 100%.
机译:该研究主要针对与公共汽车有关的古尔巴加(Gulbarga)的空气污染原因。特别地,其重点在于通过使用生物柴油来抑制车辆污染的建议。通过考虑使用生物柴油代替公交车上的常规柴油来计算和比较污染负荷。为了本研究的目的,考虑了NE-Karnataka公路运输公司Gulbarga的三个仓库。这三个仓库由86 + 101 + 117 = 304辆公交车组成。这些公共汽车以柴油为燃料,并导致最大的铅排放量和各种其他污染物。污染负荷的计算是基于从中央污染控制委员会(CPCB),环境保护署收集的信息,以及各个重要机构在这方面进行的先前研究。生物柴油的使用表明各种污染物的大量减少。通过使用B20生物柴油,我们可以将未燃烧的碳氢化合物总量减少到20%,一氧化碳减少到12%,PM10和PM25减少到12%,NOx +2或-2%,SO2减少到20%。通过使用B100生物柴油,我们可以将未燃烧的碳氢化合物总量减少到67%,一氧化碳减少到48%,PM10和PM25减少到47%,NOx +10或-2%,SO2减少到100%。

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