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Evaluation of a Novel Biofuel lend using Diesel-Biodiesel- Ethanol on Light Commercial Vehicle

机译:用柴油机在轻型商用车上使用柴油机 - 乙醇的新型生物燃料的评价

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Use of Biofuels derived from biomass, bioethanol, biodiesel, etc. are being seriously viewed from multidimensional perspective of depleting fossil fuel resources, environmental health, energy security, agrarian economy and new avenues of gainful employment. For the best use of available biofuels in diesel, a new blend was prepared which constituted 85% diesel + 5% ethanol + 10% biodiesel and was evaluated on Light Commercial Vehicle. This paper discusses the systematic performance evaluation of blended fuels and is compared with neat diesel with respect to lubricity, fuel economy in the steady speed ranges of 40 - 70 km/hr, driving cycle fuel economy, exhaust emissions like CO, HC, CO_2, O_2, NO_x, smoke and characterisation of particulates including particle size distribution. Synergy of 5% ethanol + 10% biodiesel in diesel was compared with diesel when the fuel was used as individual blends. The test results of these blends showed reduction in NO_x emissions in WOT condition and increase in HC emissions both in RLS & WOT condition. The average Particulates diameter and mass decreases with 5% ethanol and 5% Ethanol + 10% biodiesel blend in diesel. Reduction of CO_2 and increase in O_2 was also observed with these biofuel blends; however there was no significant change in CO emissions.
机译:从耗尽化石燃料资源,环境健康,能源安全,农业经济和新增奖金新途径的多维视角,源自生物量,生物乙醇,生物柴油等的生物燃料的使用是认真观察的。为了充分利用柴油中的可用生物燃料,制备了一种新的混合物,其构成了85%柴油+ 5%乙醇+ 10%生物柴油,并在轻型商业载体上进行评估。本文讨论了混合燃料的系统性能评估,并与润滑性,燃料经济性稳定速度范围为40-70 km / hr,驾驶循环燃料经济性,驾驶循环燃料经济性,诸如CO,HC,CO_2等燃料经济性的燃料经济性比较。 O_2,NO_X,烟雾和颗粒的表征,包括粒度分布。当燃料用作个体混合物时,将柴油中5%乙醇+ 10%生物柴油的协同作用与柴油进行比较。这些共混物的测试结果显示出WOT条件下的NO_X排放量,并在RLS和WOT条件下增加了HC排放。在柴油中,用5%乙醇和5%乙醇+ 10%生物柴油混合物,平均颗粒直径和质量降低。这些生物燃料混合物还观察到CO_2的减少和O_2的增加;然而,CO排放没有重大变化。

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