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首页> 外文期刊>KSME International Journal >The Effect of Biodiesel and Ultra Low Sulfur Diesel Fuels on Emissions in 11,000 cc Heavy-Duty Diesel Engine
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The Effect of Biodiesel and Ultra Low Sulfur Diesel Fuels on Emissions in 11,000 cc Heavy-Duty Diesel Engine

机译:生物柴油和超低硫柴油对11,000 cc重型柴油发动机排放的影响

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摘要

It seems very difficult to comply with upcoming stringent emission standards in vehicles. To develop low emission engines, better quality of automotive fuels must be achieved. Since sulfur contents in diesel fuels are transformed to sulfate-laden particulate matters as a catalyst is applied, it is necessary to provide low sulfur fuels before any Pt-based oxidation catalysts are applied. In general, flash point, distillation 90% and cetane index are improved but viscosity can be worse in the process of desulfurization of diesel fuel. Excessive reduction of sulfur may cause to degrade viscosity of fuels and engine performance in fuel injection systems. This research focused on the performance of an 11,000 cc diesel engine and emission characteristics by the introduction of ULSD, bio-diesel and a diesel oxidation catalyst, where the bio-diesel was used to improve viscosity of fuels in fuel injection systems as fuel additives or alternative fuels.
机译:遵守即将颁布的严格的汽车排放标准似乎非常困难。为了开发低排放发动机,必须实现更高质量的汽车燃料。由于在使用催化剂时柴油燃料中的硫含量转化为负载硫酸盐的颗粒物,因此必须在使用任何基于Pt的氧化催化剂之前提供低硫燃料。通常,闪点,蒸馏90%和十六烷指数均得到改善,但在柴油脱硫过程中粘度可能会变差。硫的过量还原可能会导致燃料粘度降低以及燃料喷射系统中的发动机性能下降。这项研究通过引入超低硫柴油,生物柴油和柴油氧化催化剂,重点研究了11,000 cc柴油发动机的性能和排放特性,其中生物柴油被用来提高燃料喷射系统中燃料的粘度,作为燃料添加剂或替代燃料。

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