合成二冲程发动机油作为废气排放控制工具

A. Kovács, D. Olagos
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引用次数: 6

摘要

采用聚丙烯低聚物制备二冲程(2T)发动机一次性润滑润滑油,以提高二冲程发动机的尾气排放特性。从稳定性的角度来看,低聚物本身是合适的,但必须用多元醇酯组分增强才能具有良好的承载能力。形成灰分和无灰分的商业添加剂包都可以用来配制最终产品。排气流包括燃料的未燃烧部分:油混合物。在聚丙烯低聚物基础上配制的润滑油不含多核芳烃,二氧化硫的排放是由于燃料和添加剂(如果有的话)的硫含量。在台架测试中,与使用商业矿物油相比,使用聚丙烯油的碳氢化合物排放量显著降低。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Synthetic two-stroke engine oil as a tool of exhaust emission control
Polypropylene oligomers were used to formulate two-stroke (2T) engine oil for once-through lubrication systems, to enhance the exhaust emission characteristics of two-stroke engines. The oligomers alone are suitable from a stability viewpoint, but must be reinforced with polyol-ester components to have good load-carrying capability. Both ash-forming and ash-free commercial additive packages can be used to formulate the end-product. The exhaust stream includes the unburnt portion of the fuel:oil mixture. The lubricating oils formulated on polypropylene oligomer base do not contain polynuclear aromatics, the sulphur-dioxide emission is due to the sulphur content of the fuel and additive (if any). On a bench test, the hydrocarbon emission was significantly lower using polypropylene oil, in comparison to using a commercial mineral-oil-based composition.
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