INVESTIGATION OF DIESEL ENGINE`S WORKING PROCESS ON LIGHT FUEL

J. Khakimov, M. Shatrov, J. Turdiev
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Abstract

The article considers the investigation results of the working process of diesel on light fuel. Consumption of natural resources in the form of hydrocarbon fuels, which is steadily increasing in transport, the number of rolling stock, and combustion products of motor fuels cause environmental pollution. It is shown that the transition to cheaper alternative types of fuel, by its characteristics, not inferior to liquid motor fuels, is one of the options to reduce operating costs and harmful emissions. The scheme of classification of gas systems of fuel transfer is presented: by design of the system of filling and storage of gas; by quantity of the substituted basic fuel in the system of fuel supply; by method of dosing of fuel; by name and place of sending of a control signal; by design of the unit of decrease in pressure of gas; by design and a site of heating devices of a gas stream of a high pressure; by a method of ignition of a gas-air mix; by a method of change of indicators of working process; by an aggregate condition of used According to the results of theoretical and operational research of the gas engine based on a supercharged diesel engine: the necessity of using a gas injector power supply system has been established; the power and torque of the gas engine created on the basis of a supercharged diesel engine practically do not differ from that of the diesel engine, which is explained by a relatively high degree of compression for engines with spark ignition (ε=2); it has been shown that in the long term it is possible to use gas supply systems under pressure directly into the engine cylinder. As a result, the most affordable commercial alternative fuel for road transport in Uzbekistan turned out to be natural gas.
柴油机轻燃料工作过程的研究
本文考虑了柴油在轻燃料上工作过程的调查结果。以碳氢燃料形式消耗的自然资源,在交通运输、铁路车辆数量和汽车燃料燃烧产物中不断增加,造成环境污染。它表明,过渡到更便宜的替代类型的燃料,其特点,不逊色于液体发动机燃料,是减少运营成本和有害排放的选择之一。提出了燃料输送气体系统的分类方案:通过设计气体的充装和储存系统;按燃料供应系统中替代基础燃料的数量计算;通过给燃料加药的方法;控制信号的名称和发送地点;通过设计气体降压单元;设计并设置高压气流加热装置;通过气体-空气混合物的点火方法;采用工作过程指标变化的方法;根据基于增压柴油机的燃气发动机的理论和运行研究结果,确定了采用燃气喷射器供电系统的必要性;在增压柴油机的基础上产生的燃气发动机的功率和扭矩实际上与柴油发动机没有什么不同,这可以解释为具有火花点火的发动机具有相对较高的压缩程度(ε=2);已经证明,从长远来看,在压力下使用气体供应系统直接进入发动机气缸是可能的。因此,乌兹别克斯坦最经济实惠的公路运输商业替代燃料原来是天然气。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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