DIESEL FUEL WAYS AND THEIR ELIMINATION METHODS

S. Burlaka
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Abstract

The efficient operation of agricultural machinery depends on the purity of the oil products used in its operation. Purification of fuels and oils is mainly carried out by filtration through porous separators. Currently, oil refineries (refineries) produce a thorough cleaning of the fuel. However, due to repeated resale and transportation, fuel contamination occurs. Due to poor flushing of the tank, other oil products and when filling the tank during precipitation, water and impurities can enter the fuel during its transportation. Water can enter the fuel tank in the form of condensation. Due to the long chain of transportation of petroleum products from refineries to consumers and non-compliance with transportation standards, customers receive low-quality fuel. Modern power systems for cars and tractors do not allow the presence of water and small impurities in the fuel. In this regard, in this paper, the problem of watered diesel fuel is considered. An assessment of the influence of such fuel on fuel equipment and engine operation is given. The data are given for the content of water in the fuel. Consider the saturation of the market with filters that allow you to separate water and fine particles from fuel. The advantages and disadvantages of each existing filter and compared with the proposed membrane filter are considered. A technology has been introduced to separate water and fine impurities in diesel fuel by installing an additional fine filter in the tractor power system. This article confirms the urgency of the problem of diesel fuel flooding. Data on the type of water contained in the fuel are given. An assessment of the effect of water in the fuel on fuel equipment and engine operation is given. The existing solutions to the problem of watering diesel fuel are presented and the effectiveness of the proposed filter is confirmed. A diagram of the proposed installation is presented, as well as plans for the modernization of the fuel cleaning.
柴油燃料方式及其消除方法
农业机械的高效运行取决于其运行中使用的油品的纯度。燃料和油类的净化主要是通过多孔分离器进行过滤。目前,炼油厂(精炼厂)对燃料进行彻底的清洗。然而,由于反复转售和运输,燃料污染发生。由于油罐冲洗不良,其他油品和在沉淀过程中填充油罐时,水和杂质会在运输过程中进入燃料。水以凝结的形式进入油箱。由于石油产品从炼油厂到消费者的运输过程很长,而且不符合运输标准,客户收到的燃料质量低。汽车和拖拉机的现代动力系统不允许燃料中存在水和小杂质。在这方面,本文考虑了含水柴油的问题。对该类燃料对燃油设备和发动机运行的影响进行了评价。给出了燃料中水含量的数据。考虑到市场的饱和,过滤器可以让你从燃料中分离水和细颗粒。分析了现有各种滤光器的优缺点,并与所提出的膜滤光器进行了比较。介绍了一种在拖拉机动力系统中安装额外的精细过滤器来分离柴油中的水和细杂质的技术。本文证实了柴油驱油问题的紧迫性。给出了燃料中所含水种类的数据。对燃油中水对燃油设备和发动机运行的影响进行了评价。介绍了现有的解决柴油加水问题的方法,并验证了该过滤器的有效性。提出了建议安装的示意图,以及燃料清洗现代化的计划。
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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