Development and Use of the Index of Particulate Matter Filter Efficiency in Environmental Protection Technology for Diesel-Generator with Consumption of Biofuels

O. Kondratenko, V. Andronov, V. Koloskov, O. Strokov
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Abstract

This paper describes the results of improving of design and method of operation of the particulate matter filter of the reciprocating internal combustion engine with a high degree of physical and moral wear in the diesel generator as an actuator of environmental protection technology. The complex of mathematical models of performance indicators of the improved filter has been improved. Index of the efficiency of the particulate filter has been developed, which combines improved mathematical models of the filter into a single complex. Environmental protection technologies have been developed for a diesel generator, the engine of which is characterized by a high degree of physical and moral wear and tear and has no or lost the executive bodies of the air protection system. Algorithm for controlling the proposed technology has been developed, in which the control of the filter regeneration processes is carried out as a function of the developed efficiency index, and a mathematical apparatus for such control according to the psychophysical scale and characteristic map of electronic automatic control system.
生物燃料柴油发电机组环保技术中颗粒物过滤效率指标的研制与应用
本文介绍了作为环保技术执行器的柴油发电机组中物理磨损和精神磨损程度较高的往复式内燃机颗粒物过滤器的设计和运行方法的改进结果。改进后的过滤器性能指标数学模型的复杂性得到了改善。颗粒过滤器的效率指数已经开发出来,它将过滤器的改进数学模型结合成一个单一的综合体。研制了一种柴油发电机的环保技术,其发动机的特点是物理和精神磨损程度高,没有或失去了空气保护系统的执行机构。提出了控制该技术的算法,其中滤波器再生过程的控制是作为所开发的效率指数的函数进行的,并根据电子自动控制系统的心理物理比例尺和特征图进行了这种控制的数学装置。
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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