Theoretical aspects of principles of analyzing jet pumping stations and methods of their improving

I. Y. Aleksanyan, A. Nugmanov, Alexei Alexeevich Pokoptsev
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Abstract

The article presents analysis of the jet pump designs and methods of their improving, as well as technical approaches to their calculation, which is associated with a reasonable choice of an efficient variant, depending on the required accuracy of engineering calculations with optimal hardware support of pumping stations for solving specific oil and gas transportation tasks. According to the analysis results it has been inferred that one of the reasons for delay in application of jet pumping stations for lifting the fluid from the borehole space is the shortage of reliable surface-type pumping power stations, in particular, for driving the jet unit, as well as a compact set of equipment for purification and preliminary preparation of working fluid in the Russian Federation. For this reason, such units are mainly used for influencing the bottom-hole area, where the long-term permanent operation of jet pumping stations is not important, the mobile field pumping stations being possible as power plants.
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从理论方面分析了喷射泵站的原理和改进方法
本文分析了喷射泵的设计和改进方法,以及其计算的技术途径,这与合理选择有效的变体有关,这取决于工程计算的精度要求,以及解决特定石油和天然气运输任务的泵站的最佳硬件支持。根据分析结果,可以推断,俄罗斯联邦缺乏可靠的地面式抽水发电站,特别是用于驱动喷射装置的抽水发电站,以及一套紧凑的用于净化和初步制备工作流体的设备,是延迟应用喷射泵站从井内空间提升流体的原因之一。因此,这种装置主要用于影响井底区域,在井底区域,射流泵站的长期永久运行并不重要,移动的现场泵站可以作为发电厂。
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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