Investigating the rodless technology of oil and gas fluid production in deviated wells

A. Lishchuk, S. A. Leontiev, D. O. Stepanov, A. Nagiev
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Abstract

The article presents the results of field trials of an experimental plunger submersible pumping unit on a directional well at the Romashkino oil field. The authors compare the performance parameters (electricity consumption and torque developed by the drive during steady-state operation) of the rodless oil production technology to the use of rod pump units and traditional pumping units.It is dealt with the inclinometric parameters of the wellbore, certain characteristics of energy consumption, as well as data on the torque developed during operation on the drive shaft of an experimental plunger submersible pumping unit obtained during field trials.The authors of the article considered the experimental results obtained and came to the conclusion that the new rodless technology of oil production fundamentally proves its performance under operating conditions in a directional well, and the energy indicators confirm the efficiency and significantly exceed installations based on rod pumps.
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大斜度井无杆采油技术研究
本文介绍了一种试验性柱塞潜水泵装置在Romashkino油田定向井上的现场试验结果。作者将无杆采油技术的性能参数(稳态运行时驱动产生的电力消耗和扭矩)与使用有杆抽油机和传统抽油机进行了比较。本文讨论了井筒的倾角参数、能耗的某些特性,以及在现场试验中获得的实验柱塞潜水泵装置的传动轴运行过程中产生的扭矩数据。通过对试验结果的综合分析,得出无杆采油新技术在定向井作业条件下的性能基本得到了证明,能源指标证实了该技术的效率,并明显优于基于有杆泵的装置。
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