Hydrodynamic Investigation and Analysis for Rod Deep Pumping Wells in the Established Regimes

By analyzing the hydrodynamics of wells at the established modes, it was found that theflow rate of oil, water and gas of a well depend on the parameters of a deep pumping unit, bottomwell pressure, and values of depression the flow rate of the well. Studies have shown that thefluid supply mode of a deep pumping well can be changed over a wide range, without stoppingthe operation of the well, by changing the length of the movement, it is possible to switch to fouror five different regimes of operation. The pump with the smallest diameter should be loweredinto the well and the number of oscillations of the rocking machine should be minimized usingdepth remote manometers. According to the results, indicator diagrams are built in two ways,while it is possible to determine the depth of the dynamic level of the liquid using an echosounder.

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Publication Details

Journal
Herald of the Azerbaijan Engineering Academy
Published
2024-09-01
DOI
https://doi.org/10.52171/2076-0515_2024_16_03_65_70
Primary Topic
Oil and Gas Production Techniques
Type
article
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article

Hydrodynamic Investigation and Analysis for Rod Deep Pumping Wells in the Established Regimes

S.A. Qasimova
Herald of the Azerbaijan Engineering Academy
Oil and Gas Production Techniques
article

Hydrodynamic Investigation and Analysis for Rod Deep Pumping Wells in the Established Regimes

S.A. Qasimova
article en

Abstract

By analyzing the hydrodynamics of wells at the established modes, it was found that theflow rate of oil, water and gas of a well depend on the parameters of a deep pumping unit, bottomwell pressure, and values of depression the flow rate of the well. Studies have shown that thefluid supply mode of a deep pumping well can be changed over a wide range, without stoppingthe operation of the well, by changing the length of the movement, it is possible to switch to fouror five different regimes of operation. The pump with the smallest diameter should be loweredinto the well and the number of oscillations of the rocking machine should be minimized usingdepth remote manometers. According to the results, indicator diagrams are built in two ways,while it is possible to determine the depth of the dynamic level of the liquid using an echosounder.

Herald of the Azerbaijan Engineering AcademyVol. 16(3)
Azerbaijan State Oil and Industry University (AZ)
Openalex Percentile: Top 63%
Oil and Gas Production Techniques
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