为了减少人工举升过程中的“干预痛苦”，贝克休斯的 Primera 和 InjectRT 服务采用创新方法来应对行业挑战。
人工举升是一种常见的做法，可以尽可能多地从地下开采出碳氢化合物，但即使使用最好的工具，实现这一目标也并不总是那么容易。
经过实践检验的人工举升方法，例如电动潜水泵（ESP），可以帮助生产商从地下开采尽可能多的碳氢化合物。
ESP 是一种离心泵，由多个级组成，连接到潜水电动机，由连接到地面控制装置的重型电缆供电。当泵轴旋转时，旋转的叶轮通过泵入口吸入流体，对其进行加压并将其提升到地面。
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To lessen the “pain of intervention” during artificial lift, Baker Hughes’ Primera and InjectRT services take an innovative approach to address industry challenges.
Artificial lift is a common practice to extract as much hydrocarbon out of the ground as possible, but even with the best tools available, meeting that goal isn’t always easy.
Tried and true methods of artificial lift, such as electrical submersible pumps (ESPs), allow producers to extract as much hydrocarbon out of the ground as possible.
ESPs are centrifugal pumps made up of multiple stages connected to a submersible electric motor, powered by heavy duty cables connected to surface controls. As the shaft of the pump rotates, spinning impellers draw in fluid through the pump intake, pressurize it and lift it to the surface.
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