双面电机在同时分离操作技术中的应用

A. Uvarov
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引用次数: 0

摘要

同时、单独作业技术是俄罗斯多层油藏油气开采立法框架内的强制性条件,这意味着在不同的油藏上分担几台泵的负荷。为了减少额外的设备成本和金属消耗,开发了一种由两台esp和一台发动机组成的组合。超过40口俄罗斯井配备了双ESP系统电机。该项目的实施使更多的井能够同时进行单独的作业,并更准确地开发油藏。通过使用连接到两个储层的仪表的独立数据,开发每个储层成为可能。双侧马达的使用允许使用复杂的技术,即使是小型的、以前不经济的油藏,也可以同时进行单独的作业。根据井流量计算,在这些作业中,使用最合适的泵,从每个油藏中生产出正确数量的液体。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Usage of Two-Sided Motors as a Part of the Simultaneous Separate Operation Technology
The technology of simultaneous, separate operation is a mandatory condition within the framework of Russian legislation for the production of oil and gas from multilayer reservoirs, which implies a share of a load of several pumps on different reservoirs. To reduce high additional equipment costs and metal consumption of the well, an assembly of two ESPs with one engine was developed. More than forty Russian wells were supplied with double ESP system motors. The project implementation enabled using separate simultaneous operations with more wells and developing reservoirs more accurately. It became possible to develop each reservoir by employing separated data from gauges connected to two reservoirs. The use of two side motors allows using such complicated technologies as separate simultaneous operations for even small and previously not economically achievable reservoirs. According to well inflow calculations, using the most suitable pump, the correct amount of liquid from each reservoir has been produced during these operations.
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