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ТЕХНИЧЕСКИЕ РЕШЕНИЯ ПО ОЦЕНКЕ УРОВНЯ ЖИДКОСТИ В НЕФТЕДОБЫВАЮЩИХ И ВОДОЗАБОРНЫХ СКВАЖИНАХ

机译:估算油生产水平和水摄入井中的流体水平的技术方案

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摘要

The relevance of the research follows from the need to assess the dynamic level of liquid in oil producing and water wells with the necessary frequency, which can be provided as one of the functions of an intelligent well. The aim of the research is to search for alternative methods for determining the liquid level in the annulus of wells without involving personnel in the well zone. Objects: oil producing wells equipped with pressure sensors, generators and receivers of acoustic waves and secondary instruments for transmitting information to the workplaces of the personnel of the enterprise. Methods: based on the well-known laws of physical hydrodynamics and methods of mathematical statistics. Results. The soundometric method for determining the dynamic liquid level in the annulus of a well has an error in measurements in existing oil wells due to the inconstancy of the composition of associated petroleum gas in time and in the depth of the tubing at a fixed point in time.
机译:这些研究的相关性遵循了评估油生产和水井井中的动态水平的必要频率,这可以作为智能良好井的功能之一提供。该研究的目的是寻找用于确定井环中的液位而不涉及井区的人员的替代方法。物体:油生产井配有压力传感器,发电机和声波接收器,以及用于将信息传输到企业人员的工作场所的信息。方法:基于众所周知的物理水动力学定律和数学统计方法。结果。用于确定井环中的动态液位的丢失方法在现有的油井中的测量中具有误差,这是由于相关的石油气的组成及时的组成和在一个固定的时间点的管道的深度。
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