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Systems and methods for electromagnetic waterfront surveillance in a vicinity of an oil well

机译:用于油井附近的电磁旱冰监测的系统和方法

摘要

Systems, methods, and devices for performing real-time detecting and spatially-positioning a waterfront in an oil-producing reservoirs are disclosed. An example method of predicting movement of a waterfront in a reservoir may include generating a plurality of electrical signals having different frequencies with a surface electric source; injecting currents corresponding to the plurality of generated signals into the earth near a well extending into the reservoir with a surface dipole; sensing a vertical component of an electric field generated by each of the injected currents at a location in the reservoir with a sensor; detecting a location of the waterfront within the reservoir based on the received vertical components of the electric fields; and analyzing the detected vertical components of the electric fields taken on at least two different points in time with machine learning to predict a rate of movement of the waterfront within the reservoir.
机译:公开了用于执行实时检测和空间定位在油生产储存器中的旱滨的系统,方法和装置。预测储存器中的江边移动的示例方法可以包括产生具有不同频率的多个电信号,具有表面电源;将对应于多个产生的信号的电流进入地球附近,靠近具有表面偶极物的井延伸到贮存器中;感测由每个注入电流产生的电场的垂直分量,该电流与传感器的位置处;基于电场的接收的垂直部件检测储层内的滨水区的位置;并利用机器学习在时间及时分析在至少两个不同点上采取的电场的垂直分量,以预测储层内滨水区的运动速率。

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