首页> 外国专利> Underground whole images for measurement of temperature and FLUID FLOW for Oil Recovery using electromagnetic Impedance tomography (Time)

Underground whole images for measurement of temperature and FLUID FLOW for Oil Recovery using electromagnetic Impedance tomography (Time)

机译:地下整体图像,用于通过电磁阻抗层析成像技术(时间)测量温度和流体流动以用于采油

摘要

It describes an application of electromagnetic tomography directly related to the efficient Recovery of Oil and Gas as well as the removal of unwanted Fluids of underground formations.The process involves the deployment of simple Magnetic dipole structures of both surface and Downhole used for both transmit and receive electromagnetic energy of low frequency.The Antenna Surface consists of networks of small antennas circularly Concentric solenoid receiving and disposal downhole consists of one or more antennas in a downhole solenoid. The concentricity of the Net surface is Centered around or near the Axis of the downhole.The Magnetic Field radiated by the Antenna downhole is received by each Antenna Surface. The amplitude and phase of the currents and voltages received by each Antenna surface is processed electronically on the basis of the Principles of theoretical Processing similar to what has been established recently to electromagnetic Impedance tomography (Time).Several Networks of antenna Surface Concentric with electronic switching between each circular Network and Downhole solenoid will have the capacity to form image of the Movement and dispersion of Oil and gas during the heat treatment and provide three-dimensional Measurement of temperature.The Movement of oil to recover Wells may be provided through Radio Frequency heating or steam flooding in enhanced Oil Recovery. This information allows the development of techniques of Oil Recovery fluid and very efficient Observing tomographic Imaging developed really agree with this.
机译:它描述了电磁层析成像技术的应用,该技术与油气的有效回收以及地下地层的多余流体的去除直接相关。该过程涉及部署用于发射和接收的地表和井下简单的磁偶极子结构天线表面由圆形的小天线网络组成。同心螺线管在井下的接收和处理由井下螺线管中的一个或多个天线组成。网面的同心度以井下轴为中心或附近。每个天线面接收天线井下辐射的磁场。每个天线表面接收到的电流和电压的幅度和相位均根据理论处理原理进行电子处理,类似于最近对电磁阻抗层析成像技术(时间)的建立。天线表面的多个网络与电子开关同心每个圆形网络与井下螺线管之间的关系将能够形成热处理过程中油气运动和扩散的图像,并提供三维温度测量。采油运动可通过射频加热提供或蒸汽驱提高采油率。这些信息可以开发出采油液的技术,并且开发出的非常高效的观察层析成像技术也确实与此相符。

著录项

  • 公开/公告号AR051907A1

    专利类型

  • 公开/公告日2007-02-14

    原文格式PDF

  • 申请/专利权人 KSN ENERGIES LLC;

    申请/专利号AR2006P100207

  • 发明设计人

    申请日2006-01-19

  • 分类号G01V3/30;

  • 国家 AR

  • 入库时间 2022-08-21 20:59:41

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