线阵下基于波束形成算法的钻头方向确定研究

Kai Feng, R. Fu, Wanxiang Lou, Jiaxu Chen
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引用次数: 0

摘要

在簇井技术的应用中,经常出现井间防撞和隔障问题。为了实时获取钻头的钻井方向,避免钻井方向与预设方向偏差过大影响海上丛井的作业安全。在波束形成算法的基础上,提出了一种利用线阵传感器确定钻头方向的理论模型。该模型通过由多个加速度传感器组成的线阵将钻头的振动信号收集到地层中。通过波束形成等信号处理算法获取不同角度下的指向性函数值,估计钻头的方向。设计并进行了仿真验证试验,结果表明,该钻头方向确定模型能够有效预测钻头方向,提高海上簇井作业的安全性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on the Direction Determination of the Drill Bit Based on the Beamforming Algorithm under the Line Array
The problem of collision prevention and obstacle bypass between wells often occurs with the application of cluster well technology. In order to obtain the drilling direction of the drill bit in real time, it is avoided that the operation safety of offshore cluster wells is affected by the excessive deviation between the drilling direction and the preset direction. Based on the beamforming algorithm, this paper proposes a theoretical model of direction determination of the drill bit by using a line array sensor. The model collects the vibration signal of the drill bit into the formation through a line array formed by multiple acceleration sensors. Obtain the directivity function values at different angles through signal processing algorithms such as beamforming to estimate the direction of the drill bit. This paper designs and carries out a simulation verification test The results show that the bit direction determination model can effectively predict the bit direction and improve the safety of offshore cluster well operations.
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