水平井钻井中无需特殊地质导向支持的远程床界探测工具数据解释

D. Nazipov, P. Shpakov
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引用次数: 0

摘要

目前,最现代、最成功的地质导向方法之一是主动地质导向(NTG)。本文的目的是分享使用远程边界检测工具解决各种地质问题的经验,并描述其数据的使用方法。该方法能够在钻头或底部钻具组合传感器进入边界之前,通过电阻率对比检测接近的边界(通常是油藏顶部)。它可以主动调整井眼轨迹,从而提高净总比。本文介绍了在水平井钻井中应用国际经验的方法,并提出了在不淘汰井下钻具组合中高科技设备的情况下降低建井成本的方法。本文介绍了利用电阻率对比确定一个或几个边界的方法来解释该工具输出数据的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Remote Bed Boundary Detection Tool Data Interpretation Without Special Geosteering Support to Drill Horizontal Wells
Today, one of the most modern and successful geosteering methods in terms of net to gross value (NTG) is a proactive geosteering. The purpose of this article is to share the experience of using Remote Boundary Detection Tools to solve various geological problems and describe the ways of using the data from it. The method provides the ability to detect the approaching boundary (usually reservoir top) with resistivity contrast before entering it with the bit or BHA sensors. It allows to adjust well trajectory proactively and, therefore, increase Net to gross ratio. The article shows the ways to implement global experience in horizontal wells drilling and proposes ways to reduce the cost of well construction without elimination of High-Tech equipment in BHA. The article explains the methods of interpreting the output data from the tool that can determine the approach to one or several boundaries with resistivity contrast.
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