自动曲线:井下轨迹自动化,通过缩短到达目标的时间,降低了作业者的成本

Shamlan Gabriel, K. Brovko, M. Ignova, Katharine Mantle, Gilles Vie, Ling Li
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引用次数: 2

摘要

本文介绍了下一阶段的井下轨迹自动化和RSS工具的控制,以钻出一致的曲线并将井置于给定的几何目标内。该方法将决策过程转移到智能井下控制系统,减少了由于人为输入和地层不确定性造成的不一致,并提高了井眼质量。
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Auto-Curve: Downhole Trajectory Automation with Cost Reduction to the Operator by Reducing the Time-to-Target
This paper presents the next level of downhole trajectory automation and control of RSS tools for drilling a consistent curve and placing the well within the given geometrical target. This method transfers the decision-making process to a smart downhole control system that reduces inconsistencies due to human inputs, formation uncertainties and produces an improvement in borehole quality.
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