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Drilling Fluids Planning and Execution for a World Record Water Depth Well

机译:钻井液规划和执行世界记录水深井

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Proper drilling fluids planning and execution play a major role in minimizing the likelihood of drilling difficulties such as those encountered in ultra-deep waters. Deepwater drilling is inherently expensive. Because of this, the proper selection of drilling fluids and other support technologies requires careful evaluation to diminish commonly observed deepwater challenges. These challenges include hydrate suppression, shallow water flows, logistics, lost circulation mitigation, viscosity profiles. Another critical deepwater challenge is properly managing ECD to maintain optimal well site safety and environmental compliance. This paper discusses the planning and execution of a drilling fluids program for a world record ultra-deepwater well. The well was located at a water depth of 10,011 ft. (3,051 m) in the Gulf of Mexico's Alaminos Canyon (Block 951). The well was drilled to TD (22,695 ft. [6,917 m]) using an advanced synthetic-based mud that met all Gulf of Mexico compliance requirements and advanced engineering software and tools.
机译:适当的钻井液规划和执行在最大限度地减少钻孔困难的可能性中起主要作用,例如在超深水中遇到的困难。深水钻孔本质上是昂贵的。因此,正确选择钻井液和其他支持技术需要仔细评估,以越来越多地观察到的深水挑战。这些挑战包括水合物抑制,浅水流动,物流,丧失循环缓解,粘度谱。另一个危急的深水挑战是妥善管理ECD,以维持最佳的井网站安全和环境规范。本文讨论了世界纪录超深水的钻井流体计划的规划和执行。井位于墨西哥阿拉巴斯峡谷湾(墨西哥峡谷)的10,011英尺的水深(3,051米)(框951)。使用高级合成的泥浆钻到Td(22,695英尺[6,917 m]),符合墨西哥所有墨西哥州普通要求和先进的工程软件和工具。

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