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Use of Liner Drilling Technology to Isolate a Depleted Sand-A Case Study in Mississippi Canyon

机译:使用衬里钻井技术抵消耗尽的沙子 - 密西西比峡谷案例研究

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This paper will illustrate the collaborative approach an international oilfield services company and Gulf of Mexico operator used for the planning and successful execution of a 9-7/8-in.x 14-in.Drilling with Liner(DwL)operation to isolate a 6.5 ppg depleted sand interval and mitigate expected losses in a deep water block of Mississippi Canyon.Conventional methods would have most likely have required an 11-3/4-in.or 11-7/8-in.contingency liner for the operator to meet their well construction objectives.Early collaboration between the service company and operator identified DwL technology as the core technol-ogy to meet the operator’s well construction objectives.The DwL process allows a hazard interval to be isolated in a single trip resulting in less risk and exposure compared to the use of conventional drilling methods.Since DwL technology encompasses a multitude of engineering disciplines,these were inte-grated into the drilling plan in a seamless manner,ensuring the DwL objectives would be met.To accomplish this,the service company formed a dedicated well engineering team which collaborated with the operator early on in their well planning process. The engineering disciplines with associated modeling during the DwL planning phase provided technical assurance the 9-7/8 liner string could be drilled to a satisfactory setting depth while also providing a high-integrity wellbore to the operator over the entire life of the well.These disciplines included: Torque,drag and hydraulics modeling of the liner running and drilling operation, Connection cyclic fatigue analysis, BHA and directional tendency modeling Cementation and centralization Formation drillability analysis Plastering effect evaluation During the planning phase,regular operator-service company communications along with project scheduling software gave the operator assurance that agreed upon deliverables would be completed in the allotted time frame with the intended well objectives met.
机译:本文将说明协作方法是国际油田服务公司和墨西哥湾的墨西哥湾,用于规划和成功执行9-7 / 8-IN.14-IN.DRINGING,用衬里(DWL)操作来隔离6.5 PPG耗尽的沙子间隔和缓解密西西比峡谷深水块的预期损失。转化方法最有可能需要11-3 / 4-IN.ORTONTION衬垫的操作员满足他们的良好建设目标。服务公司和运营商之间的合作将DWL技术确定为核心技术核心技术,以满足操作员的良好结构目标。DWL过程允许在一次行程中孤立危险间隔,导致风险较小和曝光与传统钻井方法的使用相比。DWL技术包括众多的工程学科,这些学科通过无缝的方式嵌入钻井计划中,确保了DWL目标W必须遇到。完成这一点,服务公司形成了一支专门的井工程团队,在他们的井规划过程中早期与运营商合作。在DWL规划阶段期间具有相关建模的工程学科提供了技术保证,可以将9-7 / 8衬里串钻到令人满意的设置深度,同时还在井中的整个寿命中向操作员提供高度完整的井筒。这些学科包括:扭矩,阻力和液压建模的衬里运行和钻井操作,连接循环疲劳分析,BHA和定向趋势建模胶粘剂和集中式形成可钻井性分析规划阶段,定期运营商 - 服务公司通信以及项目调度软件给出了运营商保证,同意可交付成果将在分配的时间范围内完成,其中符合预期的井目标。

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