在COVID-19大流行期间,利用CBHP MPD和PMCD应急方案钻井Point Pleasant-Utica页岩裂缝地层

Sagar Nauduri, A. Shimi, Gildas Guefack, M. Parker
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摘要

Appalachian盆地的Point Pleasant-Utica地层的钻探给大多数运营商带来了挑战,特别是在宾夕法尼亚州西部。最近在该地区钻的一口井表明,在作业者的适当支持下,如果计划和执行得当,恒定井底压力(CBHP)控压钻井(MPD)可以解决问题。这篇论文提出了MPD不仅仅是简单地在位置上进行节流。在钻井之前,作业者很早就与MPD服务提供商进行了沟通,并制定了降低预计泥浆比重的方法,并制定了详细的CBHP MPD计划,其中包括加压泥盖钻井(PMCD)应急方案。该井预计面临的挑战包括:高压气体裂缝、地层不稳定/页岩破裂、严重/完全漏失、无法到达目标深度以及套管/固井问题。作业者花时间与新的MPD服务提供商合作,仔细设计和规划了一口新井(在本文档中称为“Y1”),这有助于在30天内完成项目的MPD部分。相比之下,与老MPD服务提供商合作的上一口井(本文中称为“X2”)的MPD执行时间超过了90天。新MPD井的MPD执行包括动态流入管理和减少漏失,以及了解岩石物理条件以达到目标。出色的安全文化、良好的沟通、高质量和维护良好的MPD设备,以及一支知识渊博、经验丰富的MPD团队,是帮助该井实现低非生产时间(NPT)的重要因素。该项目在预算授权支出(AFE)的一半内完成,为该运营商在该地区树立了里程碑。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Drilling the Point Pleasant-Utica Shale Fractured Formation During the COVID-19 Pandemic Utilizing CBHP MPD with a PMCD Contingency
Drilling the Point Pleasant-Utica formation in the Appalachian Basin has posed challenges to most operators, especially in Western Pennsylvania. A recent well drilled in this region demonstrated that with proper buy-in from the Operator, Constant Bottomhole Pressure (CBHP) Managed Pressure Drilling (MPD) could be the answer when planned and executed correctly. This paper drives the point that MPD is more than simply dropping chokes on location. Prior to drilling the well, the Operator initiated the communication very early with the MPD service provider and created an avenue to reduce the projected mud weight and develop a detailed CBHP MPD plan with a Pressurized Mudcap Drilling (PMCD) contingency. The anticipated challenges on this well were: High-pressure gas fractures, formation instability/shale breakout, severe/total loss of returns, inability to reach Target Depth, and casing/cementing issues. The Operator took time and worked with the new MPD service provider to carefully design and plan a new well (referred to as ‘Y1’ in this document), which helped execute the MPD part of the project within 30 days. In contrast, the MPD execution on a previous well (referred to as ‘X2’ in this document) with the older MPD service provider took more than 90 days. MPD execution on the new MPD well included dynamic influx management and loss mitigation, and understanding of the petro-physical conditions to reach the target. The significant factors that helped drill this well safely with a low Non-Productive Time (NPT) are excellent safety culture, communication, high quality and well-maintained MPD equipment, and a very knowledgeable and highly experienced MPD team. This project was finished within half of the budgeted Authorization for Expenditure (AFE), setting milestones in this region for this Operator.
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