Drilling Fluids Project Engineering Guidance and Most Common Fluids Related Challenges for Deepwater and HPHT Offshore Wells

A. Ay, H. A. Dogan, A. Sonmez
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Abstract

This paper discusses both technical and project management aspects of drilling fluids services for deepwater and high pressure high temperature (HPHT) offshore drilling projects. The technical discussion part includes deepwater and HPHT specific fluids related concerns such as logistics, narrow drilling window, shallow hazards, gas hydrates, HPHT conditions and low temperature rheology; together with practical solutions for each of them. As some of these challenges cannot be met by only fluids itself, technologies such as managed pressure drilling (MPD), dual-gradient drilling (DGD) and use of special downhole tools are also included in the discussions. The project management aspect is covered for both the planning and execution phases. A newly developed Four Stage Planning Guideline (4SPG) with a recommended timetable is proposed for high-profile offshore drilling projects. Starting from fluids selection to preparation of the contingency plans is discussed in detail for the planning phase. Execution phase is discussed mainly for service company representatives on how to follow main or contingency plans effectively and ensure good communication is achieved with all parties involved. Work model presented in this paper can be used as a complete guideline by operating and service company representatives in order to increase the success rate of these high-risk offshore drilling projects and ensure learnings are captured in a structured way for continuous improvement.
钻井液项目工程指南和深水和高温高压海上井最常见的流体相关挑战
本文讨论了深水和高压高温(HPHT)海上钻井项目中钻井液服务的技术和项目管理问题。技术讨论部分包括深水和高温高压特定流体的相关问题,如物流、狭窄钻井窗口、浅层危险、天然气水合物、高温高压条件和低温流变性;同时为每个问题提供切实可行的解决方案。由于仅靠流体本身无法解决其中的一些挑战,因此还讨论了控压钻井(MPD)、双梯度钻井(DGD)和特殊井下工具的使用等技术。项目管理方面涵盖了计划和执行阶段。新制定的四阶段规划指引(4SPG)提出了一个备受瞩目的海上钻井项目的建议时间表。从流体选择到应急计划的准备,详细讨论了计划阶段。执行阶段主要是为服务公司代表讨论如何有效地遵循主要或应急计划,并确保与所有相关方进行良好的沟通。本文提出的工作模型可以作为运营和服务公司代表的完整指导方针,以提高这些高风险海上钻井项目的成功率,并确保以结构化的方式获取经验教训,以进行持续改进。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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