Accelerating Drilling Efficiency and Consistency: A Rig-Based Approach to Exponential Drilling Program Improvements

C. Major, T. Hall, W. Stogner, S. Kern
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Abstract

The evolution of the drilling process has been sustained by consistent innovation and development, bringing the industry to where it is today. Innovation moves us forward: data is processed faster, flat time is reduced, roles are redefined; but the vehicle to achieve a successful drilling program remains: the drilling rig. This paper investigates efficiency in its many forms, and the foundational role that the drilling rig plays in fulfilling the global need for energy. Over time it has become evident in the industry that evolving the rig design process helps to achieve greater overall success of a well program. As less flat time occurs, well cycle time decreases, increasing the total amount of feet drilled per day and likewise increased hydrocarbon production in that same timeframe. Innovative advancements, through progressive iterations in rig design, have led to significant efficiencies in flat time reduction through initiatives like rig floor automation and installing a rig walking system. As these efficiencies become more realized, consistency is increased allowing for better forecasting of long-term well programs. A historical account of pivotal drilling rig advances will be discussed in detail, along with specific applications of automation and a walking system that modern well programs require. Creating a new rig fleet using repurposed equipment is not only economical, but also a sustainable solution and of significant value as carbon emission reduction increases in importance across operator and supplier initiatives. Introducing walking rigs to a global fleet has contributed to reducing well cycle times by over 35% from 2016 to 2022. What was once a three-to-five-hour release-to-spud skid, is now as low as an hour and a half through the use of walking technology. The benefits to a standardized rig fleet will be presented: reducing inconsistency, increasing quality of support, and enabling an agile support staff; while providing a consistent platform to launch drilling applications where newly learned best practices can be immediately applied fleet wide. Today's drilling environment requires an integrated approach, enabled by both people and technology. The drilling rig provides a strong foundation, as a platform for further technological innovation through automation. As the industry continues to evolve, the clear benefit of field-proven equipment and technology supports breaking through barriers in unconventional drilling.
提高钻井效率和一致性:基于钻机的指数钻井计划改进方法
钻井工艺的演变得益于持续的创新和发展,才有了今天的行业地位。创新推动着我们前进:数据处理速度加快,作业时间缩短,角色重新定义;但实现成功钻探计划的工具依然是钻机。本文将探讨多种形式的效率,以及钻机在满足全球能源需求方面发挥的基础性作用。随着时间的推移,钻机设计流程的发展有助于钻井计划取得更大的整体成功,这一点在行业内已变得非常明显。由于平整时间减少,钻井周期缩短,每天钻井的总英尺数增加,同样在同一时间内碳氢化合物的产量也会增加。通过钻机设计的逐步迭代和创新进步,钻机地面自动化和安装钻机行走系统等举措大大提高了缩短钻井周期的效率。随着这些效率的提高,一致性也得到了增强,从而能够更好地预测长期钻井计划。我们将详细讨论钻机发展的历史,以及现代钻井计划所需的自动化和行走系统的具体应用。利用重新利用的设备创建新的钻机队不仅经济实惠,而且是一种可持续的解决方案,并且随着碳减排在运营商和供应商举措中的重要性不断增加,这种解决方案也具有重要价值。从 2016 年到 2022 年,在全球机队中引入行走式钻机有助于将油井周期时间缩短 35% 以上。通过使用行走技术,过去需要三到五个小时才能完成从释放到喷油的作业,现在只需一个半小时。我们将介绍标准化钻机机队的好处:减少不一致性、提高支持质量、实现灵活的支持人员;同时提供一个一致的平台来启动钻井应用,在这个平台上,新学到的最佳实践可以立即应用到整个机队。当今的钻井环境需要一种由人员和技术共同促成的综合方法。钻机提供了坚实的基础,是通过自动化实现进一步技术创新的平台。随着行业的不断发展,经过现场验证的设备和技术的明显优势有助于突破非常规钻井的障碍。
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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