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Achieving Superior Application Engineering: Proven Holistic Approach Disseminated to a Wider Community Key to Success

机译:实现卓越的应用工程:经过验证的整体方法,传播到更广泛的成功的社区关键

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Delivery of performance through reduced well time while maintaining optimum wellbore quality requires a thorough understanding of the drilling environment, recognizing geological and drilling process hazards. Studying each component of the drilling system and environment in isolation prevents identifying the root cause of or fully understanding the problem, leading to less than optimal solutions and failure to deliver performance. To overcome performance barriers, we must first have an in-depth understanding of the root cause by taking a holistic approach to the analysis of the drilling environment. This organization developed a successful process within a dedicated drilling optimization group that enabled a structured approach to understanding the complete drilling environment. This successful process, founded on the continuous improvement cycle—plan, execute, analyze, and capture— delivered practices and technology recommendations to realize performance gains and significant well-time reduction.Taking lessons learned from one well and implementing these on subsequent wells delivered further performance improvements.The original drilling optimization group comprised a small team of highly disciplined engineers focused on detailed application analysis to minimize barriers to drilling performance improvement. This group’s work was the foundation of drilling knowledge tools within the organization; this work led to the development of industry-leading methodologies for data analysis and best drilling practices. The performance advantages realized by the team using this process lead the organization to recognize that its wider drilling community would benefit from the use of this process to deliver consistent performance gains.The authors will describe the process and how it has been applied to the wider drilling community to meet the needs of individual engineering disciplines and groups.The challenge to distribute the holistic approach and continuous improvement philosophy from a core group to the wider organization involved raising competency standards and the provision of dedicated knowledge transfer tools, creating an enabling environment to allow proactive performance management of specific applications. Finally, the authors will present several case studies that document success with the process.
机译:通过减少井时间来提供性能,同时保持最佳井筒质量需要彻底了解钻井环境,识别地质和钻井过程危险。研究钻井系统和环境的每个组件隔离可防止识别或完全了解问题的根本原因,导致少于最佳解决方案,并且未能提供性能。为了克服绩效障碍,我们必须首先通过对钻井环境的分析进行整体方法来深入地了解根本原因。该组织在专用钻井优化组中开发了一个成功的过程,使能够理解完整的钻井环境的结构化方法。这个成功的过程,成立于持续改进周期计划,执行,分析和捕获和捕获的实践和技术建议,以实现绩效收益和显着的顺利减少。从一个井中吸取的经验教训并在后续井中实施了这些井性能改进。原钻优化集团包括一支专注于高级工程师的小组,专注于详细的应用分析,以尽量减少钻探性能改进的障碍。该集团的工作是组织内钻探知识工具的基础;这项工作导致发展行业领先的数据分析和最佳钻探实践方法。使用此过程的团队实现的性能优势使组织认识到其更广泛的钻探社区将受益于使用此过程来提供一致的性能增益。该作者将描述该过程以及它如何应用于更广泛的钻孔社区以满足个人工程学科的需求和群体的需求。挑战将整体方法与核心集团的持续改进哲学分发给更广泛的组织,涉及培养能力标准和提供专用知识转移工具,创造有利环境允许具体应用的主动性能管理。最后,作者将在此过程中提出几个案例研究,这些研究将与该过程一起记录成功。

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