零井场人员。定向钻井服务首次真正的无人作业

Crispin Chatar, A. Stepnov, A. Mardyashov, V. Fedotov
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引用次数: 2

摘要

经过多年的努力、知识、创新和流程整合,钻井服务公司在没有任何人员在场的情况下完成了定向钻井合同,这是第一次无人远程操作。此外,该公司已经成功地在多个大洲进行了这些远程操作。一个机会出现在全球钻井界面前,在被认为对人类作业不安全的地方钻一口井。在以往远程作业成功的基础上,提供了一种相关的解决办法,可以在地球上任何地方从任何其他地点远程执行。远程钻井作业的发展始于2009年,其中最重要的成果发生在2016年,当时首次在没有任何定向服务人员的情况下钻了一口井。这次手术是8年多基础工作的结果。本文将为该钻井区域未来的工作提出三个主要概念。由于需要保持钻井公司的战略优势,并不是所有的细节都将被探索。本文将总结用于完成远程操作的过程和程序,然后简要介绍远程操作的历史。其次,介绍了定向钻井远程作业、洲际远程作业和无人定向钻井作业。最后,将以合适的方式总结实现这些目标的工具和技术,以使行业能够将远程操作提升到一个新的水平。本文的主要目标是强调当前技术取得的成就,并预测该行业领域的未来。本文将披露许多行业第一;无人定向钻井作业、无人随钻测井(LWD)作业、洲际远程作业,以及服务公司首次无需访问钻机的作业。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Zero Wellsite Personnel. The First Truly Man-Less Operation for Directional Drilling Services
Years of effort, knowledge, innovation, and process integration resulted in the first unmanned remote operation where the drilling services company completed the directional drilling contract without any physical presence of personnel on the rig. In addition, the company has successfully run these remote operations across multiple continents. An opportunity presented itself to the global drilling community to drill a well where it was deemed unsafe for human operations. Building on prior successes in remote operations, a relevant solution was provided that could be executed anywhere on the Earth remotely from any other location. The evolution of remote drilling operations began in 2009, the most significant result of which occurred in 2016 when for the first time, a well was drilled without any directional services staff even visiting the drilling rig. This operation was the result of more than 8 years of foundation work. This paper will present three main concepts for any future efforts in this drilling area. Due to the need for maintaining the drilling company's strategic advantage, not all of the details will be explored. The process and procedures used to accomplish the remote operations will be summarized, followed by a brief update on the history of remote operations. Secondly, a description if remote operations in directional drilling, intercontinental remote operations, and unmanned directional drilling operations will be presented. Finally, tools and technologies to accomplish these goals will be summarized in a suitable manner for the industry to build on to take remote operations to the next level. The main goal of this paper will be to highlight what was achieved with current technology and predict the future of area of the industry. This paper will divulge many industry firsts; unmanned directional drilling jobs, unmanned logging-while-drilling (LWD) jobs, intercontinental remote operations, and finally, for the first time, operations where the service company never visited the rig.
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