同心盘管捕鱼的挑战和解决方案

K. Rahimov, S. Nicol
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引用次数: 0

摘要

同心同向油管技术在油井干预活动中应用广泛,从井筒清理到油井卸载,以及通过单独的导管向井下输送多种化学品。该技术在历史上是为超低井底压力应用而开发的,但目前已扩展到具有正井口压力的井筒。同心套管管串与传统 CT 存在类似的风险和挑战。卡孔情况是最臭名昭著的情况之一,需要密切关注并制定详细的应急恢复计划。与单管回收不同的是,单管回收行业拥有非常完善的指导原则和专业知识,而同心管技术历来缺乏详细的规划和回收经验。本文详细介绍了处理 CCT 恢复问题的工程设计。本文重点介绍了成功交付项目所需的各个阶段、分步指南,并列出了专门建造的设备。虽然建议的工程解决方案由于应急性质而没有实施,但在制定精确指南时采用的谨慎方法和详细工程、风险评估方法为应对现有行业挑战提供了非常好的资源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Challenges and Solutions of Concentric Coiled Tubing Fishing
Concentric coiled tubing technology has many applications for well intervention activities ranging from wellbore cleanout to well unloading and delivering multiple chemicals downhole via separate conduits. Technology historically developed for ultra low bottom hole pressure applications but currently utilization of it was expanded to wellbores with positive wellhead pressure. Concentric Coiled tubing string present similar risk and challenges as Conventional CT. Stuck in hole situation is one of the most notorious situations that requires very close attention and detailed contingency recovery planning. Unlike single pipe recovery where industry has very well-established guidelines and expertise, concentric pipe technology historically lacked both detailed planning and recovery experience. This paper details out the engineering design to address recovery of the CCT. Paper highlights stages requiring for the successful project delivery, step by step guideline and lists out purpose build equipment. Although proposed engineering solutions was not implemented due to the contingency nature, nevertheless careful approach and detailed engineering, risk assessment methods used in developing precise guidelines provides very good resource into existing industry challenge.
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