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Rigless Tubing Repair Using Permanent and Retrievable Patches at Prudhoe Bay, Alaska—Continued Analysis and Current Applications

机译:在阿拉斯加普拉德霍湾使用永久性和可回收修补剂进行的无钻油管维修—持续分析和当前应用

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At Prudhoe Bay, Alaska, non-rig tubing repairs have become a viable alternative to rig workovers (RWO's). They provide an economic remediation for wells with production tubing by “A” annulus communication. Electricline (EL)-set patches can eliminate tubing communication at a significant cost savings. They are particularly attractive in areas where RWO cost is significant, such as offshore, remote, or arctic locations. The advantage of tubing patch repair over a conventional RWO is that there is no need to pull tubing, resulting in the well being returned to service faster. Typical patch deployment costs are less than 5% of the costs for tubing replacement with a RWO. To date, 263 permanent and retrievable tubing patches have been set in 181 wells at Prudhoe Bay. This paper discusses the history of conventional tubing patches at Prudhoe Bay and recommended pre-patch diagnostics. The paper also provides a systematic approach for the design and deployment of conventional tubing patches.
机译:在阿拉斯加的Prudhoe湾,非钻机油管维修已成为钻机修井(RWO)的可行替代方案。它们通过“ A”形环空通讯为生产油管的井提供经济补救。设置有电力线(EL)的接线片可以消除管道通信,从而节省大量成本。它们在RWO成本很高的地区(例如海上,偏远或北极地区)特别有吸引力。与常规的RWO相比,油管修补程序的优势在于无需拉动油管,从而使油井可以更快地恢复使用。典型的修补程序部署成本不到用RWO更换管路的成本的5%。迄今为止,已在Prudhoe湾的181口井中设置了263个永久性和可取回油管补丁。本文讨论了普拉德霍湾常规管道修补的历史以及推荐的修补前诊断方法。本文还为常规油管贴片的设计和部署提供了一种系统的方法。

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