采用新颖的分析方法进行弃置障碍定位,为深水作业带来成功

Donnie Kehlenbeck II, J. Mcnicol
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引用次数: 0

摘要

墨西哥湾的一家大型深水作业公司需要在13 5/8”× 20”套管中设置330英尺的横截面水泥屏障。这口井位于水深6000英尺以上,需要在20英寸套管鞋上方放置水泥屏障,以满足封井和弃井的要求。13 5/8”射孔/清洗/固井系统是在受控和集中区域循环/放置水泥的最佳解决方案。330英尺长的井段计划在一次下入中进行清洗和固井,并通过压力测试和标记水泥顶部进行验证。在与产品专家、工程师和其他第三方供应商的广泛会议上,他们分享了对水泥胶结测井和流体水力计算的仔细研究。这种新颖的分析、出色的团队合作和符合目的的工具帮助确保了工作的成功完成。13 5/8”射孔、洗井和固井工具成功完成了层段的洗井和固井作业,作业速度为每分钟1200升。作业完成后,作业者在高于计划高度6英尺的水泥顶部进行了标记,这证明了我们的分析和计算结果,确认的阳性/阴性测试使他们能够继续完成封井和弃井。这是在墨西哥湾深水湾进行的第一次此类作业,并被证明是一种可行的解决方案,可以准确地在套管后面放置经过批准的高质量固井作业,而不会产生不必要的碎片,从而产生微环空。这种类型的作业需要进行彻底的分析和计算,以确保井况和工具适合目的,并最终成功完成作业。这一成就是该地区更多适合该应用的工作的先驱。
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Abandonment Barrier Placement with Novel Analysis Spells Success in Deepwater
A major Deepwater operator in the Gulf of Mexico needed to set a 330 ft cross sectional cement barrier in 13 5/8" × 20" casing. This well in over 6, 000 ft+ MD water depth required a cement barrier placed just above the 20" casing shoe in order to meet the qualifications to plug and abandon the well. The 13 5/8" Perf/Wash/Cement system was the best solution to circulate/place cement in a controlled and focused area. The 330 ft long section was planned to be washed and cemented in one run and verified by pressure testing and tagging top of cement. Careful study of Cement Bond Logs and fluid hydraulic calculations was shared in extensive meetings with product experts, engineers, and other 3rd party vendors involved with the job. This novel analysis, great teamwork and a fit for purpose tool helped ensure that the job was successfully completed. The 13 5/8" Perforate, Wash and Cement Tool was successfully deployed for washing and cementing of the interval with even rates at 1200 lpm. After performing the operation the Operator tagged top of cement 6 feet above planned height which proved our analysis and calculations, and a confirmed positive/negative test allowed them to move on with the completion of the plug and abandonment of the well. This was the first operation of its kind in Deepwater Gulf of Mexico and proved to be a viable solution to accurately place an approved and quality cement job behind casing free of unwanted debris that could create micro annuli. This type of operation requires thorough analysis and calculations to ensure the well conditions and tool are fit for purpose and will result in a successful operation. This achievement was the precursor to many more jobs that are suited for this application in the region.
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