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First Sand Clean Out of a HPHT Well on the Norwegian Continental Shelf Using Rig Assisted Snubbing and Sand Cyclones

机译:首先使用钻机辅助怠速和沙旋风在挪威大陆架上清理一股HPHT。

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The Kvitebj?rn field is located in the Norwegian North Sea – production is based on gas/condensate bearing reservoir formations. The reservoir/field is classified as high pressure high temperature (HPHT). The main field development is centered on a steel jacket platform with combined production, drilling and quarters facilities (pictured). This paper will describe the background, planning, execution and results of a rig assisted snubbing (RAS) operation conducted to clean out the production liner in Kvitebj?rn well A-9 T2. Intial production from well A-9 was significantly below expectations. At first this was attributed to complications related to a closed/stuck valve in the bottom of the completion string. A successful coiled tubing milling operation eventually removed the blockage caused by the valve but the poor production performance continued. It was concluded that wellbore fill in the production liner was blocking production and mechanical access to the reservoir section. Planning was initiated for a wellbore fill cleanout operation and rig assisted snubbing was selected for the task. To ensure a successful operation a number of significant challenges were overcome including limitations on available experience with the type of operation, availability of qualified equipment and logistics issues related to other on-going activities on the platform. Fluid management was also a major consideration for the planning/operations team. After an intensive planning period the operation was executed successfully in 2013 and the production liner in the well was cleaned out down to the reservoir section. Additional wireline conveyed perforating could then be performed. Despite these successful actions production from the well continues to fall below expecations and further remediation activites are being evaluated.
机译:KVITEBJ?RN领域位于挪威北海 - 生产基于燃气/冷凝水储存器形成。储存/场被归类为高压高温(HPHT)。主场开发以钢制夹克平台为中心,具有组合生产,钻井和季度设施(图为)。本文将描述钻机辅助缓冲(RAS)操作的背景,规划,执行和结果,以清除KVITEBJ中的生产衬管井A-9 T2。 A-9井中的初始生产明显低于预期。起初,这归因于与完成字符串底部的闭合/卡住阀相关的并发症。成功的盘管铣削操作最终取下了由阀门引起的堵塞,但生产性能不佳。结论是,井筒填充生产衬里堵塞了生产和机械进入水库部分。规划是为井筒填充清理运行,并为任务选择了钻机辅助缓冲。为了确保成功运行,克服了许多重大挑战,包括对可用经验的局限性,与经营类型,合格的设备的可用性和与平台上的其他正在进行的活动相关的物流问题。流体管理也是规划/运营团队的主要考虑因素。在密集规划期后,2013年运营成功执行,井中的生产衬垫被清理到储存器部分。然后可以进行额外的有线线传送的穿孔。尽管这些成功的行动,从井中生产的生产继续低于少,并且正在评估进一步的修复活动。

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