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Shut-off of a geopressured water channel behind casing via coiled tubing utilizing a dual slurry cement system: a case history

机译:使用双浆水泥系统通过连续油管关闭套管后的地压水通道:案例历史

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This paper presents a case history involving a unique dual cement system to shut off a geopressured water channel behind casing utilizing coiled tubing. The chaneling problem was identified and documented using water flow logging techniques. Logging indicated the lower gravel packed selective could produce salt water if perforated selective could produce salt water if perforated without eliminating the suspected water channel. Reserves did not warrant a major rig workover, making a non-rig workover via coiled tubing the only viable option to repair the well. A unique dual cement system tested on a hesitation squeeze schedule pumped through coiled tubing with extremely limited thickening time was necessary to repair the primary cement job.
机译:本文介绍了一个案例历史,该案例涉及一个独特的双重水泥系统,该系统使用连续油管关闭套管后的地压水通道。使用水流测井技术识别并记录了漏斗问题。测井表明,如果未打孔,则下部砾石填充的选择性砾石可能会产生盐水,如果进行穿孔而没有消除可疑的水通道,则会产生盐水。储层不能保证对钻机进行大修,因此通过连续油管进行非钻机修井是修井的唯一可行选择。必须采用一种独特的双重水泥系统,该系统必须通过非常有限的增稠时间,才能通过盘管抽水,在犹豫的挤压过程中进行测试,以修复基础水泥工作。

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