通过使用跨式封隔器,将应用程序导向固液井,成功案例

A. Gadelhak, Mohamed Al-Badi, Ahmed Al-Bairaq, E. Al Mheiri, Abdullah Haj Al-Hosani, Z. Ahmed, Sami Ullah Bashir Ahmed, Mubashir Ahmed, Waleed Omar Abedelkhalik, Sameh Hassan Naser, Haysam El-Shater, Wessam Al Assar, Steve Ross, Blair Duncan
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引用次数: 0

摘要

由于地下完整性问题,棕色油田的闲置井数量有所增加,如图1所示,显示了阿联酋陆上资产的记录,经济挑战要求寻找替代解决方案,以更低的成本恢复井的完整性。跨式封隔器由两个随机封隔器组成,封隔器之间有隔水管,锚定系统在井中无钻机部署,以隔离Ann A与油管之间的通信点。图2,油管与环空之间的连通(主屏障失效)被确定为跨式封隔器应用的合适候选井,第一步是明确连通点,这是通过流动和关闭状态下的环空压力调查来实现的。观察了环空流体的回流,发现了同样的产出气体,进行了噪音测井,并清楚地确定了SPM(侧袋心轴)的通信点,用于紧急压井,使用无钳塞进行了油管完整性测试,并在泄漏点下方和上方进行了流入测试,确认油管内没有其他泄漏点,并审查了泄漏总成的工程图纸,设计了跨式封隔器总成的尺寸。在设置完环空压力后,观察到环空压力没有积聚,安全开井至生产,封堵泄漏点。从DWS(钻井和修井计划)中移除,除了改善天然气资产的非活动管柱KPI外,还恢复了油井生产。为XX-197气井节省了几乎超过成本的工作。下一步的方法是检查将该应用扩展到其他ADNOC资产中的可扩展性,并筛选适合该应用的候选井,将该应用作为井完整性程序的一部分,并为此类情况提供建议
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Lead Application to Cure Sap Wells by Deploying Straddle Packer, Success Story
The Increase of inactive wells due to subsurface integrity issue is observed in brown fields, Fig-1 is, showing the record for onshore UAE asset, the economic challenges is calling for alternative solutions to restore well integrity with lower cost. Straddle packer application is consists of two tandom packers with spacer pipe in between with anchoring system deployed riglessly in the well to isolate the communication point between Ann A and Tubing.Fig-2, Communication between tubing and annulus A (Failure of primary barrier) is identified as the right candidate wells for straddle packer application, First step is to clearly identify the point of communication, it has been done by annulus pressure investigation excersize during flowing and shut in condition, observing the return of annulus fluid which was the same produced gas Noise log has been conducted and clearly identified the communication point at SPM (Side Pocket Mandrel) to be used for emergency killing, Tubing integrity test was conducted using nippless plugs and inflow test below and above the leak point and confirm no other leak points within the tubing Engineering drawing for the leaking assembly was reviewed to design the dimension of straddle packer assembly, length and packer size It is recommended to deploy the assembly using electric line correlation for accurate depth selection After setting annulus pressure observed no build up Well opened safely to production Leak point arrested, well primary barrier restored Removed from DWS (drilling and workover schedule) and restore well production in addition to improving inactive string KPI for Gas asset Save almost work over cost for gas well XX-197 The way forward is to check the scalability of extending this application among other ADNOC assets and to screen the right candidate wells for this application To add this application as a part of well integrity procedures and recommendations for such like cases
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