Case Study of a Novel Autonomous Real-Time Monitoring, Control and Analysis System, to Maximize Production Uptime on Sustained Annulus Pressure Wells, While Improving HSE and Compliance with Double Barrier Well Integrity Policies

Rylan Paul Dsouza, R. Cornwall, Alan David Brodie, Pedro Patela, H. Daghmouni, Mohammad Hariz Arakkalakkam, Venkata Praveen Kumar Boni, Asif Khan Haq Dad Khan
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Abstract

This paper describes an innovative solution for the safe and effective management of wells with unplanned sustained annulus pressure (SAP). The solution restores double barrier integrity in the well and provides reliable real time annulus pressure and temperature data. It also has the functionality to autonomously bleed-off the annulus pressure at a pre-determined set point. As a result, the nature and severity of the SAP can be better understood, and in many cases wells that would otherwise have been closed in awaiting workover can remain in production.
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新型自主实时监测、控制和分析系统的案例研究,以最大限度地延长持续环空压力井的生产正常运行时间,同时提高HSE水平,并符合双屏障井完整性政策
本文介绍了一种创新的解决方案,用于安全有效地管理具有计划外持续环空压力(SAP)的井。该解决方案恢复了井中双屏障的完整性,并提供可靠的实时环空压力和温度数据。它还具有在预先确定的设定点自动排出环空压力的功能。因此,可以更好地了解SAP的性质和严重程度,并且在许多情况下,在等待修井期间关闭的井可以继续生产。
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