Successful Implementation of New Technologies in Sour Oman Fields: Securing High Risk Wells, Savings & Production Increase

T. Narwal, Yaqoob Riyami, M. Rashdi, Zahir Abri, Aisha Sariri, Ahmed Benchekor, A. Hadhrami, R. Dsouza, A. Brodie, Kyle Strom
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Abstract

In South Oman, PDO is producing from high Sour Fields (H2S 1-10%) with high reservoir pressures ranging from 50,000 to 100,000kpa for more than 20 yrs. Operating these high sour wells comes with huge challenges and risks, which can easily get escalated to very high levels in case of any integrity issues with the wells. These situations not only provide significant exposure to expensive and risky well interventions but also pose threats to production due to Simultaneous Operations (SIMOPS) issues. The authors describe case studies where team was exposed to these challenging situations due to integrity failures in two such wells. New technologies were implemented which resulted in restoring the well integrity in a very cost effective manner (cost savings worth millions) and also reduced the HSE risks on the nearby operations. As a result, production was safeguarded (3-4% of Station Capacity) by allowing drilling of new wells and oil deferment from existing wells in the nearby area was avoided.
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新技术在阿曼油田的成功应用:确保高风险井的安全,节约和提高产量
在南阿曼,PDO在高含硫油田(H2S 1-10%)进行生产,油藏压力在5万至10万kpa之间,持续时间超过20年。操作这些高酸井面临着巨大的挑战和风险,如果井的完整性出现问题,这些挑战和风险很容易升级到非常高的水平。这些情况不仅会带来昂贵且高风险的油井干预措施,而且由于同步作业(SIMOPS)问题,也会对生产造成威胁。作者描述了一些案例研究,在这些案例中,由于两口井的完整性失效,团队面临着这些具有挑战性的情况。新技术的实施,以一种非常经济有效的方式恢复了油井的完整性(节省了数百万美元的成本),并降低了附近作业的HSE风险。因此,通过钻探新井,保证了产量(3-4%的产能),避免了附近地区现有井的延期产油。
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