Asphaltene Management Leading to Significant Reduction of Production Deferment Through New Technology Trial MFC Tool

T. Narwal, Kamlesh Kumar, Z. Alias, P. Agrawal, Zahir Abri, A. Al Hadhrami, Abdulbaqi Al Kindi, John White, Azlan Asidin
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Abstract

In Southern Oman, PDO is producing from several high pressure (500-1000 bar), deep (3-5 km) and sour fields (1-10 mol % H2S). Over time, wells from one field (S A3) started having asphaltene deposition in the wellbore. Recently, the impact on production became severe resulting in high deferment, increased HSE exposure with plugging and high intervention costs. Asset team kicked off an asphaltene management project to tackle this problem, with one initiative being a field trial of a new technology, Magnetic Fluid Conditioner (MFC) to avoid/delay asphaltene plugging in the wellbore. This paper discusses the asphaltene management strategy and field trial results from this new tool deployed to prevent/delay asphaltene deposition.
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通过新技术试验MFC工具,沥青质管理显著减少生产延迟
在阿曼南部,PDO正在几个高压(500-1000 bar)、深层(3-5公里)和含硫油田(1-10 mol % H2S)进行生产。随着时间的推移,一个油田(sa3)的油井开始在井筒中沉积沥青质。最近,对生产的影响变得严重,导致高延迟,堵塞增加了HSE风险和高干预成本。为了解决这一问题,资产团队启动了一项沥青质管理项目,其中一项举措是对一项新技术进行现场试验,该技术名为磁流体调节剂(MFC),可避免/延迟沥青质堵塞井筒。本文讨论了沥青质管理策略以及该新工具用于防止/延迟沥青质沉积的现场试验结果。
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