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Developing Oil in Monobore Well Completion Using Permanent Coil Tubing Gas Lift Application

机译:使用永卷管燃气升降装置在Monofore井上完成的石油完成

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VICO Indonesia has operated the Sanga-Sanga PSC in East Kalimantan, Indonesia, since 1968. More than 750 development wells have been drilled to date in the complex Mahakam Delta in East Kalimantan. The mature reservoirs are predominantly gas, extremely depleted and have an average recovery factor of about 70%. To optimize the development cost VICO changed the completion from multi string and multi packers to monobore in 1997 and furthermore to dual monobore in 2005. VICO has also focus to optimize oil production and recovery. The current oil recovery factor is relatively modest and needing further detail study and optimization. A multi-disciplinary team was performed to further evaluate oil potential in all VICO fields including review of historical performance, geology and development opportunities. These reservoirs were also evaluated using material balance to understand the initial volumes in place, the drive mechanism and the opportunity to maximize production and oil recovery through the existing wells. One of the challenges in maximizing oil recovery is artificial lift system in monobore completion. VICO has evaluated and selected gas lift as optimum artificial lift method. There are two possibilities to gas lift oil wells (1) using a side pocket mandrel in the conventional dual string completion and (2) inject gas lift through coil tubing in the monobore completion. The paper describes innovative gas lift system in monobore completion where gas lift mandrels were not pre-installed. This technique has been implemented, by running 1.5" coil tubing into a well through a special tubing hanger attached to the top of the Christmas tree. This technique allows gas lift to an oil reservoir in monobore well completion without requiring rig for recompletion. This application is known as “Permanent Coil Tubing Gas Lift” or PCTGL. This technique has been implemented in “MUT-X” well that was not capable to flow naturally, and then PCTGL was installed to resume oil production. The well was flowing 600 BOPD initially and now is continue flowing at 350 BOPD. In summary, PCTGL is a proven favorable and simple method for artificial lift application in monobore completion to maximize oil production and recovery. Furthermore, this technique has helped VICO in synergizing gas and oil development to maximize value of the assets.
机译:Vico Indonesia于1968年以来,印度尼西亚东康马丹的Sanga-Sanga PSC运营了Sanga-Sanga PSC。迄今为止,在东加里曼丹的复杂Mahakam三角洲钻了750多个发展井。成熟的储存器主要是气体,极其耗尽,平均回收率约为70%。为了优化开发成本,Vico将从多字符串和多包装机的完成更改为1997年的Monobore,此外2005年的双摩洛尔队。vico还专注于优化石油生产和恢复。目前的采油因子是相对谦虚的,需要进一步详细的研究和优化。在所有Vico领域进行了一个多学科团队,以进一步评估石油潜力,包括审查历史表现,地质和发展机会。这些水库也使用材料平衡评估,以了解最初的体积,驱动机构和最大限度地通过现有井的生产和储存的机会。最大化石油回收的挑战之一是单次完成的人工升力系统。 Vico评估和选择气体升力作为最佳人工升力方法。在传统的双串完成中使用侧袋心轴使用两种燃气升降机井(1)有两种可能性,并通过卷管在Monobore完成中通过卷管注入气体抬起。本文介绍了Monofore完成中的创新天然气升力系统,其中没有预先安装气体升降心轴。通过将1.5英寸的线圈管成孔通过附接到圣诞树顶部的特殊管道悬挂器运行1.5英寸的线圈。该技术允许在Monofore井上完成的储油液,而无需安装钻机以重新完成。这个应用程序被称为“永卷管管气体升降机”或PCTGL。该技术已经在“Mut-X”井中实施,该技术无法自然地流动,然后安装PCTGL以恢复石油生产。最初井流动600普波德现在正在继续流动350个Bopd。总之,PCTGL是一项证明的人工升力应用程序在Monofore完成中的人工升力应用,以最大化石油生产和恢复。此外,该技术帮助vico在协同燃气和油开发中得到了增强的增长资产。

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