Tambora气田测试驳船无人工举升解锁油气资源

J. Anggoro
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引用次数: 0

摘要

Tambora气田是一个成熟的天然气田,位于Mahakam三角洲的沼泽地区,没有人工举升。该项目的主要目标是开发现有的石油资源。由于没有人工举升,大部分油井无法流动,且网络压力仍为中压(20barg)。考虑到重大风险,测试驳船作为起重工具连续运行的选择进行了审查。我们的想法是将分离器压力设置为1-3 Barg,这样井口流动压力就可以降低到15 Barg以上,这将在储层前面产生更大的压降。油从储层流入计量罐,然后通过输送泵返回生产线。该试验于2017年11月在T-1井进行了为期一周的试验,成功地以1000桶/天的稳定产量连续产油。这个项目的独特之处在于长时间的连续运行。因此,重要的是要确保计量罐的容量和输送泵与井的速率的兼容性,系统的耐久性,这需要进行例行检查和维护,以确保测试驳船单元处于最佳状态,并保持人员的警惕性和响应性。该项目始于2018年,有几口井,截至2020年1月,累计产量已达到15.8万桶,由于仍有潜在的石油资源有待开发,该项目将继续进行。创新不需要是火箭科学。考虑到所有的安全操作、生产和经济方面,一个简单的方法可以实现显著的石油采收率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Unlocking Oil Resources without Artificial Lift Using Testing Barge in Tambora Gas Field
Tambora field is a mature gas field located in a swamp area of Mahakam delta without artificial lift. The main objective of this project is to unlock existing oil resources. Most oil wells could not flow because there is no artificial lift, moreover the network pressure is still at Medium Pressure (20 Barg). Given the significant stakes, the option to operate the testing barge continuously as lifting tool is reviewed. The idea is to set the separator pressure to 1-3 Barg, so that the wellhead flowing pressure could be reduced to more than 15 Barg which will create higher drawdown in front of the reservoir. The oil flows from the reservoir into the gauge tank, where it is then returned to the production line by transfer pumps. The trial was performed in well T-1 for a week in November 2017 and successfully produced continuous oil with a stable rate of 1000 bbls/d. What makes this project unique is the continuous operation for a long period of time. Therefore, it is important to ensure the capacity of the gauge tank and the transfer pump compatibility with the rate from the well, the system durability which required routine inspection and maintenance to ensure the testing barge unit is in prime condition and to maintain vigilance and responsiveness of personnel. This project started in 2018 for several wells and the cumulative production up to January 2020 has reached 158 k bbls and will be continued as there are still potential oil resources to be unlocked. Innovation does not need to be rocket science. Significant oil recovery can be achieved with a simple approach considering all safety operation, production and economic aspect.
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