亚列格斯科耶油田引进热采创新技术的效果

Durkin Sm, Moroziyuk Oa, Ruzin Lm, Polishvayko Dv, Abzaletdinov Ga
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引用次数: 0

摘要

本文介绍的结果引入现代化单层系统的开发与绝热管道斜块“Ð我евеN€Ð½N‹Ð¹”(“北”)石油开采„–2变电站控制«SC-2 bis»(ОПУ2биN)和变电站控制«SC-3 bis»(ОПУ3биN)飞行员块Yaregskoye油田。在sc - 2bis和sc - 3bis地块,对控制井进行了系统的测温,确定了储层温度分布,以及开发地块注汽的合理分布。Ukhta国立技术大学的工作人员开发了一种确定试验区注水井有效性的方法。根据该方法,进行了有助于确定地下注水井加速度的研究,以计算每个试验区的注汽量。此外,还对井中抽取的水进行定期取样,以确定氯化物的存在。根据对这些样品的分析,检测到从含水层流入水库水的井,然后制定隔离措施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Results of Introducing Innovative Thermal Mining Technologies at Yaregskoye Oilfield
Presented in this paper are results of the introduction of a modernized single-horizon system of development with heat-insulated pipes at the inclined block "ÐiевеN€Ð½N‹Ð¹" (“North”) Oil Mine № 2 on the Substation Control «SC-2 bis» (ОПУ-2биN) and Substation Control «SC-3 bis» (ОПУ-3биN) pilot plots of Yaregskoye Oilfield. In plots SC-2 bis and SC-3 bis, thermometry is systematically carried on the control wells to determine the temperature distribution in the reservoir, as well as the rational distribution of steam injection in the developed plot. A method for determining the effectiveness of injection wells on pilot plots was developed by staff at Ukhta State Technical University. In line with the method, studies which helped to determine the acceleration of underground injection wells necessary for calculating the volume of steam injection at each pilot plot were carried out. Also, regular sampling of water extracted from wells for determining the presence of chlorides is carried out. Based on the analysis of these samples, wells in which have inflows of reservoir water from the aquifer are detected and develop measures to isolate them are then developed.
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