低渗透碳酸盐岩油田储层压力维持系统优化

R. F. Ismagilov, I. Chernykh, A. S. Chukhlov, Sergey Evgenievich Nikulin, D. Gulyaev, L. Zinurov
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引用次数: 0

摘要

调查的油田位于彼尔姆地区东北部的索利卡姆斯克油田。该油田含油量层由Tournaisian-Famennian、Radaevsky、Radaevian和Tula组成。本文将利用多井回溯测试(MRT)技术分析图拉地层的碳酸盐沉积。目前,开发体系已经形成,正在进行压实钻井,并在某些井进行有针对性的压降增加。压力支撑体系已经形成。在进行调查之前,由于目前未知的原因,产量有下降的趋势。为了确定该油田碳酸盐岩储层产量下降的原因,采用了一种特殊的技术来分析生产历史数据和井底压力,这种技术被称为多井回顾性测试(MRT)。选择了4个剖面进行进一步分析,MRT能够重建测试井的油藏压力变化和生产系数,评估了邻井对测试井的影响,以及测试井的井间传导率和井筒表皮。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optimization of the Reservoir Pressure Maintenance System in a Low-Permeability Carbonate Field
The investigated field is located in the Solikamsk drawdown in the northeast of the Perm Territory. The oil content level of this field is composed of Tournaisian-Famennian, Radaevsky, Radaevian, and Tula formations. This article will analysis carbonate deposits from the Tula formation using the multiwell retrospective testing (MRT) technology. Currently, the development system has been already formed, and there is ongoing compaction drilling and targeted drawdown increase that is carried out at certain wells. A pressure support system has been formed. Before the surveys have been conducted, there was a trend in production decline, for reasons that are currently unknown. To identify the causes of production decline at the carbonate reservoir in the field, special technology was used to analysis production history data and bottom hole pressure - this technology is called multiwell retrospective testing (MRT). Four sections were selected for further analysis, MRT was able to reconstruct the reservoir pressure variations and production coefficient at the tested well, the influence of the offset wells on the tested wells has been evaluated, along with transmissibility at the cross-well interval and well-bore skin of the tested wells.
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