基于西西伯利亚克拉斯诺列斯基拱东段构造-沉积分析结果的秋明套组矿床地质构造定义

S. Bembel, R. M. Bembel, V. O. Rogozhneva
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引用次数: 0

摘要

在这篇文章中,我们介绍了对复杂的地质和地球物理研究材料的分析结果,包括对岩心数据、相特征、该地区演化的构造特征、油田开发地球物理数据的描述。研究的最初材料是钻井数据和地震调查结果,以及地质学家和地球物理学家的出版物,这些出版物涉及如何提高难以开采的秋明套储层的开发效率。研究区域局限于西伯利亚西部克拉斯诺列斯基拱顶的东坡,在该拱顶内已经发现了几个规模不同的油田,目前正在积极开发。在秋明套组地层组工作的基础上,结合构造因素和等厚图,确定了三角洲河道、三角洲锥发育预测区内细、中、多粒砂岩岩相分布区域和河道谷相分布区域。河床谷发育边界横向尺寸为0.5 ~ 2.5 km,形态十分复杂。在过滤性能和容性改善的地区,预测单层有效砂岩厚度可达12 ~ 14 m。对秋明组矿床地质构造的分析将作为建立可靠地质模型模型的信息基础,在此基础上,借助数字建模,对所研究对象的进一步工作前景进行评估,并寻找必要的开发方法
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Definition of the geological structure of deposits of Tyumen suite based on the results of tectonic-sedimentary analysis of the eastern part of the Krasnoleninsky arch of Western Siberia
We present in this article results of an analysis of materials of a complex of geological and geophysical studies, including a description of the core data, facies' characteristics, tectonic features of the evolution of the territory, field development geophysical data. The initial materials for the research were the drilling data and the results of seismic surveys, as well as publications of geologists and geophysicists dealing with the problem of finding ways to increase the efficiency of the development of hard-to-recover reserves of Tyumen suite. The research area is confined to the eastern slope of the Krasnoleninsky arch of Western Siberia, within which several oil fields of various sizes have been identified that are now being actively development.Based on the work carried out on the group of layers of Tyumen suite, areas of distribution of lithofacies of fine-medium-grained and multi-grained sandstones within the forecast area of development of channels and cones of deltas and facies of channel valleys were identified, taking into account the structural factor and isopach maps. The transverse dimensions of the boundaries of the development of riverbed valleys with a very complex configuration range from 0.5 to 2.5 km. The predicted effective sandstone thicknesses of individual strata in areas with improved filtration and capacitive properties reach 12-14 m.The analysis of the geological structure of the deposits of Tyumen suite will serve as an information basis for creating the molds of reliable geological model, based on which, with the help of digital modeling, an assessment of the prospects for further work on the object under study and the search for the necessary methods for its development will be
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