以谢贝林斯克凝析气田为例的油气矿床勘探详查算法

Z. Tovstyuk, S. Yesipovich, O. Titarenko, Svitlana Semenova, T. Yefimenko, M. Svideniuk, O. Rybak, A. Bondarenko, Olena Holovashchuk, Iryna Lazarenko
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引用次数: 2

摘要

为阐明新构造构造,改进远景区新油气圈闭寻找算法,开展了详细的空域地质调查。本研究选取的Dniprovsko-Donetska凹陷剖面为谢别林斯卡构造带Lozova-Shebelinka-Staropokrovka区域地震剖面。特别是,调查包括结构和地貌分析、Lozovaya-Shebelinka-Staropokrovka每小时地震剖面分析、热异常分析和利用卫星图像进行结构解释。利用该方法对谢别林斯卡构造带和东谢别林斯卡凹陷进行了古生代沉积油气圈闭特征探测。根据初步数据处理的结果,我们确定古生代杂岩不能形成油气矿床,这一方面是由于储层性质低,另一方面是由于对构造的研究不够充分。新构造学上,舍别林斯卡亚构造看起来像一个圆顶状隆起。该隆起被沟壑网划分为新构造块体。生产井位于最活跃的区块内。
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Detailed investigation algorithm for hydrocarbons deposits exploration in terms of the Shebelynske gas-condensate field
In order to elaborate the neotectonic structure and improve the searching algorithm of new hydrocarbon traps at prospective areas, detailed airspace geological investigation has been carried out. For this study, the selected cross-section Dniprovsko-Donetska depression is the regional seismic profile Lozova-Shebelinka-Staropokrovka within the Shebelinska structure zone.In particular, the investigations consisted of structural and geomorphological analysis, analysis of the hourly seismic profile Lozovaya-Shebelinka-Staropokrovka and analysis of thermal anomalies and structural interpretation by using satellite images. This approach allowed to explore the Shebelinska structure zone and the East-Shebelinska depression for hydrocarbon traps feature properties detecting in Paleozoic sediments.Based on the results of the initial data processing, we established that Paleozoic complex cannot create hydrocarbon deposits, both due to low reservoir properties and due to insufficiently studied structure. Neotectonically, the Shebelinskaya structure looks like a dome-shaped uplift. This uplift is divided by a ravine-gully network into neotectonic blocks. Productive wells are located within the most active blocks.
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