俄罗斯地台—乌拉尔盆地结合带油气系统建模及油气潜力预测

А. Osipov, V. Kerimov, A. S. Monakova, I. Salihova
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引用次数: 0

摘要

给出了俄罗斯地台与乌拉尔盆地结合带盆地含油气复合体的数值模拟结果。盆地数值模拟是预测油气潜力的有效技术。在俄罗斯地台与乌拉尔盆地的交界带,建立了4个生聚烃系统模型,分别对应了下泥盆统-法国、法国- tourneus、Viseisk-Bashkir和下二叠统4个油气复调,对油气潜力进行了可靠的预测。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hydrocarbon Systems Modeling and Forecast of Oil and Gas Potential of the Junction Zone of the Russian Platform and the Urals
The results of numerical basin modeling for the oil and gas bearing complexes of the basin of the joint zone of the Russian platform and the Urals are shown. Numerical basin modeling is an effective technology for forecasting oil and gas potential. Within the junction zone of the Russian Platform and the Urals, four generation-accumulation hydrocarbon systems were modeled, corresponding to the four oil and gas complexes - the Lower Devonian-French, French-Tourneus, Viseisk-Bashkir and Lower Permian, which allowed a reliable forecast of oil and gas potential.
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