基于特殊岩心分析结果的烃源岩综合岩石物理模型建立

A. Alekseev
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引用次数: 0

摘要

综合岩石物理模型已广泛应用于地质和石油弹性建模,以预测油气聚集和估计资源潜力。建立这些模型的方法基础已经在常规陆源油藏和碳酸盐岩油藏中得到了很好的发展;然而,关于所谓的“页岩型”含烃岩石,存在由一系列不同因素决定的客观困难,这些因素可能包括岩石的多组分组成、岩心采收率问题以及与实验室方法的过程有关的特点。为了建立非常规“页岩型”油层的综合岩石物理模型,本文提出了对Bazhenov组样品进行特殊实验室岩心分析的方案和处理结果的算法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Creation of a Source Rocks Integrated Petrophysical Model Based on a Special Core Analysis Results
Integrated petrophysical models have been broadly applied in geological and petro-elastic modeling to forecast hydrocarbon accumulations and to estimate resource potential. Methodological basis of building those models have been well developed for conventional terrigenous and carbonate reservoirs; as regards the so-called "shale-type" hydrocarbon-bearing rocks, however, there are objective difficulties determined by a range of various factors that may include multi-component composition of rocks, core recovery problems, as well as process-related peculiarities of laboratory methods. This paper offers a program of special laboratory core analysis of the samples from the Bazhenov formation and an algorithm for the processing of the results with the view to build an integrated petrophysical model of an unconventional "shale-type" oil pay.
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