Features of compaction of sedimentary rocks of oil and gas deposits

V. G. Mamyashev, A. M. Kuznetsova
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Abstract

The process of compaction of sediments determines the patterns of changes in the properties of rocks of oil and gas bearing sections, primarily their porosity. The porosity of rocks of different lithology varies depending on their depth. The study of the regularities of changes in the porosity of rocks is important for the identification of geological sections, for substantiating the intervals of the existence of reservoirs with intergranular porosity type, for forecasting the properties of support layers by section and for methodological support for the geological interpretation of the materials of geophysical studies of wells. The existing concept of gravitational compaction of sediments doesn't reflect a number of features of this process of rocks in real conditions. The article substantiates the conditions of precipitation formation corresponding to their transition to an initial relatively stable state. The features of precipitation formation in the initial marine and continental conditions, as well as the features of their formation in permafrost strata are substantiated.The general patterns and features of the compaction curves of typical sandstones and clays are considered according to the data of reference wells drilled within the West Siberian oil and gas basin. 
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油气矿床沉积岩压实特征
沉积物的压实过程决定了含油气剖面岩石性质的变化模式,主要是它们的孔隙度。不同岩性岩石的孔隙度随其深度的不同而不同。岩石孔隙度变化规律的研究,对于地质剖面的识别、粒间孔隙型储层存在间隔的确定、支撑层性质的剖面预测以及对井物探资料的地质解释提供方法学上的支持具有重要意义。现有的沉积物重力压实的概念并不能反映实际条件下岩石这一过程的许多特征。本文证实了它们向初始相对稳定状态过渡所对应的降水形成条件。证实了海相和陆相初始条件下降水的形成特征,以及多年冻土地层中降水的形成特征。根据西西伯利亚油气盆地内的参考井资料,探讨了典型砂岩和粘土压实曲线的一般规律和特征。
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