Residual Water Saturation of Source Rocks of the Bazhenov Formation Western Siberia, Russia

A. Glotov, A. Skripkin, P. B. Molokov, N. Mikhailov
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Abstract

The article presents a new method of determining the residual water saturation of the Bazhenov Rock Formation using synchronous thermal analysis which is combined with gas IR and MS spectroscopy. The efficiency of the extraction-distillation method of determining open porous and residual saturation in comparison with the developed method which are considered in detail. Based on the results of studies in the properties of the Bazhenov Rock Formation, a significant underestimation of the residual water saturation in the existing guidelines for calculating reserves was found, and the structure of the saturation of rocks occurred to be typical for traditional low-permeability reservoirs. The values of open porous and residual water saturation along the section of the Bazhenov Formation vary greatly, which also contradicts the well-established opinion about the weak variability of the rock properties with depth.
俄罗斯西伯利亚西部Bazhenov组烃源岩残余含水饱和度
本文提出了一种利用气相红外光谱和质谱相结合的同步热分析方法测定巴热诺夫地层残余含水饱和度的新方法。并对萃取精馏法测定开孔率和残余饱和度的效率与现有方法进行了比较。通过对巴治诺夫组储层物性的研究,发现现有储量计算准则对剩余水饱和度存在严重低估,岩石饱和度结构呈现传统低渗透储层的典型特征。巴济诺夫组剖面的开孔饱和度和残余含水饱和度变化很大,这也与以往认为岩石性质随深度变化不大的观点相矛盾。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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