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Methods for the evaluation of water saturation considering TOC in shale reservoirs

机译:页岩油藏考虑TOC的含水饱和度评价方法

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摘要

Water saturation is one of the most important parameters in petroleum exploration and development. However, its calculation has been limited by the insufficient logging data required by a new technique that further influences the calculation of the free gas content. Total organic carbon (TOC) is comprehensively considered in this study because it can indirectly control the gas content and saturation. After analyzing the relationship between TOC, core water saturation and conventional water saturation, two new methods are proposed to improve the accuracy of water saturation estimates: the TOC correction method and water saturation difference method, in which Archie water saturation, modified total shale water saturation, and TOC are integrated. According to the case studies, the water saturation results from these two methods in shale reservoirs with different lithology are consistent with those from core analysis. It is concluded that these two methods can quickly and effectively evaluate the water saturation of shale reservoirs. (C) 2016 Elsevier B.V. All rights reserved.
机译:含水饱和度是石油勘探和开发中最重要的参数之一。但是,其计算受到新技术所需的记录数据不足的限制,新技术进一步影响了游离气体含量的计算。本研究综合考虑了总有机碳(TOC),因为它可以间接控制气体含量和饱和度。在分析了TOC,岩心含水饱和度和常规含水饱和度之间的关系之后,提出了两种新的方法来提高含水饱和度估算的准确性:TOC校正方法和含水饱和度差异法,其中Archie含水饱和度,修正的总页岩含水饱和度和TOC已集成。根据案例研究,这两种方法在不同岩性的页岩油藏中的含水饱和度与岩心分析的结果一致。结论是,这两种方法可以快速有效地评价页岩储层的含水饱和度。 (C)2016 Elsevier B.V.保留所有权利。

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