地球物理场测量结果与侏罗时期布扎希拱顶地层岩性非均质性的直接比较

S. N. Jаilganov, Z. S. Tulemissova
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引用次数: 0

摘要

通常,生产地球物理是石油和天然气工业中主要和广泛的方法。以岩心这一直接物质为研究对象的测井曲线特征最为完整。本科学项目的主要目的是研究不同世代的储层及其相属关系,在考虑岩性非均质性和产层解剖的情况下,有助于更正确地认识开发对象的结构。将砂体特征和形成规律的知识应用于油田的进一步开发,以提高采收率。本文将中、粗粒砂岩组成的储层与测井资料进行对比,并基于三维地震资料进行地震属性分析,考虑储层的空间分布。在岩心谱法伽马测井结果的基础上,将岩心与测井联系起来,更准确地确定岩相岩石物性。最后,总结了实际工作和实验室工作的简要结论,并得出了最终结论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DIRECT COMPARISON OF MEASUREMENTS OF GEOPHYSICAL FIELDS WITH LITHOLOGICAL HETEROGENEITY OF THE JURASSIC PERIOD AT THE FIELD OF BUZASHY VAULT
Often, production geophysics is the main and widespread method in the oil and gas industry. Well logging curves have the most complete characteristics when they are based on the study of direct material, which is the core. This scientific project is mainly aimed at studying the relationship of reservoirs of different generations and their facies belonging, which contribute to a more correct understanding of the structure of exploitation objects, taking into account lithological heterogeneity and dissection of productive horizons. Application of the practical value of knowledge of the features and patterns of formation of sand bodies in the further development of the field, in order to increase oil recovery factors. In this article, we compare reservoir intervals composed of both medium and coarse-grained sandstones with well logging data, and consider their spatial distribution according to seismic-attribute analysis based on 3D seismic data. Further, based on the results of the spectrometric gamma logging on the core, the core and well logging were linked in order to more accurately determine the petrophysical properties of lithofacies. In conclusion, brief conclusions of practical and laboratory work are summarized and final conclusions are drawn.
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