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LABORATORY ANALYSIS OF ELECTRICAL ROCK PROPERTIES AND CAPILLARY PRESSURE IN FULL DIAMETER CORE SAMPLES

机译:全直径核心样品中电岩性能和毛细管压力的实验室分析

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Laboratory electrical properties and capillary pressure analysis of core samples are useful tools in understanding and calculating oil and gas reserves.Vugular and conglomerate core material present challenges that standard laboratory methodologies can only partially address.This paper presents recent laboratory advances that have been developed to measure capillary pressure and electrical resistivities(a,m and n) in full diameter non-uniform pore geometry systems. First,is a review of the basic methodologies of resistivity measurements(the determination of m and n exponents) and capillary pressure analysis that establish superior data quality.Secondly,the use of a 1000 psi Air/Brine porous plate system with full diameter samples will be demonstrated.The capture on non-uniform electrical and plate capillary pressure response will be discussed.
机译:核心样品的实验室电性能和毛细管压力分析是理解和计算石油和天然气储备中的有用工具。标准实验室方法只能部分地址的仿真和集团核心材料存在挑战。本文提出了最近衡量的实验室进步 全直径非均匀孔几何体系中的毛细管压力和电阻电阻(A,M和N)。 首先,是对电阻率测量的基本方法(M和N代价的测定)和毛细管压力分析的综述,以及建立卓越数据质量的毛细管压力分析。首先,使用具有全直径样品的1000psi空气/盐水多孔板系统 被证明。将讨论非均匀电气和板毛细管压力响应的捕获。

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