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构造油气藏与特低—超低渗岩性油藏测井评价饱和度多学科结合方法与应用
引用本文:欧阳健.构造油气藏与特低—超低渗岩性油藏测井评价饱和度多学科结合方法与应用[J].护理与康复,2016(1):1-13.
作者姓名:欧阳健
作者单位:中国石油勘探开发研究院专家室
摘    要:20世纪90年代以来在构造油藏砂岩含油气层的测井饱和度综合评价及分布等方面研究取得重要成果,它也是多学科结合评价油气层的关键技术之一。文章简要阐述了压汞资料与半渗透隔板毛细管压力—岩电联测实验法计算饱和度方法,在系统研究钻井液侵入各类油层对电测井影响基础上开展的“岩石物理研究经验模型”,特别是咸水钻井液侵入校正方法,介绍了2000年以来在特低—超低渗岩性油藏油层测井饱和度综合评价方法的研究进展。

关 键 词:构造油气藏  特低—超低渗岩性油藏  测井评价饱和度
收稿时间:2015/8/23 0:00:00

Multidisciplinary Combination Methods for Logging Saturation Evaluation in Structural Reservoirs and Extra-low to Ultra-low Permeability Stratigraphic Reservoirs
Ouyang Jian.Multidisciplinary Combination Methods for Logging Saturation Evaluation in Structural Reservoirs and Extra-low to Ultra-low Permeability Stratigraphic Reservoirs[J].Nursing and Rehabilitation Journal,2016(1):1-13.
Authors:Ouyang Jian
Affiliation:Expert Office, PetroChina Research institute of Petroleum Exploration & Development, Beijing 100083, China
Abstract:Since 1990s, great achievements have been made in comprehensive evaluation and distribution of logging saturation in sandstone hydrocarbon zone of structural reservoir, which is also one critical technique for multidisciplinary combination evaluation of oil and gas formations. We briefly explained the saturation calculation method based on mercury injection data and semi-permeable plate capillary pressure-electrical measurement experiment. After analyzing the affect of drilling fluid intrusion on electric logging, we propped into the correction method for drilling fluid intrusion based on empirical model of rock physics. We also introduced the research progress in comprehensive logging saturation evaluation in extra-low to ultra-low permeability stratigraphic reservoirs since 2000.
Keywords:structural oil and gas reservoirs  extra-low to ultra-low permeability stratigraphic reservoirs  logging saturation evaluation
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