测井技术2018，Vol.42Issue(2)：156-162,7.DOI:10.16489/j.issn.1004-1338.2018.02.006
复杂断块长井段薄互层储层及流体快速识别
Fast Identification Techniques of Reservoir and Fluid Properties in Complex Fault Block with Development of Thin Interbeds
摘要
Abstract
Yingdong Oilfield is a complex fault block reservoir characterized by thick reservoir with development of thin interbeds,moreover there are multiple sets of oil-gas-water systems overlap each other vertically,and high-resistivity water layers and low-resistivity hydrocarbon layers are ubiquitous.So,rapid identification of reservoirs and fluid properties is very difficult. In this paper,difficulties of fluid identification are summarized based on the analysis of lithology, physical properties and pore structure of the reservoirs in the study area.More importantly, three models are built for reservoir and fluid identification:the caliper-potential overlap method for identifying reservoirs;the resistivity ratio method for identifying water layer;and the hydrocarbon components ratio method for distinguishing oil and gas.This research greatly improves the precision and efficiency of evaluating oil,gas and w ater layers in Yingdong oilfield, and has played an important role in the development of Yingdong oilfield.关键词
测井解释/复杂断块/井径电位重叠/感应侧向电阻率比值/轻重组分比/流体快速识别/英东油田Key words
Logging interpretation/complex fault block reservoirs/caliper-potential overlaying/resistivity ratio/light and heavy hydrocarbons ratio/fast identification methods about fluid property/Yingdong Oilfield分类
天文与地球科学引用本文复制引用
张凤生,隋秀英,房国庆,段朝伟,刘春雷,姚亚彬..复杂断块长井段薄互层储层及流体快速识别[J].测井技术,2018,42(2):156-162,7.基金项目
中国石油天然气股份有限公司青海三期专项基金课题(2016E-0108GF) （2016E-0108GF）
