首页 | 本学科首页   官方微博 | 高级检索  
     

沈84块高凝油藏水淹层测井评价参数及其应用
引用本文:宋子齐,白振强,陈荣环,康立明,潘玲黎,杨金林,赵磊.沈84块高凝油藏水淹层测井评价参数及其应用[J].石油物探,2004,43(3):288-293.
作者姓名:宋子齐  白振强  陈荣环  康立明  潘玲黎  杨金林  赵磊
作者单位:西安石油大学,,陕西西安,710065
摘    要:针对辽河沈84块沙三段下部高含水期高凝油藏储层水淹状况和特征,依据灰色系统油田开发分析方法及准则,利用测井、钻井取心、试油及有关地质资料,匹配、拟合和提取参数,分别以其特征性参数对高含水期油藏岩性、物性和水淹状况进行统计,采用正态统计特征值建立测井评价参数标准,以其准确率和分辨率自动组合放大,建立测井评价参数标准的权系数。通过该区沙三下的174口井高凝油藏水淹层测井评价参数研究的分析解释,划分出砂砾岩、含砾砂岩、中粗砂岩、细砂岩、粉砂岩和泥岩等岩性剖面,评价解释了不同类型的储层以及不同物性的油层、弱水淹层、中水淹层、强水淹层及水层,阐明了沈84块沙三下高凝油藏水淹状况及剩余油纵向分布规律。

关 键 词:高凝油藏  水淹层  测井评价  剩余油分布  断块  储层
文章编号:1000-1441(2004)03-0288-06

Appraisal parameters and their application in logging in water flooded layer in block Shen 84 condensate reservoir
Bai Zhenqiang,Chen Ronghuan,Kang Liming,Pan Lingli,Yang Jinlin,Zhao Lei Song Ziqi Xi'an Petroleum University,Xian ,China.Appraisal parameters and their application in logging in water flooded layer in block Shen 84 condensate reservoir[J].Geophysical Prospecting For Petroleum,2004,43(3):288-293.
Authors:Bai Zhenqiang  Chen Ronghuan  Kang Liming  Pan Lingli  Yang Jinlin  Zhao Lei Song Ziqi Xi'an Petroleum University  Xian  China
Affiliation:Bai Zhenqiang,Chen Ronghuan,Kang Liming,Pan Lingli,Yang Jinlin,Zhao Lei Song Ziqi Xi'an Petroleum University,Xian 710065,China
Abstract:Accounting for the water flooded conditions be- low the Sha 3 segment of high water-cut stage in block Shen-84. LiaoHe Oilfield, we determined the reservoir lithology, physical properties and water flooded conditions by gray theory. Appraisal parame- ters are determined according to the characteristic values of normal distribution. The weight coeffi- cients of different appraisal parameters are calculated from well logging, cores, test, and geologic data. The water flooded conditions and distribution of residual oil below Sha-3 segment are inferred from 174 wells.
Keywords:block Shen 84  comdensate reservoir  high water-cut stage  water flooded layer  characteristic parameter  residual oil distribution
本文献已被 CNKI 维普 万方数据 等数据库收录!
设为首页 | 免责声明 | 关于勤云 | 加入收藏

Copyright©北京勤云科技发展有限公司  京ICP备09084417号