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廊固凹陷万庄构造薄砂岩储层预测
引用本文:田建章 武耀辉. 廊固凹陷万庄构造薄砂岩储层预测[J]. 石油地球物理勘探, 2006, 41(2): 177-182,187
作者姓名:田建章 武耀辉
作者单位:成都理工大学,华北油田地球物理勘探研究院 河北省任丘市华北油田地球物理勘探研究院062552
摘    要:薄砂岩储层是隐蔽油藏勘探的重要领域之一。廊固凹陷万庄构造沙三中段发育扇三角洲砂体,且邻近生油洼槽,有利于岩性油藏的形成。但由于砂层厚度较薄,横向变化较快,造成砂体预测不准,岩性圈闭落实困难。为此,本文采用高精度地震反演、频谱成像和储层检测等一套储层综合预测技术,精确刻画了薄砂体的展布、空间形态,查清了储层发育区,发现并落实了一批有利的岩性圈闭。根据本次综合储层预测成果部署的5口井均钻遇较厚油层,进而发现和证实万庄构造是一个具有千万吨级的整装规模的储量区。

关 键 词:薄层砂岩  储层预测  地震反演  频谱成像  地震衰减梯度  岩性圈闭
收稿时间:2005-07-21
修稿时间:2005-07-212005-12-20

Prediction of thin-sandstone reservoir in Wanzhuang structure of Lang-Gu depression.
Tian Jian-zhang and Wu Yao-hui. Geophysical Research Institute,North China Oilfield,Renqiu City,Hebei Province,,China. Prediction of thin-sandstone reservoir in Wanzhuang structure of Lang-Gu depression.[J]. Oil Geophysical Prospecting, 2006, 41(2): 177-182,187
Authors:Tian Jian-zhang  Wu Yao-hui. Geophysical Research Institute  North China Oilfield  Renqiu City  Hebei Province    China
Affiliation:Tian Jian-zhang and Wu Yao-hui. Geophysical Research Institute,North China Oilfield,Renqiu City,Hebei Province,062552,China
Abstract:Thin-sandstone reservoir is one of important realm of subtle reservoir exploration. The fan delta sand body developed in middle segment of ES3 of Wanzhuang structure in Lang-Gu depression is adjacent to oil-generating sag, which is of benefit to form the lithologic reservoir. But the thin thickness of sand beds and their rapid lateral variation resulted in incorrect prediction of sand body and difficult definition of lithologic traps. For that reason, The paper used a set of integrative reservoir prediction techniques such as high-precision seismic inversion, spectrum imaging and reservoir detection, preciously described distribution and spatial configuration of thin sand body, clarified developed zone of reservoirs and discovered and defined a lot of prospective lithologic reservoirs. The thick oil-bearing formations have been found in de-ploied 5 drilling wells based on the reservoir-predicted results from this integrative method, which further discovered and proved that Wanzhuang structure is complete 107 tons-rank reserve zone.
Keywords:thin sandstone   prediction of reservoir   seismic inversion   spectrum imaging   seismic attenuation gradient  lithologic trap  
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