西南石油大学学报(自然科学版)

• 地质勘探 • 上一篇    下一篇

成岩圈闭及其在油气勘探实践中的认识

李洪玺1,吴蕾2,陈果1,李兆刚1   

  1. 1. 中国石油川庆钻探工程公司地质勘探开发研究院,四川成都610051
    2. 中国石油(土库曼斯坦)阿姆河天然气公司,北京海淀100831
  • 出版日期:2013-10-20 发布日期:2013-10-20

Lithogeny Trap and Correlated Recognitions Obtained From the
Oil and Gas Exploration

Li Hongxi1, Wu Lei2, Chen Guo1, Li Zhaogang1   

  1. 1. Geology Exploration and Development Research Institute,ChuanQing Drilling Engineering Company Limited,PetroChina,Chengdu,Sichuan
    610051,China;2. Amu-Darya Gas Company,CNPC(Turkmenistan),Haidian,Beijing 100831,China
  • Online:2013-10-20 Published:2013-10-20

摘要:

成岩圈闭在阿姆河右岸西区广泛发育,具有气水关系复杂、一井一藏的特征。通过研究成岩圈闭的成因,深
化了成岩圈闭的概念,探讨了成岩圈闭的勘探方法。针对阿姆河右岸西区成岩圈闭分布广泛、成因复杂、勘探潜力大
的特性,利用古构造恢复技术、复杂碳酸盐岩储层预测技术,研究了阿姆河右岸西区成岩圈闭的特点,总结了在成岩圈
闭勘探中的认识,得出后期成岩作用和新构造运动是形成成岩圈闭的两大关键因素,所形成的成岩圈闭具有气水关系
复杂、气水界面倾斜、一井一藏的特征。阿姆河右岸西区成岩圈闭的勘探实践得出,以研究古构造为出发点,利用岩芯
资料,结合储层预测研究成岩作用和储层发育,是勘探成岩圈闭的有效方法。

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关键词: 阿姆河右岸, 成岩圈闭, 成岩作用, 压实, 胶结

Abstract:

Lithogeny trap with complex relationship between gas and water is developed widely in the west area of Amu-
Darya Basin. Some lithogeny traps are characterized by very complex water-gas relationship with different reservoir for each
single well. The article emphasizes the concept of lithogeny trap and analyzes the exploration methods on lithogeny trap by
learning the causes of lithogeny traps. Based on exploration practice in west area of Amu-Darya Basin,and taking advantage
of paleostructure recovering and complex carbonate reservoir prediction technology,we researched the characters of lithogeny
trap which conclude the recognition of lithogeny trap. Later stage lithogeny function and new tectonic movement are both
key factors in the formation of lithogeny traps with complex water-gas relationship,inclined gas-water contact,and different
reservoir for each single well. The exploration practices in west area of Amu-Darya Basin lead to following conclusions:the
palaeostructure learning,which is followed by the research on lithogeny and reservoir development on the basis of cores and
reservoir prediction is effective method in lithogeny trap exploration.

Key words: Amu-Darya Basin Right Bank, Lithogeny trap, lithogeny, compaction, cementation