青东凹陷走滑构造对油气成藏的控制作用
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杨贵丽,女,高级工程师,在读博士研究生,从事石油地质综合研究与勘探部署工作。联系电话:(0546)8717983,E-mail:yangguili776.slyt@sinopec.com.

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国家科技重大专项“渤海湾盆地精细勘探关键技术”(2011ZX05006),中国石化科技攻关重点项目“青东凹陷石油地质条件研究与有利区带优选”(P10013)


The strike slip structure and its influences on the formation of petroleum reservoir in Qingdong sag
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    摘要:

    受郯庐断裂带走滑活动的影响,青东凹陷内部构造表现出明显的走滑特征。在识别了研究区内典型走滑构造样式的基础上,分析了走滑构造对油气成藏的作用。郯庐断裂带营潍段的西支断裂带为青东凹陷的东部边界断层,受区域构造应力场和郯庐断裂带多期走滑活动的影响,凹陷经历了3期断拗、2期反转的构造演化过程,形成了大型边界走滑断层、背形负花状构造和走滑压扭褶皱构造等多种具显著走滑特征的构造样式。走滑构造对烃源岩热演化、构造圈闭发育以及油气运移聚集都有重要的控制作用,形成张扭断层立体运聚、压扭断层走向运聚和凹中隆近源运聚等3种油气成藏模式,控制着青东凹陷油气的富集与分布。

    Abstract:

    Qingdong sag is a Cenozoic faulted basin, whose east boundary is defined by the west branch of Tanlu fault zone. Affected by the strike slip displacement of the boundary fault and the regional tectonic stress field, there are many structures showing obvious strike slip characteristics in Qingdong sag, such as the large strike slip boundary faults, the antiformal negative flower structure and compresso-shear folded structure. After three fault-subsidence periods and two reversion stages, these structures are mostly compound structures. The strike slip structures have great influences on the thermal evolution of hydrocarbon source rock, the formation of structural trap and the migration and accumulation of petroleum in Qingdong sag. Three patterns of petroleum migration and accumulation, which control the abundance and distribution of petroleum reservoirs, are recognized in Qingdong sag.

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杨贵丽.青东凹陷走滑构造对油气成藏的控制作用[J].油气地质与采收率,2014,21(5):18~21

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  • 在线发布日期: 2015-06-05