渤海湾盆地南部走滑构造带发育特征及其控油气作用

doi:10.11743/ogg20190201

Abstract

Abstract:

Tanlu strike-slip fault zone transverses the Huanghekou Sag and Laixi structural belt in the southern Bohai Bay Basin.We studied the characteristics and genetic mechanism of faults within the strike-slip zone,as well as its controlling effect on hydrocarbon accumulation,by using variance slicing,3D visualization and fine seismic interpretation technologies.The results show that there are two kinds of fault systems in the strike-slip fault zone in the southern Bohai Bay Basin:the "aerial ladder" type and the "palisade" type.The fault evolution has experienced three stages including sinistral strike-slip in the Mesozoic,extension-strike-slip in the Paleogene and intensive dextral strike-slip in the Neogene.The strike-slip belt not only controls the formation of traps,but also affects the distribution of sedimentary system in medium-to-deep layers as well as the horizons of hydrocarbon accumulation.According to the characteristics of hydrocarbon enrichment at different structural locations,four types of hydrocarbon accumulation patterns within the strike-slip belt were established,namely the transfer-station,meshwork-carpet,composite and ladder types,which have contributed to the successive discovery of large-or medium-sized oil and gas fields in recent years and will serve as a practical guidance for future hydrocarbon exploration.

Key words: accumulation pattern, strike-slip structural zone, Tanlu fault, Bohai Bay Basin

CLC Number:

TE122

Zhou Xinhuai, Zhang Xintao, Niu Chengmin, Liu Hao, Huang Jiangbo. Growth of strike-slip zone in the southern Bohai Bay Basin and its significances for hydrocarbon accumulation[J]. Oil & Gas Geology, 2019, 40(2): 215-222.

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Growth of strike-slip zone in the southern Bohai Bay Basin and its significances for hydrocarbon accumulation

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