舒思齐, 张洪涛, 肖序常. 基于无机成因的油气勘查概念模型(BRCF)[J]. 地质通报, 2018, 37(5): 920-929.
    引用本文: 舒思齐, 张洪涛, 肖序常. 基于无机成因的油气勘查概念模型(BRCF)[J]. 地质通报, 2018, 37(5): 920-929.
    SHU Siqi, ZHANG Hongtao, XIAO Xuchang. The conceptual model of oil and gas exploration on the basis of inorganic origin theory (BRCF)[J]. Geological Bulletin of China, 2018, 37(5): 920-929.
    Citation: SHU Siqi, ZHANG Hongtao, XIAO Xuchang. The conceptual model of oil and gas exploration on the basis of inorganic origin theory (BRCF)[J]. Geological Bulletin of China, 2018, 37(5): 920-929.

    基于无机成因的油气勘查概念模型(BRCF)

    The conceptual model of oil and gas exploration on the basis of inorganic origin theory (BRCF)

    • 摘要: 基于超基性岩蛇纹石化成油理论,根据构造条件和沉积条件,提出了石油勘查概念模型——“BRCF”模型:B代表侵入地壳超基性岩;R代表储油层;C代表盖层;F代表深大断裂。运用该模型分析了波斯湾地区油气田和中国典型油气田油气成藏规律,并预测了中国大陆油气勘查靶区。

       

      Abstract: According to the tectonic setting and sedimentary condition, the conceptual model of oil and gas exploration, "BRCF" model, is built on the basis of the origin theory of serpentinized ultrabasic rocks. B is the ultrabasic rocks intruding the earth's crust. R is the oil-bearing reservoir. C is the cap rock. F is deep fracture. The model was used to analyze the reservoir-forming regularity of typical oil and gas fields in Persian Gulf and China's continent and to predict the oil and gas targets in China's continent.

       

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