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Characteristics, formation mechanism and evolution model of Ordovician carbonate fault-controlled reservoirs in the Shunnan area of the Shuntuogole lower uplift, Tarim Basin, China by Xintong Wang; Jian Wang; Yingchang Cao; Jun Han; Kongyou Wu; Yin Liu; Keyu Liu; Mingfeng Xie is a Earth and Planetary Sciences article available to read on EtoBox.
What is Characteristics, formation mechanism and evolution model of Ordovician carbonate fault-controlled reservoirs in the Shunnan area of the Shuntuogole lower uplift, Tarim Basin, China about?
The Ordovician carbonate fault-controlled reservoir in the Shunnan area is substantially different from the typical karst reservoir closely related to an unconformity. The development of fault-controlled reservoirs is controlled by the deep and large strike-slip fault in the Middle Caledonian period. The characteristics, diagenesis types, diagenetic fluid evolution characteristics, fluid-rock interactions, and reservoir response of fault-controlled reservoirs were investigated systematically by analyzing 3D seismic, logging, and drilling core data. Production data, reservoir petrology, and chemical filling geochemistry were also used. The formation and evolution of fault-controlled reservoirs are affected by the coupling of the structure, lithofacies, and fluid. The dolomitization in the quasi-syngenetic period in the early stage of Episode I in the Middle Caledonian provided the material basis for the development of fault-controlled reservoirs. The Mg-rich high-salinity thermal fluid in the late Caledonian and the Early Hercynian provided a constructive transformation for the development of fault-controlled reservoirs. In contrast, the transformation of reservoirs by the Si-rich m
Who reads Characteristics, formation mechanism and evolution model of Ordovician carbonate fault-controlled reservoirs in the Shunnan area of the Shuntuogole lower uplift, Tarim Basin, China?
It is typically read by researchers, students, and practitioners in Earth and Planetary Sciences.
- Author
- Xintong Wang; Jian Wang; Yingchang Cao; Jun Han; Kongyou Wu; Yin Liu; Keyu Liu; Mingfeng Xie
- Publisher
- Elsevier BV
- Published
- 2022
- Language
- EN
- Field
- Earth and Planetary Sciences (Physical Sciences)