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Research on Reservoir Sedimentary and Pore Characteristics of Chang 6 in Wuqi Oilfield

机译:吴旗油田长6油层沉积与孔隙特征研究

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摘要

In this paper, we utilized comprehensive geological analysis methods to identify sedimentary micro-facies in Wuqi Oilfield. Based on identification marks of sedimentary facies such as lithologic features, sedimentary structures and paleontological fossil, we classified the sedimentary micro-facies in this field into 4 types, including underwater distributary channel, mouth bar, distal bar and interdistributary bay facies. According to the observation of cores and casting thin sections, we made analysis on the pore characteristics of Chang 6 reservoir. The pore characteristic of target area is mainly intergranular space, which takes 3.27%, followed by feldspar and rock debris dissolution pore. The analysis shows that, the sedimentary thichness and grain size of underwater distributary channel are both quite big. The content of flake silicate mineral, for example, mica, is relatively low, but its porosity and permeability is high compared with mouth bar and distal bar. Interdistributary bay facies that has the lowest porosity and permeability are very strong.
机译:本文利用综合地质分析方法,确定了吴起油田的沉积微相。根据沉积相的识别标志,如岩性特征,沉积结构和古生物化石,我们将该领域的沉积微相分为水下分流河道,口状条,远端条状和相间性海湾相4种类型。根据岩心和铸件薄壁的观察结果,对长6储层的孔隙特征进行了分析。目标区域的孔隙特征主要是粒间空间,占3.27%,其次是长石和岩石碎屑溶解孔隙。分析表明,水下分流河道的沉积厚度和粒径均较大。片状硅酸盐矿物(例如云母)的含量相对较低,但与口棒和远端棒相比,其孔隙率和渗透率较高。孔隙度和渗透率最低的跨区海湾相非常强。

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