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Special Features of Geological Modeling of Shelf Sediments by the Example of East-Urengoy and North-Esetinsk Fields

机译:East-Urengoyoy和North-Esetinsk领域架子沉积物地质建模的特征

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The work objective of research is improving the quality of the reservoir modeling of the shelf deposits in the Neocomian clinoform complex by means of identification the peculiarities of geologic structure of the layers, and using of them for create the geological models oil and gas reservoirs. The subject of research is BU16-18 layers in East-Urengoy and North-Esetinsk field. The main peculiarities of BU layers are lenticular body, the vertical and the lateral anisotropy of reservoir properties in the reservoir volume, the presence of transition water-oil zone in consequence of layer`s heterogeneous. For identification and reservoir modeling of the peculiarities of geologic structure the shelf`s genesis layers used the results of seismic attribute analysis, fractional and mineral analysis of the rocks, conceptional model analysis about accumulation shelf sediments. The result of the research are detecting all the peculiarities of geologic structure the shelf`s genesis layers such as lenticular body, the anisotropy of reservoir properties, the presence of transition water-oil zone. All peculiarities was introduced for create the geological models: structural framework building, expansion of the reservoir properties in the interwell space, saturation modeling taking into account transition water-oil zone parameters.
机译:研究的工作目标是通过识别层的地质结构的特性,从而提高新科科诊所沉积物中储存器储存器的质量,并使用它们来创建地质模型油气藏。研究主题是East-Urengoy和North-Esetinsk领域的Bu16-18层。 Bu层的主要特点是储层体积中的透镜体,垂直和横向各向异性,储存体积中的储层性能,其存在过渡水 - 油区,其层的异质性。用于地质结构特性的识别和储层建模,架子成因层使用了地震属性分析结果,分数和矿物分析的岩石,积累架沉积物的概念模型分析。该研究的结果是检测地质结构的所有特性,架子架子诸如透镜体,储层性能的各向异性,过渡水油区的存在。所有特点都被引入创建地质模型:结构框架建筑,在接口空间中的储层性能扩展,饱和模型考虑到过渡水油区参数。

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