Нydrogeological characteristics and analysis of the compatibility of disposal and formation water at the field N in Western Siberia

E. A. Lukyanenko, N. G. Kuzmina, D. V. Burdak
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Abstract

The article presents the hydrogeochemical characteristics of a field located in the West Siberian megabasin in Khanty-Mansiysk Autonomous Okrug — Ugra, the peculiarity of the hydrogeochemical conditions of which is confined to the elysium lithostatic system and inversion hydrogeochemical zonality. This is characterised by a decrease in mineralisation with depth and a change in formation water type. This is related to the transformation of organic and mineral matter in sedimentary rocks at the elision stage of the West Siberian megabasin development during their sinking and compaction. The object of placement of formation and used water is the Aptian-Albian-Cenomanian hydrogeological complex.The article calculates the compatibility of formation waters of the Aptian-Albian-Cenomanian hydrogeological complex and hosted waters, and also estimates the probability of swelling of clay minerals in the reservoirs of this complex.
西西伯利亚西部 N 油田的水文地质特征和弃置水与地层水兼容性分析
文章介绍了位于汉特-曼西民族自治区西西伯利亚特大盆地--尤格拉(Ugra)的一个油田的水文地质化学特征,该油田的水文地质化学条件的特殊性仅限于岚系岩相系统和反转水文地质化学带。其特点是矿化度随深度的增加而降低,地层水类型发生变化。这与西西伯利亚大盆地开发的褶皱阶段沉积岩在下沉和压实过程中有机物和矿物物质的转化有关。文章计算了安息-安息-乾隆水文地质综合体的地层水与承载水的相容性,并估算了该综合体储层中粘土矿物膨胀的概率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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