DISTRIBUTION REGULARITIES OF THE MAIN COMPONENTS AND TYPES OF ROCKS OF THE BAZHENOV FORMATION IN WEST SIBERIA

Q4 Earth and Planetary Sciences Geology and Mineral Resources of Siberia Pub Date : 2023-11-01 DOI:10.20403/2078-0575-2023-4a-24-36
V. Eder, V. V. Lapkovskiy, A. G. Zamirailova, S. Ryzhkova
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Abstract

The distribution regularities of the main components and types of rocks of the Bazhenov Formation are investigated. It is one of the largest black shale formations in the world. The results of the lithological and geochemical study revealed that the brittlest rocks of the formation are widely distributed in the Central region and are considered as potential reservoirs: siliceous mudstones, kerogenic siliceous mudstones, carbonated radiolarites (limestones and dolomites). In the South-Eastern region, thicknesses of silicites are noticeably reduced; kerogen-clay-siliceous mudstones (similar in silica content to siliceous mudstones) prevail, which are also reservoirs in a number of areas. These types of rocks are practically not typical for the Northern and Southern regions. Detailed distribution maps of the main components of rocks for the lower, middle and upper parts, as well as for the Formation as a whole, were constructed. It was revealed that the highest concentrations of siliceous material are observed in the lower and to a lesser extent in the middle parts of the Bazhenov Formation section in the Central region. By the nature of distribution, composition and thickness of potential reservoirs, the Central region can be considered as a highly promising region in terms of development for hydrocarbon raw materials, the South-Eastern is medium-promising one, the Northern and Southern are low-promising ones.
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西伯利亚西部巴热诺夫地层主要成分和岩石类型的分布规律
研究了巴热诺夫地层主要成分和岩石类型的分布规律。它是世界上最大的黑色页岩层之一。岩石学和地球化学研究结果表明,该地层最脆的岩石广泛分布在中部地区,被认为是潜在的储层:硅质泥岩、角质硅质泥岩、碳酸盐辐射岩(石灰岩和白云岩)。在东南部地区,硅质岩的厚度明显减小;硅质泥岩(硅含量与硅质泥岩相似)以角质粘土硅质泥岩为主,在一些地区也是储层。这些类型的岩石在北部和南部地区实际上并不典型。我们绘制了下部、中部和上部以及整个地层岩石主要成分的详细分布图。结果表明,在中部地区的巴热诺夫地层下部,硅质物质的浓度最高,中部地区的硅质物质浓度较低。从潜在储层的分布、组成和厚度来看,中部地区被认为是极有潜力开发碳氢化合物原料的地区,东南部地区属于中等潜力地区,北部和南部地区属于低潜力地区。
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来源期刊
Geology and Mineral Resources of Siberia
Geology and Mineral Resources of Siberia Earth and Planetary Sciences-Geology
CiteScore
0.30
自引率
0.00%
发文量
23
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