蛇纹石中碳氢化合物的性质

Q4 Earth and Planetary Sciences
S. V. Shadrina, A. A. Redina, E. A. Romanov
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引用次数: 0

摘要

文章介绍了对碳氢化合物(HC)饱和蛇纹岩岩芯进行研究和拍摄的独特成果。在岩芯研究期间,对岩石矿物成分进行了调查,确定了矿物形成的顺序以及蛇纹岩饱和碳氢化合物的性质,对样品进行了热解分析,并对岩石的地热历史进行了评估。根据蛇绿岩和变质岩、时间和碳氢化合物充填阶段,提出了蛇绿岩和变质岩储层形成模型。研究发现,蛇绿岩岩体在一定的蚀变阶段表现为多孔储层,在构造影响下转变为多孔断裂储层。岩块的构造和构造结构特征,即板状结构,决定了断面上各种储层类型的地点交替出现。由于不同的矿物岩石成分造成了不同的孔隙大小,流入的碳氢化合物发生了/正在发生自然分离,作为这一过程的结果,在该区段中出现了不同饱和度--油饱和、气饱和和无饱和度--区间的 "交叠 "现象。输入岩石的碳氢化合物是脉冲耦合的,目前可能来自更深的岩石。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ON THE NATURE OF HYDROCARBONS IN SERPENTINITES
The article presents the unique results of the study and photographs of the core of serpentinites saturated with hydrocarbons (HC). During the core study, the rock mineral composition was investigated, the order of mineral formation as well as the nature of serpentinite saturation with hydrocarbons was determined,pyrolytic analysis of samples was carried out, and the geothermal history of rocks was assessed. The model of reservoir formation in serpentinites and metasomatites based on them, time and stage of its filling with HC was proposed. It was identified that the serpentinite massif at a certain stage of alteration is represented by a porous reservoir, transforming into a porous fractured one under the influence of tectonics. The features of structural and tectonic structure of the massif, its slaty structure, determine the alternation of sites with various reservoir types in the section. Due to the different pore sizes caused by the different mineralogicalrock composition, a natural separation of incoming HC was taken place/is taken place, as a result of of the process, an “interlayering” of intervals with different saturation – oil-saturated, gas-saturated and without saturation in the section is noted. The input of HC into the rock was pulse-coupled and is probably currently coming from deeper rocks.
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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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