基于深层吸附气研究的复杂储层产能标准

D. A. Kobylinskiy
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引用次数: 0

摘要

这项工作致力于发展地球化学标准,以确定岩心深处吸附气体的饱和度性质。作为研究对象,采用了纳德姆-皮尔斯科伊油气田现场选用的岩心材料。在每个样品中,测定了72种组分,即不同物质基团的碳氢化合物:从丁烷到十二烷的正、支、多环和芳香化合物。根据各组分之间的定量分布和相关性,建立了产沙量的定性地球化学指标。试验结果证实了深层吸附气判据所建立的饱和特性。因此,该研究方法显著提高了前景矿床诊断的有效性,在西西伯利亚油气盆地境内,特别是在研究复杂地质构造的深埋矿床时具有一定的应用价值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Productivity Criteria for Complex Reservoirs Based on the Study of Deep-Adsorbed Gases
The work is devoted to the development of geochemical criteria for determining the nature of saturation for deep-adsorbed gases in the core. As the object of investigation used the core material selected in the fields in the Nadym-Pyrskoy oil and gas field. In each sample, 72 components were determined, namely, hydrocarbons of different material groups: normal, branched, polycyclic, and aromatic compounds from butane to dodecane. With respect to the quantitative distribution and correlation among the components, qualitative geochemical indicators of sediment productivity have been developed. The saturation character established by the criteria of deep-adsorbed gases was confirmed by the test results. In this regard, this research method significantly increases the effectiveness of diagnostics of prospective deposits, the application of which is relevant in the territory of the West Siberian oil and gas basin, especially when studying deep-submerged deposits of complex geological structure.
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