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Colloquium Paper: Illite and hydrocarbon exploration

机译:专题讨论会:伊利石和油气勘探

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摘要

Illite is a general term for the dioctahedral mica-like clay mineral common in sedimentary rocks, especially shales. Illite is of interest to the petroleum industry because it can provide a K-Ar isotope date that constrains the timing of basin heating events. It is critical to establish that hydrocarbon formation and migration occurred after the formation of the trap (anticline, etc.) that is to hold the oil. Illite also may precipitate in the pores of sandstone reservoirs, impeding fluid flow. Illite in shales is a mixture of detrital mica and its weathering products with diagenetic illite formed by reaction with pore fluids during burial. K-Ar ages are apparent ages of mixtures of detrital and diagenetic end members, and what we need are the ages of the end members themselves. This paper describes a methodology, based on mineralogy and crystallography, for interpreting the K-Ar ages from illites in sedimentary rocks and for estimating the ages of the end members.
机译:伊利石是沉积岩特别是页岩中常见的二面体云母状粘土矿物的总称。伊利石(Illite)对石油行业很感兴趣,因为它可以提供限制盆地加热事件发生时间的K-Ar同位素数据。至关重要的是要确定碳氢化合物的形成和运移是在要捕集石油的圈闭(反斜线等)形成之后发生的。伊利石也可能在砂岩储层的孔隙中沉淀,从而阻碍流体流动。页岩中的伊利石是碎屑云母及其风化产物与成岩伊利石的混合物,成岩伊利石是在埋藏过程中与孔隙流体反应形成的。 K-Ar年龄是碎屑和成岩末端成员混合物的表观年龄,我们需要的是末端成员本身的年龄。本文介绍了一种基于矿物学和晶体学的方法,该方法可用于解释沉积岩中伊利石的K-Ar年龄,并估算端部成员的年龄。

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