About This Item

Share This Item

The AAPG/Datapages Combined Publications Database

AAPG Special Volumes

Abstract


Pub. Id: A065 (1990)

First Page: 147

Last Page: 160

Book Title: M 49: Prediction of Reservoir Quality through Chemical Modeling

Article/Chapter: Interaction of Reaction, Mass Transport, and Rock Deformation During Diagenesis: Mathematical Modeling of Intergranular Pressure Solution, Stylolites, and Differential Compaction/Cementation

Subject Group: Reservoirs--Sandstones and Carbonates

Spec. Pub. Type: Memoir

Pub. Year: 1990

Author(s): Thomas Dewers, Peter J. Ortoleva

Abstract:

The recognition and description of the physical processes responsible for pressure solution and associated cementation--including aspects of thermodynamics, reaction kinetics, solute transport, and rock mechanics--are important facets of research on diagenesis. The interplay between these processes is studied by means of mathematical models coupling water-rock interaction with rock deformation. Model predictions are compared with observed pressure solution/cementation features. Examples discussed include the grain-size dependence of intergranular volume loss, the transition between stylolitic and intergranular pressure solution, an assessment of the role of clay in influencing pressure solution, and the evolution and correlation of spatially discrete domains of heightened compaction and cementation in sandstones and argillaceous carbonates.

Pay-Per-View Purchase Options

The article is available through a document delivery service. Explain these Purchase Options.

Watermarked PDF Document: $14
Open PDF Document: $24