In this paper, theoretical and experimental approaches to flow, hydrodynamic dispersion,
and miscible and immiscible displacement processes in reservoir rocks are reviewed and …

Many hydrogeochemical models have appeared in recent years for simulating subsurface
solute transport. The hydrological transport of solutes can be described by a set of linear …

In this standard reference of the field, theoretical and experimental approaches to flow,
hydrodynamic dispersion, and miscible displacements in porous media and fractured rock …

A time-space continuum model for transport of hydrothermal fluids in porous media is
presented which provides for simultaneous, reversible and irreversible chemical reactions …

Quantitative models of physicochemical processes in the Earth's crust can be applied to a
broad range of phenomena involving fluid-rock interaction and transport of aqueous, non …

This paper presents the development and demonstration of a two‐dimensional finite‐
element hydrogeochemical transport model, HYDROGEOCHEM, for simulating transport of …

Freshening of aquifers is accompanied by sequential elution of the saltwater (seawater)
cations from the sediment's exchange complex. The resulting Chromatographic patterns are …

Geochemical modeling is a powerful tool for characterizing environmental site
contaminations and predicting environmental impacts. This book discusses the application …

MINTRAN is a new model for simulating transport of multiple thermodynamically reacting
chemical substances in groundwater systems. It consists of two main modules, a finite …

We present the development and demonstrate the use of the two‐dimensional finite element
code UNSATCHEM‐2D for modeling major ion equilibrium and kinetic nonequilibrium …