Solute transport in partially-saturated porous media plays a key role in multiple applications
across scales, from the migration of nutrients and contaminants in soils to geological energy …

Solute transport in unsaturated porous materials is a complex process, which exhibits some
distinct features differentiating it from transport under saturated conditions. These features …

Large discrepancies between well-mixed reaction rates and effective reactions rates
estimated under fluid flow conditions have been a major issue for predicting reactive …

Mixing controls the fate of any solute entering porous media. Hence, an understanding of the
involved processes is essential for assessing subsurface contamination and planning for its …

The analysis of dispersive flows in heterogeneous porous media is complicated by the
appearance of anomalous transport. Novel laboratory protocols are needed to probe the …

Résumé The dynamic response of rocks to thermal, hydrodynamical, mechanical, and
geochemical solicitations is of fundamental interest in several disciplines of geosciences …

In many geological systems, the porosity of rock or soil may evolve during mineral
precipitation, a process that controls fluid transport properties. Here, we investigate the use …

Solute transport in porous media is sensitive to heterogeneity at all scales. However, the
pore-scale solute transport behavior may considerably affect the behavior at larger scales …

Utilizing the discrete element method and the pore network model, we numerically
investigate the impact of compaction on the longitudinal dispersion coefficient of porous …

The residual non-wetting phase in unsaturated porous media varies the aqueous pore
space due to the immiscible characteristics. The varied pore space in turn has significant …