Transitioning our society to a sustainable future, with low or net-zero carbon emissions to the
atmosphere, will require a wide-spread transformation of energy and environmental …

For waterflooded tight oil formations, imbibition is a dominant mechanism for oil recovery.
Although substantial imbibition experiments have been conducted in lab-on-a-chip systems …

Mineral dissolution significantly impacts many geological systems. Carbon released by
diagenesis, carbon sequestration, and acid injection are examples where geochemical …

Understanding immiscible-phase fluid displacement in non-homogeneous pore structures is
crucial to enhance resource recovery in the secondary development of old petroleum …

Pore-scale two-phase flow modeling is an important technology to study a rock's relative
permeability behavior. To investigate if these models are predictive, the calculated pore …

Two-phase flow in three porous media with different geometry complexities are simulated
using the Volume-of-Fluid (VOF) method. The evolution of the flow pattern, as well as the …

We describe an imaging and pore-scale modelling study of capillary trapping in the Paaratte
Sandstone formation in the Otway Basin, Australia. Three-dimensional X-ray computed …

At the pore scale, slow invasion of a wetting fluid in porous materials is often modeled with
quasi‐static approximations which only consider capillary forces in the form of simple pore …

Two-phase flow through porous media is important to the development of secondary and
tertiary oil recovery. In the present work, we have simulated oil recovery through a pore …

Empirical or theoretical extensions of Darcy's law for immiscible two‐phase flow have shown
significant limitations in properly modeling the flow at the continuum scale. We tackle this …