Conventional hydrocarbon reservoirs, from an engineering and economic standpoint, are
the easiest and most cost-efficient deposits to develop and produce. However, as economic …

Optimum acid selection based on reservoir condition is one of the key elements in achieving
a successful treatment in carbonate matrix acidizing. High reaction and corrosion rate of …

Clay rock formations are considered as host rocks for underground radioactive waste
repositories. Reliable predictions of diffusive transport heterogeneity are critical for …

Accurate modeling and simulation of radionuclide migration in clay rocks such as the
Opalinus Clay (OPA) play a key role in the safety assessment of deep geological …

Molecular diffusion is an important transport mechanism for radionuclide migration in low-
permeable argillaceous host rock such as Opalinus Clay (OPA). In this study, the influence …

The effective diffusivity is a key parameter in the diffusive transport calculations, thus
decisive for predicting the radionuclide migration in low-permeable clay-rich formations …

During injection treatments, bottomhole pressure measurements may significantly mismatch
modeling results. We devise a computationally effective technique for interpretation of fluid …

Radionuclide migration in clay-rich formations is typically dominated by diffusion
considering the low permeability of these formations. An accurate estimation of radionuclide …

Hydrodynamics characterization and analysis is an essential part in studying mineral
dissolution in porous media with complex heterogeneous pore structures including …

Matrix acidizing is the commonly used method to enhance permeability of a damaged zone
around the well. Acid injection will dissolve the rock, creating narrow, high-permeability …