Reactive mass transport (RMT) simulation is a powerful numerical tool to advance our
understanding of complex geochemical processes and their feedbacks in relevant …

The development of highly accurate and computationally efficient modeling software based
on Gibbs energy minimization (GEM) makes it possible to thermodynamically simulate …

Numerical tools dealing with the coupled thermal, hydraulic, mechanical, chemical and
biological processes have been developed to analyze experimental outputs, field …

The world's concern about global warming continues to rise, while CO 2 sequestration is
always considered as an effective measure to reduce the carbon content in the atmosphere …

Many geoscientific fields use reactive transport codes to set up and interpret experiments as
well as to understand natural processes. Reactive transport codes are also useful to give …

Percolation of external water through concrete results in the degradation of cement and
changes the concrete pore water and solid phase composition. The assessment of long-term …

In Switzerland, deep geological storage in clay rich host rocks is the preferred option for low-
and intermediate-level radioactive waste. For these waste types cementitious materials are …

The understanding of porosity evolution in porous media due to mineral reactions and its
impact on the transport of fluids and solutes is important, as this is a key factor in the long …

In Switzerland the geological storage in the Opalinus Clay formation is the preferred option
for the disposal of spent fuel (SF) and high-level radioactive waste (HLW). The waste will be …

We developed a numerical thermodynamics laboratory called “Thermolab” to study the
effects of the thermodynamic behavior of nonideal solution models on reactive transport …