The few existing surface complexation models (SCM) for the brine-oil interface have important
limitations: the chemistry of each crude oil is not considered, they cannot capture the water…

We analyze the dynamics of imbibition in a fractured medium using the Direct Numerical
Simulation of the Navier–Stokes equations. Pore geometries with homogeneous and …

A fully coupled thermal-hydraulic-mechanical (THM) finite element model is presented for
fractured geothermal reservoirs. Fractures are modelled as surface discontinuities within a …

The surface charge of calcite in aqueous environments is essential to many industrial and
environmental applications. Electrokinetic measurements are usually used to assess the …

This study introduces PoreFlow, a pore-network modeling tool capable of simulating fluid
flow and multi-component reactive and adsorptive transport under saturated and variably …

We benchmark a family of hybrid finite element–node-centered finite volume discretization
methods (FEFV) for single- and two-phase flow/transport through porous media with discrete …

The influence of in-situ stresses on flow processes in fractured rock is investigated using a
novel modelling approach. The combined finite-discrete element method (FEMDEM) is used …

Hydrogen storage is one of the energy storage methods that can help realization of an emission
free future by saving surplus renewable energy for energy deficit periods. Utilization of …

Thermoporoelastic effects during heat extraction from low permeability geothermal reservoirs
are investigated numerically, based on the model of a horizontal penny-shaped fracture …

The low-enthalpy geothermal systems are commonly deployed in sedimentary geological
settings that feature significant levels of deposition-induced heterogeneity. In this paper, …