In a world characterized by a heavy reliance on fossil fuels, it becomes imperative to strike a
harmonious balance between energy demands and carbon mitigation. This article delves …

CO 2-foam injection is a promising technology for reducing gas mobility and increasing
trap** within the swept region in deep brine aquifers. In this work, a consistent …

A consistent thermodynamic model based on a combination of the Peng-Robinson equation
of state for gas components with an activity model for the aqueous phase is utilized in this …

Accurate prediction of temperature and pressure distribution is essential for geothermal
reservoir exploitation with cold water re-injection. Depending on our knowledge about the …

Upon injection into a reservoir, CO2 migrates and interacts with the host rock and pore water
(Benson et al. 2005, 2012). Supercritical or gaseous CO2 dissolves in the pore aqueous …

CO 2 flooding is emerging as a pivotal technique used extensively for carbon capture,
utilization, and storage (CCUS) strategies. Acid stimulation is one common technique widely …

Focus is on comparing stochastic, process-based and deterministic methods for modelling
heterogeneity in hydraulic properties of fluvial geothermal reservoirs. Models are considered …

In this study, we present an efficient and flexible adjoint-based framework for history
matching and forecasting geothermal energy extraction at a large scale. In this framework …

The efficient operation and management of a geothermal project can be largely affected by
geological, physical, operational and economic uncertainties. Systematic uncertainty …

Summary Open Delft Advanced Research Terra Simulator (Voskov et al., 2023) is a
simulation framework for forward and inverse modelling and uncertainty quantification of …