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

A realistic deep low-enthalpy geothermal reservoir based on real data with high detail and
complicated sedimentary structure is utilized to perform sensitivity analyses of the geological …

Abstract High-Temperature–Aquifer Thermal Energy Storage (HT-ATES) can significantly
increase Renewable Energy Sources (RES) capacity and storage temperature levels …

Geothermal energy is gaining momentum as a renewable energy source. Reservoir
simulation studies are often used to understand the underlying physics interactions and …

Abstract Direct Use Geothermal Systems (DUGS) are increasing their installed capacity
worldwide and denser developments with multiple doublets are becoming more common …

Deep geothermal energy (DGE) is a renewable energy source that is considered to cause a
low global warming impact. The potential of DGE for heating is widespread and interest in …

Abstract Direct Use Geothermal Systems (DUGS) are rapidly and densely deployed to meet
the growing demand for renewable energy with less carbon emissions globally. The …

The installed capacity of geothermal systems for direct use of heat is increasing worldwide.
As their number and density is increasing, the their interaction with subsurface faults …

More than 40 billion tonnes of CO2 are released annually, hampering climate change
efforts. The goal of current research is to utilise these gases in generating energy. The oil …

Nearly half of the Netherlands' natural gas consump tion is allocated to heating, with direct-
use geothermal heating being one of the available low-carbon energy solutions. A …