Beyond the critical point of 373.946° C and 22.064 MPa, water presents in the supercritical
state, which is of great potential for geothermal resource development. In this work, an …

Many of the most widely used deep geothermal resource maps for the UK are produced by
contouring around sparsely distributed and often unreliable data points. We thus present a …

The Krafla area in north Iceland hosts a high‐temperature geothermal system within a
volcanic caldera. Temperature measurements from boreholes drilled for power generation …

Reservoir modeling is a vital tool in the sustainable management of geothermal reservoirs. A
key component of the modeling process is model calibration, in which parameters, including …

A new geothermal reservoir modelling framework is discussed. The framework has two main
objectives: first, all the geoscience and reservoir engineering data should be stored in a …

Geothermal reservoirs are a valuable source of sustainable energy. The economic viability
of harnessing geothermal energy is dependent on the size of the energy resource. However …

In geothermal developments, characterizing hydrothermal flow is essential for predicting
future production and designing effective development strategies. Numerical simulation …

Geothermal energy in the Paris urban area has been exploited since the early 1970s. Deep
drilling in the Paris sedimentary basin has targeted hot brine in the Dogger formations from a …

Abstract Models of geothermal reservoirs used for power generation need to simulate the
production of multiphase fluid via a complex network of sources, as well as the reinjection of …

Steam-Water Relative Permeability Page 1 Proceedings 45th New Zealand Geothermal
Workshop 15-17 November, 2023 Auckland, New Zealand ISSN 2703-4275 Numerical modelling …