Many tasks in applied geosciences cannot be solved by single measurements, but require
the integration of geophysical, geotechnical and hydrological methods. Numerical …

Increasing demand for green energy sparked a renewed interest in extracting geothermal
energy resources. An accurate description of the temperature field and related heat …

For over a decade, the geothermal modeling group at the University of Auckland has been
improving the capability of AUTOUGH2, a modified version of TOUGH2. This paper …

This work addresses the feasibility of reinjecting H 2 S and CO 2, captured and dissolved in
effluents from the geothermal field, back into the geothermal reservoir. A series of numerical …

In this paper we present a massively parallel open source solver for Richards equation,
named the RichardsFOAM solver. This solver has been developed in the framework of the …

Multiphase flows in porous media, and the associated solute transport processes, are
controlled by a combination of gravity, capillary, and viscous forces. Geologic heterogeneity …

This paper constitutes the second part of a study called “Mineral system modelling
prospectivity analysis for MVT Pb-Zn deposit in northwestern Hunan Province, China”. The …

The availability of geothermal resources in Baja California has been thoroughly documented
in the past. This region currently experiences a deficit in electricity production and it is, to …

Mineral system modeling approach is useful for assessing the likelihood of occurrences of a
type of mineral deposit, which are described using two characteristics: spatial scales …

Geothermal exploitation is subject to several uncertainties, even in settings with high data
availability, adding to project risk. Uncertainty can stem from the reservoir's initial state, as …