The goal of this study is to review 18 significant enhanced geothermal system (EGS) sites
and technologies that have been applied in the European Union, Japan, South Korea …

This review paper addresses the development of numerical modeling of electromagnetic
fields in geophysics with a focus on recent finite element simulation. It discusses ways of …

Building geometrically realistic representations of geological heterogeneity in reservoir
models is a challenging task that is limited by the inflexibility of pre-defined pillar or …

Magnetotelluric (MT) data were collected across the Habanero Enhanced Geothermal
System (EGS) project in the Cooper Basin, South Australia. A baseline regional MT survey …

Hydraulic fracking is a geoengineering application designed to enhance subsurface
permeability to maximize fluid and gas flow. Fracking is commonly used in enhanced …

We present evidence of permeability enhancement from hydraulic stimulation experiments
in fractured crystalline rock. A total of 9.49 m 3 was injected in two fractured intervals of a …

In this study, we have created a virtual three-dimensional conductivity model of the Gediz
Graben geothermal area using real topographical variations and geological settings as …

To model the geothermal flow in northern Morocco, we apply a machine learning (ML)
approach by analyzing the geological and geophysical data at boreholes, where direct heat …

Over the last decade, an increasing number of numerical studies have proposed controlled-
source electromagnetic (CSEM) techniques for monitoring of fluid flow in reservoirs, for …

We present a multidimensional inversion methodology for loop source time-domain
electromagnetic data. The developed algorithm is a robust, efficient, and user-oriented tool …