The team held a public Town Hall in Milford, UT to share the breakthroughs and future plans of Utah FORGE in a casual, relaxed setting.
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Nov 13, 2024
The team held a public Town Hall in Milford, UT to share the breakthroughs and future plans of Utah FORGE in a casual, relaxed setting.
Oct 17, 2024
In this seminar Dana Jurick, Chief Operating Officer of Neubrex Energy Services US LLC. discusses the collection, analysis and interpretation of strain measurements utilizing fiber optic cables.
Oct 1, 2024
An agreement has been signed between the U.S. Department of Energy and the Utah FORGE to continue the project through 2028.
Let's Connect
For project, contracts and operations, contact Joseph Moore:
utahforge@utah.edu
For Modeling and Simulation Forum information:
utahforge-modeling@utah.edu
For general information, outreach activities and communications:
utahforge-info@utah.edu
For information regarding Solicitations and funding opportunities:
utahforgesolicitations@utah.edu
University of Utah
Energy & Geoscience Institute
423 Wakara Way, Suite 300
Salt Lake City, UT 84108
Phone: (801) 581-5126
Itasca Consulting Group Inc. is a global, employee-owned, engineering consulting and software firm, focusing on geomechanical and hydrogeological projects.

3DEC model of a geothermal site showing shear displacements along existing fractures and synthetic (predicted) microseismicity.
Led by Principal Engineer Dr. Branko Damjanac, the team brings deep experience in solving complex problems in mining, civil, energy, and materials engineering and is excited to be collaborating with Utah FORGE.
Itasca's consultants solve complex problems in mining, civil, energy, and materials engineering. The company combines practical engineering and field experience with expert knowledge of advanced numerical simulation and analysis. Itasca’s software (3DEC, FLAC, FLAC3D, Griddle, MINEDW, PFC, UDEC, and XSite) are highly respected and widely used. For geothermal engineering, Itasca provides analysis using advanced numerical modeling tools for predicting the evolution of fractures, thermal and stress changes, and induced microseismicity.
Itasca combines practical engineering and field experience with expert knowledge of advanced numerical simulation and analysis.

XSite model of fracture growth from five perforation clusters sequentially stimulated, showing stress interference between the fractures. The plot shows fracture apertures. The insert shows the histories of injection pressures during the simulation.
Advancing innovative technologies to unlock Earth’s limitless geothermal energy.

