One of the many obstacles for hopeful settlers is the need for power and heat on these barren landscapes. Some geologists and other scientists theorize that geothermal energy may be the answer.
While enjoying the first days of 2025, we’ve taken a moment to reflect on everything that Utah FORGE accomplished during the past year. There’s a lot to be proud of!
A look at hot springs and their connection to shallow hydrology and deep hydrothermal fluid flow.
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.
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.
An agreement has been signed between the U.S. Department of Energy and the Utah FORGE to continue the project through 2028.
In April 2024, the stimulation of the production and injection wells created the fracture network that forms the reservoir. It was followed by a successful commercial scale circulation test.
Annual workshop that provides a valuable opportunity to explore the progress made by each of the 17 R& D projects funded under Solicitation 2020-1 and to get introduced to the new projects under Solicitation 2022-2.
Active from 1900 to 1904, the Waimangu geyser is the most powerful geyser in history, approximately 20 kilometers southeast of Rotorua on the northern island of New Zealand.
Utah FORGE and Enel Green Power sponsor a geothermal song parody contest for junior high and high school students.
A 9-hour circulation test that followed stimulation proved fluid flow and energy transfer from an EGS reservoir in hot dry granite …
Current Activities at Utah FORGEAs part of the Energy & Geoscience Institute's Spring Webinar Series, Dr. Joseph...
