Announcing SSA...
What exactly are the rock types that make up the underground laboratory of Utah FORGE? In this webinar, Dr. Clay Jones describes the geology of the site and surrounding area and the findings from core and cutting analyses of deep wells!
These wells drilled through the basin fill, hit the basement rock marked by sheared rhyolite and granitoid hitting the deepest part of the reservoir made up a mixture of granitoid and metamorphic rock. Follow this webinar to learn about more about the tectonic history of the area, have a look at the lithologic and geothermal history of the reservoir from core photos and xray and SEM images. Find out what and how the mineral and geochemical compositions contribute to making up this underground geothermal EGS reservoir.
To learn more about the geology of the Utah FORGE site, visit our geology page on the Data Dashboard.
Dr. Clay Jones is a geologist at the University of Utah’s Energy and Geoscience Institute, where he has worked since 2004. He specializes in the mineralogy and geochemical evolution of geothermal reservoirs, with expertise in petrographic and SEM microscopy, X-ray diffraction, and hydrothermal alteration studies. Over his career, Dr. Jones has conducted investigations of geothermal systems worldwide for organizations including the U.S. Department of Energy, U.S. Navy, and leading energy companies.
Want to dive deeper into the geology behind Utah FORGE? Visit our Geology page on the Data Dashboard for core photos, lithologic details, and more in-depth resources.
Want to dive deeper into the geology behind Utah FORGE? Visit our Geology page on the Data Dashboard for core photos, lithologic details, and more in-depth resources.
The Utah FORGE Team is pleased to announce the inaugural FORGE Modeling and Simulation Forum commencing April 15 at 11 am MDT. It is intended to be an open forum to present modeling and simulation, both completed and planned, activities being conducted by the Utah...
JUST POSTED December 12, 2019, Phase 2C Topical Report is now available on the Geothermal Data Repository (GDR) Direct Link to the Report
"...The thermal energy beneath our feet is enormous (...) if we could capture even 2% of the thermal energy at depths between 2 and 6 miles, we would have more than 2000 times the yearly amount of energy used in the U.S. ..." Dr. Joseph Moore, Manager and PI of...