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Founded in 1874 as Nevada's land-grant university, the University of Nevada, Reno ranks in the top tier of best national universities. With nearly 20,000 students, the University is driven to contribute a culture of student success, world-improving research an... more.
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James E. Faulds, Director and State Geologist
Nevada Bureau of Mines and Geology
Nevada - Western States Seismic Policy Council
James E. Faulds
Director and State Geologist Nevada Bureau of Mines and Geology
James Faulds, the state geologist for Nevada and director of the Nevada Bureaus of Mines and Geology at UNR, [...]
We may see them developed in the next decade," said Dr. Jim Faulds, director of the Nevada Bureau of Mines and Geology(NBMG), a state geologist and professor at the University of Nevada, Reno (UNR).
"Our numbers have really increased," Faulds said.
North American Clean Energy - Geothermal Industry to Get Boost from University of Nevada Research
Jim Faulds, principal investigator for the project, geologist and research professor at the University of Nevada, Reno, has a team of six researchers and several graduate students working with him on various aspects of the project.
"Of the 463 geothermal sites to study, we've studied and characterized more than 250 in the past year, either using existing records or on-site analyses," Faulds said. "We'll continue to study more of the sites so we can develop better methods and tools for geothermal exploration. Most, about two-thirds, of the geothermal resources in the Great Basin are blind - that is, there are no surface expressions, such as hot springs, to indicate what's perhaps 1,500 feet below the surface." Better characterization of known geothermal systems is critical for new discoveries, targeting drilling sites and development, Faulds said. The success of modeling sites for exploration is limited without basic knowledge of which fault and fracture patterns, stress conditions, and stratigraphic intervals are most conducive to hosting geothermal reservoirs. "The geothermal industry doesn't have the same depth of knowledge for geothermal exploration as the mineral and oil industries," he said. "Mineral and oil companies conducted extensive research years ago that helps them to characterize favorable settings and determine where to drill. With geothermal, it's studies like this that will enhance understanding of what controls hot fluids in the earth's crust and thus provide an exploration basis for industry to use in discovering and developing resources." Faulds and his team have defined a spectrum of favorable structural settings for geothermal systems in the Great Basin and completed a preliminary catalogue that interprets the structural setting of most its geothermal systems. "This is the first attempt to broadly characterize and catalogue Great Basin geothermal systems in this way," he said. In addition, Faulds has developed and taught a geothermal exploration class, published many papers on his work and presented his work at many conferences, including the World Geothermal Congress in Bali, Indonesia and the GEONZ2010 Geoscience-Geothermal Conference in Auckland, New Zealand. "We want to help the industry achieve acceptable levels of site-selection risk ahead of expensive drilling," he said.