Discover how the University of Utah is driving national security, clean energy independence, and sustainable supply chains through key partnerships and pioneering initiatives.
The University of Utah uses Minecraft to teach resource extraction and materials management. This curriculum helps students evaluate environmental trade-offs and addresses public literacy challenges. You can read the full analysis at The University of Utah.
Pioneering innovative mining technologies and safety systems to revolutionize modern raw material extraction across state and federal initiatives.
Metallurgical engineering faculty partner with IperionX to advance sustainable, low-carbon titanium production capabilities in Utah.
Unlocking valuable strategic elements from domestic coal byproducts to secure energy independence and localized mineral processing.
Deploying virtual reality simulations to prepare the next-generation mining workforce safely in complex subterranean environments.
Combining computational modeling with geomechanics to advance resource recovery efficiency and strategic material discovery.
Driving strategic leadership and industry integration efforts across interdisciplinary science and engineering initiatives.
Accelerating domestic extraction and refining solutions for strategic metals essential to defense and high-tech manufacturing.
Collaborating on multi-institutional federal research programs to scale mineral processing innovations.
Bringing together industry leaders, researchers, and students to solve supply chain and resource resilience challenges.
Evaluating material endurance and structural integrity under severe high-temperature and high-stress environments.
Developing next-generation safety protocols and real-time atmospheric monitoring to protect underground workers in hazardous environments.
Empowering collegiate rescue teams with tactical emergency response systems and specialized equipment for subsurface operations.
Discover how engineering students are driven by a shared duty to solve global supply chain and sustainable resource challenges.
Highlighting academic excellence and practical field experience in modern mining engineering and mineral extraction.
Investigating low-cost, eco-friendly iron chemical reactions to accelerate clean energy transition technologies.
Examining geopolitical forces and technical solutions required to secure domestic supplies of key technological metals.
Recognizing pioneering geomechanics research in subsurface stress, fault reactivation, and energy infrastructure safety.
Analyzing global environmental changes and geological unpredictability to build resilient engineering systems worldwide.
Exploring decades of groundbreaking contributions to metallurgical engineering, titanium recycling, and energy storage innovation.
Advancing "just-shoring" frameworks to align critical mineral sourcing with environmental ethics and community equity.
Launching an interdisciplinary institute to advance domestic critical mineral discovery, eco-friendly processing, policy, and workforce development.
Collaborating with the National Laboratory of the Rockies to strengthen supply chain security, high-performance computing, and mineral research.
Establishing the SMART innovation platform to accelerate bioengineering solutions and benchmark rare earth element extraction for national defense.
Connecting geological exploration, mining engineering, and chemical separation to deliver essential domestic materials from mine to market.
Follow along on social media for live research updates, student achievements, and critical minerals events from across the campus community.
We’re thrilled to host leaders from across the mountain west for the Critical Minerals Summit! ⛏️ The U continues to spearhead innovations in green processing and workforce development.
Did you know? Utah ranks in the top tier for domestic production of critical minerals vital for national defense and clean energy technologies. #CriticalMinerals #UtahResearch
Inside the lab: U researchers are evaluating sustainable bio-extraction methods for lithium and rare earth elements to power future technologies. 🔬🔋