At Mines, researchers are developing control systems that expand the scope of renewable and hybrid energy technologies, including fuel cells and wind turbines.
At Mines, teams of researchers are working on the hydrogen problem — from developing electrolyzers to separate hydrogen from other energy sources to developing and testing the ceramic materials in fuel cells and making them commercially viable and cost-effective.
Neal Sullivan, director of the Colorado Fuel Cell Center, explains the process that turns intermittent wind and solar energy into carbon-free green hydrogen
By Ashley Spurgeon, Special to Mines Research Magazine Electrolysis plays a significant role in sourcing hydrogen for use in fuel cells and other energy technologies. But the ceramic materials used in
By Jasmine Leonas, Special to Mines Research Magazine Fusion, the process that powers the sun and the stars, has long been a part of the conversation about low-carbon sources of electricity. Unlike
Fueled by Mines’ materials science program, the goal of the Institute for Data-Driven Dynamical Design (ID4) is to harness the power of advanced computation and artificial intelligence to accelerate discovery in material science
Led by Mechanical Engineering's Veronica Eliasson, Mines researchers have found a way to make Direct Ink Writing, an expensive 3D-printing process for specialty materials, more accessible.
The Center to Advance the Science of Exploration to Reclamation in Mining is exploring mineralogy across scales to better understand deposits of critical materials within the subsurface.
