In collaboration with colleagues in the United States, China and the Netherlands, Mines Assistant Professor Qin Zhu and Research Assistant Professor Rockwell Clancy are leading a project to study the
Concrete sewers and gutters are very efficient when it comes to moving water quickly. But Colorado School of Mines researchers are looking at integrating natural alternatives to the built environment to help purify and clean groundwater supplies.
The Rocky Mountain Industrial Assessment Center will result in shared courses where students from both institutions can learn about how to improve energy efficiency in the building and manufacturing industry.
Researchers at Colorado School of Mines are teaming up with Swedish company Minalyze AB to build an advanced geosciences research laboratory for non-destructive compositional analysis of drill core.
“Our goal is to be the premier institution on research and education on CCUS,” said John Bradford, vice president of global initiatives. “We have the ties with industry, and we have a solution-focused mindset at Mines.”
Hao Zhang, associate professor of computer science, plans to use lessons from social psychology to increase the resilience and robustness of multi-robot systems.
A Direct Potable Reuse (DPR) system developed at Colorado School of Mines can help communities reuse water resources, as well as quickly restore local drinking water contaminated by fire and other disasters.
Researchers will develop a first-of-its-kind quantum simulator that could be used to develop novel materials and, in the future, lead to the development of a high-performance quantum computer.
Water shortage is a significant problem for communities across the United States year after year, but a new mobile direct potable reuse system could help provide a fast and reliable solution. Tzahi
