“There is a significant need to develop treatment approaches that eliminate PFAS as opposed to moving them around amongst different waste streams,” said Christopher Bellona, associate professor of civil and environmental engineering.
What do you do with produced water in the Permian Basin? What can be done to make heater treaters more efficient? Colorado School of Mines student teams took on these questions as part of the 2023 Global Energy Future Initiative (GEFI) Innov8x Challenge.
Representatives from the U.S. Geological Survey and Colorado School of Mines began a new chapter of their partnership on Nov. 13, breaking ground on an innovative USGS Energy and Minerals Research Building.
It’s getting more expensive to live in Colorado. The U.S. Department of Energy estimates heating bills for those with natural gas will go up 28 percent and electricity costs will rise 10 percent
Professor H. Sebnem Duzgun is part of a team evaluating efficient and low-emission rebuilding plan for southeastern Türkiye following a devastating earthquake in February 2023.
Colorado School of Mines has assembled a team of internationally recognized PFAS researchers and practitioners to determine how to best treat PFAS-contaminated sediment or soil in a side-by-side test of the leading field-ready technologies. The fieldwork will take place at Schriever Space Force Base, just outside of Colorado Springs.
Victoria Bill and Zach Bennett have joined Mines as the inaugural directors of two foundational pieces of the E&I Ecosystem: the Labriola Innovation Hub and Beck Venture Center.
Matthew Crane, assistant professor of chemical and biological engineering at Colorado School of Mines, has been honored with a 35 Under 35 Award from the American Institute of Chemical Engineers (AIChE).
If humans are going to establish a long-term presence on the Moon, they’ll need resources – and more than just water and oxygen. They’ll need metals, minerals and other materials sourced not only from Earth but also the lunar surface itself.
