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.
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.
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
Terri Hogue, professor of civil and environmental engineering and Dean of Energy and Society Programs, conducted field work with two graduate students in northern California this summer.
Contact lenses that can selectively deliver therapeutic drugs, a “spoof proof” smart car key, and carbon-storing concrete are among the recipients of 2021 Proof of Concept Awards from the Mines Office
Despite weighing nearly four times more than the average canoe, the Mines Concrete Canoe team has no plans to join Davy Jones’ locker after their performance in April.
We know that most natural landscapes are able to recover after even the most severe burns, but not much is known about exactly how that happens within the soil itself. John Spear, professor of civil
Christopher Higgins, professor of civil and environmental engineering at Colorado School of Mines, has been recognized for the top environmental restoration project of the year by the U.S. Department
The new research and educational collaboration between Colorado School of Mines, Colorado State University and University of Arizona launched in June 2020.
