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.
“While there has been an emphasis on identifying and cleaning up drinking water impacted by PFASs, much less attention has been given to assessing risks from consuming produce irrigated with PFAS-contaminated water,” Mines PhD candidate Juliane Brown said.
The team of environmental engineering students took first place in the 2020 WEF Student Design Competition for a design to help Colorado Springs Utilities achieve compliance with new state regulations on effluent.
PhD student Kyle Blount and HASS assistant professor Adrianne Kroepsch focused on collaborative problem-solving to protect water resources in the aftermath of wildfires upstream of Fort Collins, Colorado.
Loss of groundwater may accelerate drying trends in the eastern U.S., according to new research that applied supercomputing to create the first in-depth model of how groundwater will respond to warming.
Poly- and perfluoroalkyl substances — or PFAS — are a growing problem around the globe. Chris Higgins, professor of civil and environmental engineering explains how Mines is pioneering research in the fight against forever chemicals.