This project will help create a model land use code as well as an easy-to-use online tool for solar site development. The Alamosa Levee System is a critical tool for flood risk management. This project will help reconstruct and repair critical infrastructure at the Alamosa Levee on the Rio Grande River, including floodwall construction, raising and resurfacing the levee, and erosion repair. This is a pilot of innovative microgrid technologies, conservation measures, and renewable energy installation. This project will integrate four critical public facilities through an electrical microgrid system that maximizes renewable energy and optimizes community resiliency. This project would provide the equipment and infrastructure to extend Colorado School of Mines’ unique research and development capabilities to further advance and mature ammonia-fueled, electrochemical technology and to train the next generation of students in the energy transition. This project will replace and repair the existing physical river diversion infrastructure of the Grand Valley Project at the Roller Dam and Canyon Facilities on the Colorado River, including headgates replacement, SCADA Improvements for technology upgrades, and Transition Zone Lining Repair. Grand Valley Roller Dam Headworks Replacement Project The goal of this study is to determine the future and potential uses for these natural geothermal resources. This project supports an engineering study focused on hydrology to better understand the water source and capacity to determine the mechanical behavior of the subsurface water flows. Geothermal Water Capacity & Resource Study This test is key to the potential development of a geothermal electric generation plant. This project will help drill a geothermal well to test groundwater temperature. This project will also help make the portfolio of city facilities more resilient in the face of emergencies and disasters.
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This project will help install 368 solar panels at a new public facility to help reduce energy demand and act as a model for other facilities and individuals in the community. Once complete, they will have sufficient capacity to provide heating and cooling to 100% of campus buildings through this geo-exchange system.
This project will help Colorado Mesa University expand a campus-wide geothermal exchange system. The geothermal system will decrease total energy use, reduce carbon emissions, and will deliver reliable, low-cost energy. This project will help build geothermal infrastructure to provide heating and cooling for 480 units of affordable housing at the Brown Ranch development in Routt County. Brown Ranch Geothermal Infrastructure Construction
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