Utah Achieves First EPA-Approved Carbon Monitoring Plan
September 14, 2025Supported and driven by University of Utah Civil & Environmental Engineering faculty through their work with EGI.
The University of Utah’s Energy & Geoscience Institute (EGI), in collaboration with CoolSky Energy Solutions LLC, has secured approval for Utah’s first-ever Monitoring, Reporting, and Verification (MRV) plan from the U.S. Environmental Protection Agency (EPA). Applying to the Lisbon Valley Gas Processing Plant near Moab, UT, the plan marks a milestone in the state’s efforts to advance responsible carbon management.
The approval paves the way for rigorous tracking of carbon dioxide storage while enabling federal support.
This success is the result of a close-knit collaboration where Civil & Environmental Engineering (CvEEN) faculty played a central role through their joint appointments at EGI. Key contributors include:
- Kevin McCormack – Project Manager (EGI)
- Nathan Moodie (CvEEN & EGI)
- Ting Xiao (CvEEN & EGI)
- Eric Edelman (CvEEN & EGI)
- Brian McPherson (CvEEN & EGI)
Together with the broader Carbon Science Initiative team, they developed the plan that earned EPA approval and set a precedent for Utah’s carbon oversight framework.
At its heart, the MRV plan ensures two things:
- Transparent and verifiable monitoring of carbon dioxide storage, and
- Protection of Utah’s sensitive natural and cultural landscapes.
By providing a clear monitoring framework for Class II wells, the project helps reduce pollution, safeguard the environment, and position Utah as a leader in responsible carbon management.
For a deeper look at the technical and regulatory aspects, readers are encouraged to explore EGI’s official release.
About CvEEN & EGI
The Department of Civil & Environmental Engineering (CvEEN) at the University of Utah is a hub for research and education in sustainable infrastructure, environmental stewardship, and energy systems. Many CvEEN faculty also hold joint appointments with the Energy & Geoscience Institute (EGI), where interdisciplinary teams develop innovative solutions for energy and climate challenges.
by Joe LaFata