UW to Receive Millions in Federal Funds for Carbon Capture Research
Published by Todd Bush on September 2, 2024
The University of Wyoming to Receive $5 Million from DOE for Carbon Capture and Storage Research
The University of Wyoming (UW) will receive almost $5 million from the U.S. Department of Energy (DOE) to continue studying carbon capture and storage—a developing industry that hopes to reduce carbon emissions from coal plants or possibly even remove harmful gases from the atmosphere.
A map of different basins in Wyoming. The Greater Green River Basin and Wind River Basin are seen as high potential for carbon storage.
Sarah Leung, DOE carbon storage program manager, said the project looks at what to do with carbon emissions that have been captured.
“How we can utilize depleted oil and gas reservoirs that can be now reutilized as a resource for carbon storage, to capture and safely store the emissions that are from existing CO2 sources,” said Leung.
She added that parts of Wyoming have the right kind of geology to do so.
“There are two really prolific basins in Wyoming, one is the Greater Green River Basin, and the other is the Wind River Basin,” said Leung.
Leung said the funding will help develop a database on the two basins.
“A central, user-friendly data repository that provides stakeholders with essential technical and non-technical information designed to accelerate and enable carbon storage projects,” she said.
Wyoming, North Dakota, and Louisiana have been given regulatory authority by the feds to oversee the carbon storage industry. Stakeholders say this will help the industry develop quicker.
While the technology is being used commercially on a small scale, some say it’s expensive and still largely unproven.
Subscribe to the newsletter
Daily decarbonization data and news delivered to your inbox
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.
Latest issues
-
How a Dirty Problem Became a Carbon Goldmine
Inside This Issue 🌱 Bio-Oil Breakthrough: Cleaning Up Abandoned Wells While Cutting CO₂ ⛏️ MAX Power Begins Historic Drilling of Canada’s First-Ever Natural Hydrogen Well ⚡ California Pauses Hydro...
-
G20's Carbon Removal Gap Opens $1 Trillion Door
Inside This Issue 💰 G20's Carbon Removal Gap Opens $1 Trillion Door ✈️ Gold Standard Labels First Credits As Eligible For CORSIA Compliance 🌲 Chestnut Carbon Has Sold High-Integrity IFM Carbon Rem...
-
How Direct Air Capture Could Drop 75% in Cost
Inside This Issue 💨 How Direct Air Capture Could Drop 75% in Cost ⚡ Cache Power Advances 30 GWh Compressed Air Energy Storage Project In Alberta 🪨 Canada Nickel And The University Of Texas At Aust...
Company Announcements
-
MAX Power Begins Historic Drilling of Canada’s First-Ever Natural Hydrogen Well
The Lawson Target Exhibits All Five Key Elements for a Potential Natural Hydrogen Accumulation Including Source Rocks, Migration Pathways, Reservoirs, Seals and Traps, Along With a Defined Four-Way...
-
Next Hydrogen Announces $20 to $30M Equity Private Placement Led by Smoothwater Capital Corporation
MISSISSAUGA, Ontario, Nov. 07, 2025 (GLOBE NEWSWIRE) -- Next Hydrogen Solutions Inc. (the “Company” or “Next Hydrogen”) (TSXV:NXH, OTC:NXHSF), a Canadian designer and manufacturer of hydrogen elect...
-
Cell Impact And Thyssenkrupp Automation Engineering Enter Cooperation Agreement
Cell Impact and thyssenkrupp Automation Engineering have entered a Strategic Cooperation Agreement for Joint Market Success in the Field of Hydrogen. The agreement includes a shared ambition to ca...
-
Innovative and proprietary solution aims to set a new standard for high-efficiency performance while delivering superior economics and flexibility to operate on natural gas and renewable natural ga...