Wyoming ITC To Host Large-Scale Carbon Capture Test Project
GILLETTE, Wyo. – Wyoming’s Integrated Test Center will host one of two projects selected by the U.S. Department of Energy (DOE) for Phase III funding of a large-scale pilot carbon capture project.
DOE announced today it has awarded $99 million to two projects for Phase III of their Demonstration of Large-Scale Pilot Carbon Capture Technologies funding opportunity. Membrane Technology and Research (MTR) was awarded $51,699,939 from DOE, and with additional non-federal funding, this project will bring over $64 million in research dollars into Wyoming.
“I am delighted that Membrane Technology and Research (MTR) has been selected to move forward in this process, and that Wyoming has been chosen to host this important demonstration of cutting edge carbon capture technology,” Governor Mark Gordon said. “This is exactly the type of research that was envisioned when the ITC was developed and Wyoming will continue to support these efforts."
"Membrane technology is a most promising version of carbon capture, and now it can move forward to the pilot project phase," the Governor added. "This is also an example of technology that, if commercially successful, can be exported for carbon capture projects at home or abroad. The more carbon capture technologies that are available, the more likely it is that Wyoming coal will be an important part of our future electricity supply."
The Integrated Test Center and MTR have been working together since 2018 when MTR selected the ITC as its testing location as part of the Phase II tasks related to this funding opportunity.
“We could not be more thrilled for MTR and we are excited to welcome them onsite as they start working on this next phase of testing,” said Jason Begger, Managing Director of the ITC. “At this scale, we will be able to demonstrate carbon capture technology at a sufficient level to demonstrate to utilities the next step can be a commercial version.”
MTR will be operating in the large test bay at the ITC and utilizing approximately 10MWe of flue gas from Dry Fork Station.