Wyoming Carbonsafe: Accelerating CCUS Commercialization and Deployment at Dry Fork Power Station and the Wyoming Integrated Test Center |
Project Information
Prime Performer: | University of Wyoming | Location: | Laramie, WY | |
---|---|---|---|---|
Project Duration: | 10/01/2020 - 09/30/2025 | Agreement Number: | FE0031891 | |
Technology Area: | Storage Infrastructure | Total Award Value: | $21,735,879 | |
Key Technology: | CarbonSAFE | DOE Share: | $17,190,829 | |
Performer Share: | $4,545,050 |
Project Description
This CarbonSAFE Phase III effort aims to build upon the progress of previous phases and advance towards the full commercial deployment of carbon capture, utilization, and storage (CCUS) in Wyoming’s Powder River Basin (PRB). Previous Wyoming CarbonSAFE project phases have demonstrated the feasibility of injecting commercial volumes of carbon dioxide (CO2) at the proposed storage complex on the property of Basin Electric Power Cooperative’s (BEPC) Dry Fork Station (DFS). DFS is coal-based electric generation power plant that has been proposed as the project’s CO2 source. Collocated at DFS is the Wyoming Integrated Test Center, a research facility dedicated to CCUS advancement.
The intent of this project phase is to finalize surface and subsurface site characterization and certify the safety and security of eventual commercial CCUS operations at DFS. Applications for underground injection control (UIC) Class VI permits to construct will be submitted and project personnel will work with regulatory authorities until the appropriate permitting is acquired. The team will prepare an Environmental Information Volume (EIV) to inform the project’s final National Environmental Policy Act (NEPA) class of action; this will result in a final NEPA document containing either a Record of Decision or Finding of No Significant Impact. This project will incorporate Membrane Technology and Research’s (MTR) DFS CO2 front end engineering and design (FEED) and CO2 capture analysis into the project’s commercialization assessments. This analysis will detail the operational performance of a commercial-scale CO2 capture plant at DFS.
Project Benefits
The main purpose of this project is to accelerate wide-scale deployment of CCUS by assessing and verifying safe and cost-effective commercial-scale storage sites for anthropogenic CO2 emissions, and assessing the technical and economic viability of carbon capture and/or purification technologies for sources that will supply CO2 to storage sites.
Presentations, Papers, and Publications
Contact Information
|