TY - BOOK
T1 - Developing Co2 Source And Storage Opportunities Across The Illinois Basin Subtask 5.3
T2 - Regional Roadmap For Source Network And Storage Deployment Topical Report
AU - Blakley, Curt
AU - Carman, Carl
AU - Monson, Charles
AU - Freiburg, Jared
AU - Korose, Christopher
PY - 2019
Y1 - 2019
N2 - Large-scale anthropogenic CO2 sources (\textgreater100,000 tonnes/year) were catalogued for the CarbonSAFE Illinois East Sub-Basin carbon capture and storage pre-feasibility study. The source portfolio is diverse, consisting of fossil-base power production, ethanol production operations, chemical development, and refinery facilities, most of which are relatively new or modernized (i.e. post year 2000). Ten facilities were considered for potential commercial-scale geological storage in a regional CO2 source and storage network study. The study area has a number of potential geologic sequestration targets, including three significant deep saline reservoirs with corresponding seals, and potential enhanced oil recovery (EOR) opportunities. Recent research has focused on a high-porosity, highly arkosic zone within the Lower Mt. Simon Sandstone. Based on this work, we present a conceptual CO2 source and storage network, which focuses on the arkosic zone in the Lower Mt. Simon as a prospective storage resource play in the Illinois East Sub-Basin region.
AB - Large-scale anthropogenic CO2 sources (\textgreater100,000 tonnes/year) were catalogued for the CarbonSAFE Illinois East Sub-Basin carbon capture and storage pre-feasibility study. The source portfolio is diverse, consisting of fossil-base power production, ethanol production operations, chemical development, and refinery facilities, most of which are relatively new or modernized (i.e. post year 2000). Ten facilities were considered for potential commercial-scale geological storage in a regional CO2 source and storage network study. The study area has a number of potential geologic sequestration targets, including three significant deep saline reservoirs with corresponding seals, and potential enhanced oil recovery (EOR) opportunities. Recent research has focused on a high-porosity, highly arkosic zone within the Lower Mt. Simon Sandstone. Based on this work, we present a conceptual CO2 source and storage network, which focuses on the arkosic zone in the Lower Mt. Simon as a prospective storage resource play in the Illinois East Sub-Basin region.
KW - ISGS
UR - https://www.osti.gov/biblio/1523190-developing-co2-source-storage-opportunities-across-illinois-basin-subtask-regional-roadmap-source-network-storage-deployment-topical-report
M3 - Technical report
BT - Developing Co2 Source And Storage Opportunities Across The Illinois Basin Subtask 5.3
PB - University of Illinois
ER -