Abstract
Theoretical and preliminary laboratory-based CO2/brine relative permeability curves were generated for a set of samples representing potential CO2 storage reservoirs within the Williston Basin. Permeability, petrographic, and petrophysical properties were also determined for each sample tested. Clastic and carbonate rock types were tested in an effort to provide previously unavailable data on potential CO2 storage reservoirs. The sample set tested is considered representative of potential injection targets for rock types found throughout the world and may provide useful analogs for underexplored regions where geologic storage of CO2 is being considered.
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