.... Results of the study showed that the four aquifers namely, L20, N30, M40, and P50, are laterally extensive across the five wells and have thicknesses ranging from 14 to 352 m. The individual CO2 storage capacity of L20, M30, N40, and P50 aquifers was estimated to be 6.97x10 10 tons, 1.48x10 10 tons...

... The Southeast Offshore Storage Resource Assessment (SOSRA) research project funded by the U.S. Department of Energy (DOE) is focused on assessing the Atlantic offshore resources for CO 2 storage. Although the storage capacity of offshore reservoirs is expected to be substantial, and despite...

... properties. One of the main goals of the poroelastic measurement is to improve the estimation of the storage capacity from purely hydraulic pore pressure oscillating method. We show that the storage capacity values from the oscillating pore pressure method alone are overestimated by the order of magnitude...

...Pore pressure pulsing effects on reservoir transport properties Azar Hasanov* and Michael Batzle, Colorado School of Mines SUMMARY An oscillatory pore pressure method for simultaneous mea- surements of rock transport properties, such as intrinsic per- meability and specific storage capacity...

... bedding storage capacity compressive storage pressure system anisotropy ratio seg seg denver 2010 reservoir characterization shale fluid dynamics upstream oil & gas pore axial permeability flow in porous media perpendicular permeability international journal effective...

.... Introduction Brine aquifers provide the largest potential storage capacity for geologic sequestration of CO2 (IPCC, 2005), but few experiments have targeted CO2 injection in brine. The Frio- II brine pilot injected about 300 tons of CO2 into the ~1650 m deep Blue sand (porosity ~30%, permeability > 2 Darcies...