Description | Units | Min | Most Likely | Max | Source | Confidence (L,M,H) |
---|---|---|---|---|---|---|
Pore Volume | [106m3] | |||||
Does Unit extend above 800 mTVDSS? | ||||||
% PV occupied by stored CO2 ('open' Units) | % | |||||
Shallowest Depth (at which there is closure) | [m TVDSS] | |||||
Depth to centroid of Storage Unit | [m TVDSS] | |||||
Formation Temp at Shallowest Depth | [Deg C] | |||||
Pressures | ||||||
Expected Pore Pressure at Shallowest Depth and Start of CO2 Injection | [MPa] | |||||
Lithostatic Pressure at Shallowest Depth | [MPa] | |||||
Fracture Pressure (of Primary Seal) at Shallowest Depth | [MPa] | |||||
Stress field data available | ||||||
Pressures | ||||||
Rock Compressibility | ||||||
Formation Water Salinity | [ppm] | |||||
Volumetric Sweep Efficiency | ||||||
Formation Water Compressibility (Cw) | ||||||
Aquifer Seal Capacity | ||||||
Rock Compressibility (Computed) | ||||||
CO2 Density at centroid depth and final storage conditions | ||||||
CO2 Viscosity at centroid depth | [cP] | |||||
Normal Hydrostatic Pressure at Shallowest Depth | ||||||
CO2 Column Height | ||||||
Static Capacity Estimate | ||||||
Pressure capacity ('closed' units) | ||||||
PV x storage factor | ||||||
Buoyant Trapping Capacity |