Case B: UT-CSEE result 2
These results were submitted by UT-CSEE. For more information about UT-CSEE and how the simulations were performed, see the UT-CSEE group page.
Overview animation
The animation below shows the migration of CO₂ in the domain over time, plotted as the mass fraction of CO₂ in the liquid phase. The animation starts at the initial state and ends at the end of the migration period. We also plot the amount of dissolved CO₂ in the liquid phase in the two reporting boxes A and B, as well as the mobile CO₂ in the gas phase. Note that the playback speed is slower during injection than during migration.
CO₂ mass fraction in liquid
The mass fraction of CO₂ in the liquid phase is shown below.
30 years: 5 years after start of second injector
50 years: End of injection
100 years
End of migration
Gas saturation
The free gas volume fraction in the porous medium.
30 years:
End of injection
100 years:
End of migration
Water density
The water density depends on the pressure, temperature and the amount of CO₂ that has been dissolved in the water phase
30 years:
End of injection
100 years:
End of migration
Thermodynamic state variables
Total mass of CO₂
The total mass of CO₂ in kilograms per cell is shown below. This is the absolute mass of CO₂ and indicates where the CO₂ is located in the domain.
30 years
50 years: End of injection
100 years
1000 years: End of migration
Pressure
The reported pressure in Pascal is shown below. This is the pressure of the water phase.
30 years
50 years: End of injection
100 years
1000 years: End of migration
Temperature
The reported temperature in degrees Celsius is shown below.
30 years:
50 years: End of injection
100 years:
1000 years: End of migration
H₂O mass fraction in vapor
A small amount of H₂O can vaporize into the gas phase. The mass fraction of H₂O in the gas phase is shown below.
30 years:
End of injection
100 years:
End of migration
Gas density
The gas density depends only on pressure and temperature in this model.
30 years:
End of injection
100 years:
End of migration
