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In this paper, we are aiming to comprehensively study the effects of formation brine salinity and reservoir temperature on convection mechanism and on CO2 storage in saline aquifers.
Brine salinity is tested up to 4 molality.
These organisms can tolerate high brine salinity and low temperature but do best when conditions are milder.
Sensitivity analysis is performed to appraise optimal system performance for distinct brine salinity conditions.
The results show that the PSAP's dehydration increased as the brine salinity decreased.
In sensitivity analyses, cases with different initial reservoir temperature, pressure, saturation and brine salinity are considered.
Therefore, the outflow brine salinity should be near to salt saturation conditions to achieve zero liquid discharge (ZLD).
Using a cationic acrylamide copolymer, the third field test was performed in a low-temperature, high-brine-salinity gas storage well with BHT of 30°C and brine salinity of 218 g/l.
Some types of reactive plagioclase, especially albite, may also influence the pH as the brine salinity is changed.
The effects of polymer viscosity, brine salinity and re-circulation of polymer effluent on degradation were investigated.
The phase behavior and viscosity of a triblock copolymer (P123) are studied as a function of brine salinity and temperature.
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