August 1, 1987Industrial & Engineering Chemistry Research
Equilibrium adsorption of multicomponent gas mixtures at elevated pressures
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Implication
Thermodynamic study demonstrates multicomponent gas adsorption equilibria at elevated pressures, highlighting improved predictive frameworks for high-pressure gas separation systems.
Key Points
- Investigate the equilibrium adsorption behavior and selectivity of multicomponent gas mixtures operating under elevated pressure conditions.
- Assessed multicomponent gas mixture adsorption equilibria across a range of elevated pressures.
- Compared experimental high-pressure mixture isotherms against thermodynamic adsorption model predictions.
- Demonstrated that elevated pressures significantly alter competitive adsorption selectivity among mixed gas species.
- Identified critical deviations between standard low-pressure adsorption models and actual high-pressure multicomponent equilibrium data.
Cite This Study
Ritter et al. (1987) studied this question.