In this study, modeling of hydrogen, nitrogen, carbon monoxide, methane and carbon dioxide sorption on UTSA-16 framework extrudates in the pressure swing adsorption process was carried out. The pure gas adsorption of these gases at the pressure range (0 to 80) bars at (298, 313, and 338) K have also been measured in a fixed bed. Langmuir, Toth, Sips, UNILAN, Virial and Dubinin-Astakhov adsorpti...

Pressure swing adsorption (PSA) is an energy-efficient technology for gas separation, while the multiobjective optimization of PSA a challenging task. To tackle this, we propose hybrid framework (TSEMO + DyOS), which integrates two steps. In first step, Bayesian stochastic algorithm (i.e., TSEMO) searches entire decision space and identifies approximated Pareto front within small number simulat...

The effect of the duration adsorption step and purge flowrate on performance a demand-driven pressure swing unit (PSA) was investigated. These two operating parameters were varied examined by simultaneously varying requested total productivities (demand) using model for biogas upgrading. considered PSA application uses FAU zeolite (13X) to separate CH4 CO2. is tracked three key indicators (KPIs...