628 PSA/TSA


Description:
This session will concentrate on adsorptive separation processes. While preference will be given toward pressure (and/or vacuum) swing and temperature swing adsorption, other adsorption based separation processes such as concentration swing, electrical swing may also be presented. Experimental and/or numerical simulation results will be discussed. The processes may be for trace impurity removal, bulk separation and/or producing multiple products from the same stream. Hybrid processes, such as adsorption-distillation, adsorption-membrane may also be presented. Special encouragement will be given to hybrid systems where adsorption swing processes are used to drive equilibrium such as sorptive-distillation or sorptive-reaction. Industrial participation is encouraged.

Sponsor:
Adsorption and Ion Exchange


Chair:
Armin D. Ebner
University of South Carolina
Department of Chemical Engineering
301 Main St.
Columbia, SC
29208
Email: EBNERA@engr.sc.edu

Co-Chair:
Fateme Rezaei
Missouri University of Science and Technology
Department of Chemical and Biochemical Engineering
Rolla, MO
65409
Email: rezaeif@mst.edu


Papers:
Regeneration of Ammonia-Loaded Metal Halide Absorbents
Mahdi Malmali, University of Minnesota; Collin Smith, University of Minnesota; Alon McCormick, University of Minnesota; Edward L. Cussler, University of Minnesota
Development of a TSA Process for Metabolic CO2 Removal from Spacecraft Cabins Using a Structured 13X Adsorbent
James A. Ritter, University of South Carolina; Armin D. Ebner, University of South Carolina; James C. Knox, Marshall Space Flight Center
PSA Based CO2 Capture Above the Dew Point of Synthesis Gas for IGCC Power Plants
Ambalavanan Jayaraman, TDA Research Inc.; Gokhan Alptekin, TDA Research Inc.; Michael Bonnema, TDA Research Inc.; Chakravarthy Sishtla, Gas Technology Institute
On the Development of a PSA Process for Natural Gas Purification
James A. Ritter, University of South Carolina; Armin D. Ebner, University of South Carolina; Lutfi Erden, University of South Carolina; Jason Ho, Apache Corp.
Limits of Rapid Pressure Swing Adsorption Processes: Does a Minimum Bed Size Factor Exist?
Aaron Moran, Cleveland State University; Orhan Talu, Cleveland State University
Thermal Modulation in High-Capacity Pressure-Swing Adsorption Via Incorporation of Microencapsulated Phase-Change Material
Stephen J.A. DeWitt, Georgia Institute of Technology; Héctor Octavio Rubiera Landa, Georgia Institute of Technology; Eli Carter, Georgia Institute of Technology; Jongwoo Park, Georgia Institute of Technology; Krista S. Walton, Georgia Institute of Technology; David S. Sholl, Georgia Institute of Technology; Yoshiaki Kawajiri, Georgia Institute of Technology; Matthew J. Realff, Georgia Institute of Technology; Ryan P. Lively, Georgia Institute of Technology
The Exact Equivalence between Diffusion and LDF Models
Stefano Brandani, School of Engineering, University of Edinburgh
Abstract Submissions Closed
See more of this Group/Topical: Separations Division