This preliminary program is subject to change.

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:
Roger D. Whitley
Research Associate - Adsorption Technology
Air Products and Chemicals, Inc.
7201 Hamilton Blvd.
Allentown, PA 18195-1501
Fax Number: 610-481-7923
Email: whitlerd@airproducts.com


Papers:
49a
Mathematical Modeling of Rtsa Using Polymeric/Supported Amine Hollow Fibers-Single Fiber Model
Fateme Rezaei, Georgia Institude of Technology; Ryan P. Lively, Georgia Institute of Technology; David S. Sholl, Georgia Institute of Technology; Christopher W. Jones, Georgia Institute of Technology; William Koros, Georgia Institute of Technology; Yoshiaki Kawajiri, Georgia Institute of Technology; Matthew Realff, Georgia Institute of Technology
49b
Improved Pressure Swing Adsorption Cycles for Ethanol PSA-Distillation Systems
Fan Wu, University of South Carolina; Armin D. Ebner, University of South Carolina; James A. Ritter, University of South Carolina
49c
Hot-Gas Pressure Swing Adsorption for Isopropanol Dehydration
Yujun Liu, The Dow Chemical Company; Shawn D. Feist, The Dow Chemical Company; Christopher M Jones, The Dow Chemical Company; Nathan P Francis, The Dow Chemical Company; Walter R Cooney Jr., The Dow Chemical Company; Daniel R Armstrong, The Dow Chemical Company
49d
Novel TSA Process for Enhanced Hydrocarbon Recovery From Produced Water
Anand Venkatesan, Purdue University; Phillip C. Wankat, Purdue University
49e
Pressure Vacuum Swing Adsorption Cycles for Landfill Methane Purification
Lutfi Erden, University of South Carolina; Armin D. Ebner, University of South Carolina; James A. Ritter, University of South Carolina
49g
A Pilot Plant Study of a VSA Process for CO2 Capture From Power Plant Flue Gas
Vemula Rama Rao, National University of Singapore; Shreenath Krishnamurthy, National University of Singapore; Sathish Kumar Guntuka, A*Star. Institute of Chemical and Engineering Sciences; Arvind Rajendran, Nanyang Technological University; Mohammad Aman Ullah, Nanyang Technological University; Paul Sharratt, A*Star. Institute of Chemical and Engineering Sciences; Iftekar A. Karimi, National University of Singapore; S. Farooq, National University of Singapore
49h
High Efficiency Oxygen Separation From Air Using Perovskite-Type Oxygen Sorbents with High Temperature PSA
Jun Izumi, ADSOTECH, Ltd.; Norio Miura, Kyushu University; Tomoya Fujimine, Tokyo Gas Co.
See more of this Group/Topical: Separations Division