North American Membrane Society
KAUST Advanced Membranes and Porous Materials Center
Dr. Donald R. Paul's Research Group (University of Texas at Austin)
Dr. Douglas Lloyd's Research Group (University of Texas at Austin)
Separations Research Program (University of Texas at Austin)
Maria Coleman's Reseach Group (University of Toledo)
Benny Freeman's Research Group (University of Texas at Austin)
Membrane Technology Group at the University of Twente (Netherlands)
UNESCO Centre for Membrane Science Technology (Australia)
Membrane Research at the University of Essen (Germany)
Center for Membrane Technology (Sweden)

Journal of Polymer Science Part A: Polymer Chemistry
Journal of Polymer Science Part B: Polymer Physics
Chemical and Engineering Technology
Chemical and Engineering News
Industrial and Engineering Chemistry Research
Journal of the American Chemical Society
Macromolecules
Journal of Physical Chemistry A
Journal of Physical Chemistry B

The Membrane Simulator Version 2.0 is a Microsoft Excel?spreadsheet that uses the basic modeling equations presented in 1998 in the AICHE Journal 4(6) 1289-1302 by D.T. Coker et al. The purpose of the program is to simulate a gas separation involving a membrane module. There are two programs one for countercurrent flow and another for crossflow. The program was initially created for use by the sponsors of the Separations Research Program (SRP) at The University of Texas at Austin and has been continually developed by Dr. Koros' Group, now at Georgia Institute of Technology.

• User's Guide
• Countercurrent Flow
• Crossflow

This Microsoft Excel?spreadsheet was developed in Dr. Koros' research group in 2004 at Georgia Institute of Technology. The program simulates the bore pressure change of an asymmetric hollow fiber membrane in an acetic acid and water pervaporation process associated with high water flux for shell feed. The simulation results enable users to obtain the inherent membrane selectivity and permeance after the user inputs the required system parameters. This model helps users to understand the bore pressure change effects on the fiber performance.

• User's Guide
• Bore Pressure Change