Session: Modeling Transport in Membrane Processes (2010 Annual Meeting)

Description:

Papers are sought in all areas of membrane transport from molecular transport in membrane materials to mass transfer in membrane modules. Work related to applications in fuel processing, energy production, and bioseparations is of particular interest.

Sponsor:

Membrane-Based Separations

Chair:

Ruth E. Baltus
Department Chair
Clarkson University
Chemical and Biomolecular Engineering
Potsdam, NY 13699
Phone Number: 315-268-2368
Email: baltus@clarkson.edu

Co-Chair:

Jennifer Wilcox
Professor
Stanford University
Department of Energy Resources Engineering
367 Panama St.
Stanford, CA 94305-2220
Phone Number: 650-724-9449
Email: wilcoxj@stanford.edu

Papers:

Welcoming Remarks

652a

Theoretical Comparison of Direction Contact Membrane Distillation (DCMD) and Liquid Gap Membrane Distillation (LGMD)
Zidu Ma, United Technologies Research Center; Xiaohong Liao, United Technologies Research Center; James Irish, United Technologies Research Center

652b

Network Model for the Evolution of the Pore Structure of Silicon-Carbide Membranes During Their Fabrication
Ryan Mourhatch, University of Southern California; Theodore T. Tsotsis, University of Southern California (USC); Muhammad Sahimi, University of Southern California

652d

Modeling of CO2-Selective Membrane Processes for Hydrogen Purification
Kartik Ramasubramanian, The Ohio State University; W. S. Winston Ho, The Ohio State University

652e

Coupling Between Lumen, Shell, and Membrane Mass Transfer Resistances
Pingjiao Hao, University of Toledo; G. Glenn Lipscomb, University of Toledo

652f

Equilibrium Properties of Aqueous Electrolytes within Narrow Slit-Shaped Silica Pores: Molecular Dynamics Simulation Results to Design Separation Strategies
Dimitrios Argyris, The University of Oklahoma; Naga Rajesh Tummala, The University of Oklahoma; Tuan A. Ho, The University of Oklahoma; Alberto Striolo, The University of Oklahoma; David R. Cole, Oak Ridge National Laboratory

652g

Atomic Hydrogen, Oxygen, and Nitogen Solubility Predictions in Group V Metals
Jennifer Wilcox, Stanford University; Ekin Ozdogan, Stanford University; Panithita Rochana, Stanford University

See more of this Group/Topical: Separations Division

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