272 Charged Polymers for Membrane-Based Water and Energy Applications


Description:
Experimental, modeling, and/or theoretical papers focused on charged or ion-containing polymer membranes/membrane materials for water purification (e.g., membrane separations) and/or energy generation/storage applications (e.g., salinity gradient energy, battery, and/or fuel cell membranes) are desired. Topics of interest include, but are not limited to, water and/or ion transport characterization and modeling, water-polymer interactions, ion-polymer interactions, the influence of polymer structure and morphology on transport properties, and the effects of polymer processing and/or membrane formation conditions on material and membrane properties.

Sponsor:
Membrane-Based Separations
Co-Sponsor(s):
Polymers (08A)


Chair:
Geoffrey M. Geise
Assistant Professor
University of Virginia
Department of Chemical Engineering
102 Engineers' Way
Charlottesville, VA
22904
Fax Number: 434-982-2658
Email: geise@virginia.edu

Co-chairs:
William Phillip
University of Notre Dame
Chemical and Biomolecular Engineering
Notre Dame, IN
46556
Email: wphillip@nd.edu

Ayse Asatekin
Tufts University
Department of Chemical Engineering
77 Massachusetts Avenue

MA
02139
Email: Ayse.Asatekin@tufts.edu


Papers:
272a
Recent Advancements in Reactive Electrochemical Membrane Development for Water Treatment
Brian Chaplin, University of Illinois at Chicago; Yin Jing, University of Illinois at Chicago; Pralay Gayen, University of Illinois at Chicago; Sasmita Nayak, University of Illinois at Chicago
272b
Rationale Design of Ion-Exchange Membranes for Low Energy Brackish Water Desalination Via Membrane Capacitive Deionization
Christopher G. Arges, Louisiana State University; Varada Menon Palakkal, Louisiana State University
272c
Inkjet Printing of Charge Mosaic Membranes As a Method for Tailored Aqueous Separation
Mark J. Summe, University of Notre Dame; William Phillip, University of Notre Dame
272d
Ion Specific Effects in Charged Polymer Membranes for Water Purification
Geoffrey M. Geise, University of Virginia
272h
Polymeric Ion Pumps: Using an Oscillating Stimulus to Drive Solute Transport in Reactive Membranes
Sherwood Benavides, University of Notre Dame; Siyi Qu, University of Notre Dame; Feng Gao, University of Notre Dame; William Phillip, University of Notre Dame
272f
Thermodynamic Modeling of Ion Exchange Membranes with Enrtl Model
Yue Yu, Texas Tech University; Ni Yan, The University of Texas at Austin; Michele Galizia, The University of Texas at Austin; Benny D. Freeman, The University of Texas at Austin; Chau-Chyun Chen, Texas Tech University
272g
Ion Partitioning Between Brines and Ion Exchange Polymers
Michele Galizia, University of Oklahoma; Donald R. Paul, The University of Texas at Austin; Benny D. Freeman, The University of Texas at Austin
Abstract Submissions Closed
See more of this Group/Topical: Separations Division
<< Previous Session | Next Session >>