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Program - ICOM 2008

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8:15AM<br />

8:50 –<br />

9:15AM<br />

NAMS Alan S.<br />

Michaels Award<br />

(Kaua’i)<br />

Chair: Greg Fleming, Air Liquide,<br />

USA<br />

Co-Chair: Rich Ubersax, Air<br />

Liquide, USA<br />

Some Reflections and Projections<br />

Based on Thirty Five Years in<br />

Membranes<br />

Koros, Georgia institute of Technology,<br />

Atlanta, Georgia, USA<br />

A Versatile Membrane System for Bulk<br />

Storage and Shipping of Produce in a<br />

Modified Atmosphere<br />

Paul, Kirkland, University of Texas at<br />

Austin, Austin, Texas, USA<br />

Clarke, Landec Corporation, Menlo Park,<br />

California, USA<br />

Nanofiltration and Reverse<br />

Osmosis II – Imaging and<br />

Characterization<br />

(Maui)<br />

Chair: Ho Bum Park, University of Ulsan, Korea<br />

Co-Chair: Andrew Livingston, Imperial College,<br />

United Kingdom<br />

8:15AM On the Correlation Between MWCO<br />

Values for Nanofiltration Membranes<br />

and Quantitative Porosity Analysis<br />

Using Variable Energy Positron<br />

Beams<br />

De Baerdemaeker, Ghent University,<br />

Gent, Belgium<br />

Boussu, Bruggen, KU Leuven, Leuven,<br />

Belgium<br />

Weber, Lynn, Washington State<br />

University, Pullman Washington, USA<br />

Tuesday, July 15 – Morning Sessions<br />

Nanostructured<br />

Membranes II<br />

(Moloka’i)<br />

Chair: Bruce Hinds, University of<br />

Kentucky, USA<br />

Co-Chair: Anita Hill, CSIRO,<br />

Australia<br />

Nanofiltration of Electrolyte Solutions<br />

by Sub-2nm Carbon Nanotube<br />

Membranes<br />

Fornasiero, Park, Holt, Stadermann,<br />

Noy, Bakajin, Lawrence Livermore<br />

National Laboratory, Livermmore,<br />

California, USA<br />

Kim, University of California at Davis,<br />

Davis, California, USA<br />

In, Grigoropoulos, University of California<br />

at Berkeley, Berkeley, California, USA<br />

9:00AM Coffee Break (Ballroom Foyer)<br />

9:30AM<br />

9:55AM<br />

10:20AM<br />

10:45AM<br />

Enhancing Natural Gas Purification<br />

with Advanced Polymer/Molecular<br />

Sieve Composites<br />

Miller, Vu, Chevron Energy Technology<br />

Company, Richmond, California, USA<br />

High Performance Ultrafiltration: What<br />

Can We Learn from the Gas<br />

Separations Experts?<br />

Zydney, The Pennsylvania State<br />

University, University Park,<br />

Pennsylvania, USA<br />

Membranes and Reactors and<br />

Integration, Oh My!<br />

Rezac, Kansas State University,<br />

Manhattan, Kansas, USA<br />

Membranes for Energy Efficiency and<br />

Sustainability<br />

Murphy, Air Products, St. Louis, Missouri,<br />

USA<br />

11:10AM On the Time Scales of Sorption<br />

Induced Plasticization<br />

Wessling, University of Twente, The<br />

Netherlands<br />

11:35AM Recent Developments in Membranes<br />

for Gas Separation Applications<br />

Pinnau, Membrane Technology and<br />

Research, Inc., Menlo Park, California,<br />

USA<br />

12:00PM Various Poly(dimethylsiloxane)<br />

Membranes for Removal of Volatile<br />

Organic Compounds from Water<br />

Uragami, Ohshima, Miyata, Kansai<br />

University, Suita, Osaka, Japan<br />

9:30AM<br />

10:00AM<br />

10:30AM<br />

11:00AM<br />

11:30AM<br />

Positron Annihilation Spectroscopy<br />

(PAS): A New Powerful Technique to<br />

Study Membrane Structure<br />

Cano-Odena, Vandezande, Hendrix,<br />

Zaman, Vankelecom, Katholieke<br />

Universiteit Leuven, Leuven, Belgium<br />

Mostafa, Baerdemaeker, NUMAT<br />

(Nuclear Methods in Materials Science),<br />

Gent, Belgium<br />

Characterization of Biofouling<br />

Development of Spiral Wound<br />

Membrane Systems: The First NMR<br />

Study<br />

Vrouwenvelder, Loosdrecht, Wetsus,<br />

Delft University of Technology, The<br />

Netherlands<br />

Schulenburg, Johns, University of<br />

Cambridge, Cambridge, United Kingdom<br />

Kruithof, Wetsus, The Netherlands<br />

Probing Polyamide RO Membrane<br />

Surface Charge, Energy, and Potential<br />

With Advanced Contact Angle<br />

Titrations<br />

Hurwitz, Hoek, University of California,<br />

Los Angeles, Los Angeles, California,<br />

USA<br />

Removal of Emerging Organic<br />

Contaminants by High-Pressure<br />

Membranes: Mechanisms, Monitoring,<br />

and Modeling<br />

Drewes, Sonnenberg, Colorado School<br />

of Mines, Golden, Colorado, USA<br />

Bellona, Carollo Engineers, Broomfield,<br />

Colorado, USA<br />

Evidence of Change in the Top<br />

Surface Layer Structure of<br />

Nanofiltration Membranes due to<br />

Operating Temperature Variation<br />

Andre, Université Montpellier, France,<br />

Nihel, Saidani, Ecole Nationale des<br />

Ingénieurs de Tunis, France<br />

John, Université Paul Sabatier, France<br />

12:00PM Characterization of the Polyamide<br />

Active Layer in NF/RO Membranes<br />

Using Gold Nanoparticles<br />

Pacheco, Reinhard, Leckie, Stanford<br />

University, Stanford, California, USA<br />

Aligned Carbon Nanotube<br />

Membranes: Transport Enhancement<br />

and Gatekeeper Activity<br />

Hinds, Wu, Kiess, Majumder, University<br />

of Kentucky, Lexington, Kentucky, USA<br />

Hybrid Biomimetic Membranes: Past,<br />

Present and Beyond<br />

Barboiu, Institut Europeen des<br />

Membranes, France<br />

Nanostructured Polymers with<br />

Uniform d1 nm Pores Based on<br />

Cross-linked Lyotropic Liquid<br />

Crystals for Molecular Size-Selective<br />

Separations<br />

Gin, Zhou, Lu, Hatakeyama, Noble,<br />

University of Colorado at Boulder,<br />

Boulder, Colorado, USA<br />

Elliott, TDA Research, Inc., Wheat Ridge,<br />

Colorado, USA<br />

Track-Etched Polymer Membranes as<br />

Tool to Investigate Grafted Stimuli-<br />

Responsive and Other Functional<br />

Polymers for Smart Nano- and Micro-<br />

Systems<br />

Ulbricht, Friebe, Tomicki, Unv. Duisburg-<br />

Essen, Germany<br />

Fixed-Charge Group-Like Behavior of<br />

the Captured Ion by Crown Ether and<br />

Its Effect on the Response of a<br />

Molecular Recognition Ion Gating<br />

Membrane<br />

Ito, Yamaguchi, Chemical Resources<br />

Laboratory, Tokyo Inst. of Tech.,<br />

Yokohama, Japan<br />

Multifunctional Ultrathin TiO 2<br />

Nanowire Ultrafiltration Membrane for<br />

Water Treatment<br />

Du, Zhang, Pan, Sun, Nanyang<br />

Technological University, Singapore<br />

Leckie, Stanford University, Stanford,<br />

California, USA<br />

Pervaporation and<br />

Vapor Permeation I<br />

(Honolulu/Kahuku)<br />

Chair: Leland Vane, US EPA,<br />

USA<br />

Co-Chair: Ivy Huang, Membrane<br />

Technology and Research, Inc.,<br />

USA<br />

Bioethanol Production Using<br />

Pervaporation and Vapor Permeation<br />

Membranes<br />

Huang, Baker, Membrane Technology &<br />

Research, Menlo Park, California, USA<br />

Vane, The U.S. EPA, Cincinnati<br />

Laboratory, Cincinnati, Ohio, USA<br />

Dewatering Ethanol with Chemically<br />

and Thermally Resistant<br />

Perfluoropolymer Membranes<br />

Majumdar, Stookey, Nemser, Compact<br />

Membrane Systems, Inc., Newport,<br />

Delaware, USA<br />

Modelling and Process Integration of<br />

Membranes for Ethanol Dehydration<br />

Friedl, Schausberger, Bosch, Vienna<br />

University of Technology, Vienna, Austria<br />

Boontawan, Suranare University of<br />

Technology, Institute of Agricultural<br />

Technology, Sc, Nakhon Ratchasima,<br />

Thailand<br />

Performance of a New Hybrid<br />

Membrane in High Temperature<br />

Pervaporation<br />

Van Veen, Kreiter, Engelen, Rietkerk,<br />

Vente, Energy Research Centre of the<br />

Netherlands, The Netherlands<br />

Castricum, Elshof, Univ. of Twente, The<br />

Netherlands<br />

Investigation of the Fundamental<br />

Differences Between Polyamide-Imide<br />

(PAI) and Polyetherimide (PEI)<br />

Membranes for Isopropanol<br />

Dehydration via Pervaporation<br />

Wang, Jiang, Chung, Goh, Nat. Univ. of<br />

Singapore, Singapore<br />

Matsuura, University of Ottawa, Ottawa,<br />

Ontario, Canada<br />

Preparation of Asymmetric<br />

Polyetherimide Membranes for<br />

Molecular Liquid Separations<br />

Favre, El-Gendi, Roizard, LSGC-CNRS,<br />

Nancy Université, France<br />

Preparation of a Novel Styrene-<br />

Butadiene-Styrene Block Copolymer<br />

(SBS) Asymmetric Membrane for VOC<br />

Removal by Pervaporation<br />

Figoil, Drioli, Institute on Membrane<br />

Technology (ITM-CNR), Italy<br />

Sikdar, Burckle, US EPA, Cincinnati,<br />

Ohio, USA<br />

Osmotically Driven<br />

Membrane Processes<br />

(O’ahu/Waialua)<br />

Chair: Jeff McCutcheon, Stony<br />

Brook Water Purification Co., USA<br />

Co-Chair: Klaus-Viktor<br />

Peinemann, GKSS, Germany<br />

Characterization of Solute Transport<br />

in Osmotically Driven Membrane<br />

Processes<br />

Hancock, Cath, Colorado School of<br />

Mines, Golden, Colorado, USA<br />

Forward-Osmosis Using Ethanol for<br />

Concentrate Minimization<br />

Pellegrino, Mendoza, University of<br />

Colorado at Boulder, Golden, Colorado,<br />

USA<br />

McCormick, Denver Water Department,<br />

Denver, Colorado, USA<br />

A Novel Hybrid Forward Osmosis<br />

Process for Drinking Water<br />

Augmentation Using Impaired Water<br />

and Saline Water Sources<br />

Lundin, Cath, Drewes, Colorado School<br />

of Mines, Golden, Colorado, USA<br />

Osmotic Membrane Bioreactor and<br />

Pressure Retarded Osmotic<br />

Membrane Bioreactor for Wastewater<br />

Treatment and Water Desalination<br />

Achilli, Marchand, Childress, University<br />

of Nevada, Reno, Reno, Nevada, USA<br />

Cath, Colorado School of Mines, Golden,<br />

Colorado, USA<br />

Osmotic Power - A New, Renewable<br />

Energy Source<br />

Skilhagen, Dugstad, Statkraft AS,<br />

Norway<br />

Holt, SINTEF, Scandinavia<br />

Influence of Membrane Support Layer<br />

Hydrophobicity on Water Flux in<br />

Osmotically Driven Membrane<br />

Processes<br />

McCutcheon, Stony Brook Water<br />

Purification Co., East Setauket, New<br />

York, USA<br />

Elimelech, Yale University, New Haven,<br />

Connecticut, USA<br />

Developing Permeation Enhanced<br />

Nanofiltration Hollow Fiber<br />

Membranes Used in Forward Osmosis<br />

Wang, Yang, Chung, National University<br />

of Singapore, Singapore<br />

Gin, Centre for Advanced Water<br />

Technology, Singapore<br />

Asymmetric Polymeric<br />

Membrane Formation<br />

(Wai’anae)<br />

Chair: Max Ekiner, Air Liquide,<br />

USA<br />

Co-Chair: Christiano Borges,<br />

Universidade Federal de Rio de<br />

Janeiro, Brazil<br />

Manipulation of Block Copolymer<br />

Nanostructure in Membranes<br />

Prepared by Solvent Evaporation and<br />

Non-Solvent Induced Phase<br />

Separation<br />

Yave, Boschetti-de-Fierro, Garamus,<br />

Peinemann, Abetz, Simon, Institute of<br />

Polymer Research, GKSS Research<br />

Centre, Germany<br />

Synthesis and Characterization of<br />

Nanoporous Polycaprolactone<br />

Membranes for Controlled Drug<br />

Release<br />

Yen, Lee, Ho, Ohio State University,<br />

Columbus, Ohio, USA<br />

He, Nanoscale Science and Engineering<br />

Center for Affordable Nanoengineering,<br />

Columbus, Ohio, USA<br />

Catalytic PVDF Microcapsules for<br />

Application in Fine Chemistry<br />

Figoli, ITM-CNR c/o UNICAL, Italy<br />

Buonomenna, ITM-CNR c/o University of<br />

Calabria, Italy<br />

Spezzano, Drioli, ITM-CNR, Italy<br />

The Impact of Solvent on the<br />

Microstructure of Integrally Skinned<br />

Polyimide Nanofiltration Membranes<br />

before and after Casting<br />

Patterson, Costello, Havill, Turner, The<br />

University of Auckland, Auckland, New<br />

Zealand<br />

See-Toh, Livingston, Imperial College,<br />

London, United Kingdom<br />

Nanofiltration Membranes for Polar<br />

Aprotic Solvents<br />

Lim, Sereewatthanawut, Boam,<br />

Membrane Extraction Technology Ltd.,<br />

London, United Kingdom<br />

See-Toh, Livinston, Imperial College<br />

London, London, UK<br />

Phase Separation Microfabrication<br />

Bikel, Lammertink, Wessling, University<br />

of Twente, The Netherlands<br />

In-Line and In-Situ Determination of<br />

Non-Solvent, Solvent and Polymer<br />

Composition within a Film-Forming<br />

System prior to Phase Separation<br />

during VIPS<br />

Bouyer, Werapun, Pochat-Bohatier,<br />

Dupuy, Université Montpellier,<br />

Montpellier, France<br />

Deratani, CNRS, Montpellier, France

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