Membrane Research at NC State University
Membrane Research HomePublication ListSimulation ProgramsOther Links
Overview
Current Research Topics
In The News...
Lab Practices
Group Tasks
Group Personnel
Alumni
Collaboration
Photo Gallery

CURRENT RESEARCH TOPICS


Gas Separation Materials Research
  • Plasticization-resistant membranes for CO2 removal from natural gas - Rajeev Prabhakar
  • Highly selective materials for removal of H2S and other acid/polar gases from mixtures with light gases - Haiqing Lin
  • Physical aging and chemical stability of high free volume glassy polymers and nanocomposite gas separation materials - Scott Kelman
  • Interactions of basic nanoparticles and their influence upon gas transport properties - Scott Mattuecci
  • Effect of substituent size and shape on gas transport properties of disubstituted polyacetylenes - Roy Raharjo
  • Physical aging of thin glassy polymer films - Brandon Rowe
  • Network structure-transport properties relationship of solubility-selective membrane for acid/polar gases separation from mixtures with light gases. - Victor Kusuma
Gas/Vapor Barrier Materials Research
  • Characterization of Oxygen scavenging systems - Keith Ashcraft
  • Characterization of Oxygen scavenging systems - Richard Li
Membranes for Water Purification Research
  • Nonporous coatings for water purification membranes - Conor Braman
  • Investigating novel low-fouling membranes for wastewater treatment - Hao Ju
  • End-group modification of poly(ethylene glycol) acrylate: poly(ethylene glycol) diacrylate films - Bryan McClosky
  • Characterization of nanoporous liquid crystal membranes for reverse osmosis - Alyson Sagle
  • Performance modification via membrane stretching - Yuan Hsuan Wu
  • Membrane surface modification by grafting molecules to increase hydrophilicity - Elizabeth Va Wagner
Membrane Module Modeling
  • Multicomponent Hollow Fiber Membrane Simulator
  • Temperature Distribution (i.e. Energy Balance) for Hollow Fiber Modules

UT Austin
For further info, please contact:
Benny D. Freeman
Professor of Chemical Engineering
University of Texas at Austin
Center for Energy and Environmental Resources
10100 Burnet Road, Building 133
Austin, TX  78758
tel: (512)232-2803
fax: (512)232-2807
e-mail: freeman@che.utexas.edu
internet: http://membrane.ces.utexas.edu