80 Materials Synthesis and Processing with Compressed or Supercritical Fluids


Description:
This session invites contributions that relate to the use of gas expanded liquids, near-critical, or supercritical fluids to produce materials with new or enhanced properties. This includes, but is not limited to, papers on formation of particles, films, coatings, and composite materials, using techniques such as rapid expansion, anti-solvent precipitation, fluidization, and dispersion and impregnation using supercritical fluids. Papers are encouraged that describe developments in experimental technique, developments in process characterization and instrumentation technologies, and advances in theoretical modeling and understanding of the processes.

Sponsor:
High Pressure


Chair:
Christopher L. Kitchens
Associate Professor
Clemson University
Department of Chemical and Biomolecular Engineering
127 Earle Hall
Clemson, SC
29634
Fax Number: 864-656-0784
Email: CKITCHE@clemson.edu


Papers:
80a
Production of High-Purity Pyrene Oligomers in a Supercritical Fluids Medium
Willam Lamie, Clemson University; Mark C. Thies, Clemson University
80b
Development and Analysis of Green Pathways Isolation of Medically Active Components from Grape Pomace Biomass
Kyle Cogswell, University of South Florida; Aydin K. Sunol, University of South Florida
80c
A  Novel Supercritical CO2-Based Treatment for Decellularization That Maintains Mechanical and Structural Integrity
Dominic M. Casali, University of South Carolina; Rachel M. Handleton, University of South Carolina; Michael A Matthews, University of South Carolina
80d
Supercritical Fluid Enhanced Swelling and Drug Impregnation of Biomedical Polymers
Kyle Cogswell, University of South Florida; Aydin K. Sunol, University of South Florida
80e
Effect of Precursor on Crystal Structure of Titania Synthesis in Supercritical Sol – Gel Reaction
Motohiro Kinoshita, Tokyo Institute of Technology; Yusuke Shimoyama, Tokyo Institute of Technology
80f
Accelerated Conversion of Magnesium Oxychloride to Chlorartinite Using Pressurized Carbon Dioxide and the Resulting Increased Water Resistance
Roque Góchez, Clemson University; Christopher L. Kitchens, Clemson University; Thomas Vreeland, Department of Chemical and Biomolecular Engineering
Abstract Submissions Closed
See more of this Group/Topical: Engineering Sciences and Fundamentals
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