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ORAL COMMUNICATIONS

Theory & Thermodynamics

OC_TT_1	ANALYSIS OF MELTING POINT DEPRESSION IN BIODEGRADABLE POLYMERS USING SUPERCRITICAL CARBON DIOXIDE BY GOLDEN GATE AND HIGH PRESSURE DSC. Westerman D., Leeke G.-A, Sandos R.-C.-D., University of Birmingham, Nalawade S.-P. and Grijpma D.-W., University of Twente (The Netherlands) (TT)
OC_TT_2	SCALING OF DIFFUSION IN A STATISTICAL MECHANICAL MODEL REPRESENTATIVE OF SUPERCRITICAL MICROEMULSIONS Chen C.-L., Shapir Y. and Chimowitz E.-H., University of Rochester (USA) (TT)
OC_TT_3	SURFACTANT-ASSISTED NUCLEAR DECONTAMINATION PROCESS OF SOLID SUBSTRATES IN SUPERCRITCAL CO2 : PC-SAFT EQUATION OF STATE AS A TOOL FOR MODELING THE PHASE BEHAVIOR OF BLOCK AND GRAFT PDMS-PEO AMPHIPHILIC COPOLYMERS. Stoychev Y., Fournel B., Galy J., CEA VALRHO, Pierrelatte (France), Lacroix-Desmazes P., Ecole Nationale Supérieure de Chimie, Montpellier (France),   Kleiner M. and Sadowski G., University of Dortmund (Germany) (TT)
OC_TT_4	MODELING OF HIGH-PRESSURE PHASE EQUILIBRIA OF TERNARY SYSTEMS IONIC LIQUID-ORGANIC-CO2 WITH THE GC-EOS. Kühne E.,  Witkamp G.-J., Peters C.-J., Delft University of Technology (The Netherlands) and Martin A., University of Valladolid (Spain) (TT)
OC_TT_5	PHASE BEHAVIOUR OF VARIOUS LINEAR OCTANOLS IN SUPERCRITICAL CO2. Schwarz C.-E., Fourie F.-C.v.N. and Knoetze J.-H., University of Stellenbosch (South Africa) (TT)
OC_TT_6	Influence of the Enzyme Concentration in the Phase Behaviour for Developing a Homogeneous Enzymatic Reaction in Ionic Liquid-CO2 Media Bermejo M.-D., Kotlewska A.-J., Florusse L.-J., Van Rantwijk F.,  Peters C.-J., Delft University of Technology (The Netherlands) and Cocero M.-J., University of Valladolid (Spain) (TT)
OC_TT_7	AUTOMATED GENERATION OF PHASE DIAGRAMS FOR SUPERCRITICAL FLUIDS FROM EQUATIONS OF STATE. Cismondi M., Universidad Nacional de Cordoba (Argentina), Michelsen M.-L., University of Lyngby (Denmark) and Zabaloy S., PLAPIQUI-UNS-CONICET, Bahia Blanca (Argentina) (TT)
OC_TT_8	MONTE CARLO SIMULATION OF SUPERCRITICAL FLUIDS. A PARTIAL MOLAR VOLUME STUDY. Parris P., Manos G. and Catlow R.-C.-A, University College London (United Kingdom) (TT)
OC_TT_9	CO2 PARTIAL DENSITY DISTRIBUTION UNDER DYNAMIC MIXTURE GENERATION CONDITIONS BELOW AND ABOVE THE CRITICAL POINT OF THE MIXTURE IN THE SUPERCRITICAL ANTISOLVENT PROCESS. Dowy S., Braeuer A. and Leipertz A., University of Erlangen (Germany) (TT)
OC_TT_10	MODELING THE BEHAVIOUR OF BINARY MIXTURES OF SUPERCRITICAL CO2 WITH PERFLUOROALKANES BY THE USE OF CROSSOVER soft-SAFT. Lloveell F., Dias A.-M-A., Coutinho J.-A-P., Marrucho I.-M., Universidade de Aveiro and Vega L.F, MATGAS Research Center, Barcelona (Spain) (TT)
OC_TT_11	SOLID-LIQUID EQUILIBRIUM OF BINARY AND THERMAL MIXTURES OF LIPIDS UNDER HIGHER PRESSURE OF CO2 FOR PGSS PROCESS DEVELOPMENT. Vezzu K., Bertucco A., DIPIC, Padua (Italy)  and Lucien F.-P., University of New South Wales, Sydney (Australia) (TT)
OC_TT_12	UNDERSTANDING THE SOLUBILITY OF GASES IN ALKYL-IMIDAZOLIUM BASED IONIC LIQUIDS BY A MOLECULAR MODELLING APPROACH. Andreu J.-S. and Vega L.-F., ICMAB-CSIC, Barcelona (Spain) (TT)
OC_TT_13	A NEW CONTINUOUS METHOD TO PERFORM QUICK PHASE EQUILIBRIUM MEASUREMENTS AT HIGH PRESSURES AND TEMPERATURES. Novitskiy A., University of Nottingham (United Kingdom) and Moscow State University (Russia), Hou M., University of Nottingham (United Kingdom) and Chinese Academy of Sciences, Beijing (China),  Perez E.,  Ke J., Wu W., University of Nottingham (United Kingdom) and Beijing Institute of Technology (China) and Poliakoff  M., University of Nottingham (United Kingdom) (TT)