Index of Proceedings

Index of papers by Session

6^th International Symposium on Supercritical Fluids General summary


PLENARY SESSIONS
Plenary 1		Plenary 2			Plenary 3


NATURAL PRODUCTS	PROCESS AND EQUIPMENT DEVELOPMENT			THERMODYNAMIC & PHYSICO-CHEMICAL PROPERTIES
N : Natural Products	Pe : Process and Equipment Development			Te : Equations of State / Critical Properties
	Pm : Process modelling and optimisation			Ts : Solubility and Phase Equilibria
				Tp : Physico-chemical Properties
REACTIONS			MATERIALS
Rm : Mineral			Mp : Polymer Processing
Ro : Organic			Md : Particle Design
Rw : Reactions in Supercritical Water			Mn : New materials
Rp : Polymerization and polymer recycle			Mc : Cleaning
Rn : Biochemical reactions and sterilization			Mt : Textile Processing

Plenary 1	Current status of supercritical fluid technology in the East Asia.
	*Fukuzato R.,* SCF Techno-Link, Inc., Ashiya (Japan).

NATURAL PRODUCTS
N : Natural Products
N1	Comparing extraction by traditional solvents with supercritical extraction from an economic and environmental standpoint.
	*Pellerin P.,* DANISCO, Seillans (France).
N2	Hot pressurized water extractions of free radical scavenging compounds from Taiwan yams.
	*Chang Chieh-Ming, Chen Po-Yen and Tu Yu-Xun,* National Chung-Hsing University (Taiwan).
N3	A comparison of methods for the extraction of the fragrance from Ylang Ylang.
	*McGaw D.R, Watson M., Paltoo V., Chang Y.I. and Grannun J.,* University of West Indies, St Augustine (Trinidad and Tobago).
N4	Extraction of PUFAs rich oils from algae with supercritical carbon dioxide.
	*Perretti G., Bravi E., Montanari L., and Fantozzi P.,* University of Perugia (Italy).
N5	Purification of tocochromanols from edible oil.
	*Gast K., Jungfer M., Saure C.* *and Brunner G.,* TU Hamburg-Harburg (Germany).
N6	Processing of cashew nut (Anacardium occidentale l.) and cashew nut shell liquid with supercritical carbon dioxide and water.
	*Setianto W.B, Smith R.L., Inomata H. and Arai Kunio,* Tohoku University, Sendai (Japan).
N7	Supercritical extraction of indole alkaloids from Tabarnaemontana catharinensis : an evaluation of the co-solvent and on the extracts compositions.
	*Pereira C.G, Meireles M. A. A.,* UNICAMP, Sao Paulo, *Marques M.O.M.,* Laboratorio de Produtos Naturals, Sao Paulo, *Siani A.C*, Instituto de Produtos em Farmacos, Rio de Janeiro (Brazil).
N8	Extraction of antimicrobial compounds from wood using supercritical CO2.
	*Catchpole O.J., Grey J.B, Mackenzie A.N.,* Indusrial Research Ltd., Lower Hutt, *Mende D.R,* Mende-Dek Ltd., Masterton (New Zealand).
N9	Supercritical fluid extraction of triterpenoids from birch bark.
	*Boumghar Y., Fournier J., El Mehdi N.,* CEPROCQ, Montréal, *Pichette A. and Lavoie S.,* University of Québec, Chicoutmi (Canada).
N10	Extraction of volatile oil from Piper aduncum l. leaves with supercritical carbon dioxide.
	*Martinez Julian, Rosa P.T.V., Ming L.C, Marques M.O.M. and Meireles M. A. A.,* UNICAMP, Sao Paulo (Brazil).
N11	Supercritical fluid extraction of oleoresin from Curcuma xanthorrhiza : modeling and simulation.
	*Margono, Sumarno, Sugeng W. and Farah,* Sepuluh Nopember Institute of Technology, Surabaya (Indonesia).
N12	Oil extraction from shell of Bactris gasipaes HBK fruits using compressed carbon dioxide.
	*Pasquel A., Del Castillo A. and Sotero V.,* University Nacional Amazonia, Iquitos (Peru).
N13	Extracting lycopene from tomato powders by supercritical propane and carbon dioxide with industrial scale pilot.
	*Zhao Suoqi., Hu Yunxiang., Qi Guopeng, Wang Renan,* University of Petroleum, Beijing, *Liu Kuifang, Liu Yumel, Chen Dejun and Liu Yuyin*, Xin Jiang University (China).
N14	Effect of high-intensity ultrasound on the particulate almonds oil extraction kinetics using supercritical CO2.
	*Riera E., Gallego J.A.,* Acoustic Institute, Madrid, Golas Y., University of Valencia, *Blanco A..,* Applied Physics Institute, Madrid, *Garcia-Reverter J. and Subirats S.,* Agro-Food Research Institute, AINIA, Valencia (Spain).
N15	Supercritical fluid extraction of α-methylene-γ -butyrolactone from Alstroemeria : optimization by statistical experimental design.
	*Hutchenson K.W., Kao Chien Ping,* DuPont Central R & D, *Jensen O.F. and Stenby E.H.,* Technical University of Denmark, Lyngby (Denmark).
Posters
PN3	Supercritical CO2 is a tool for natural materials treatments.
	Lumia G., Perre C., Schrive L., Barth F., CEA Pierrelatte , Chaumat G., CEA Grenoble, and Aracil J.M., Groupe Sabate-Diosos (France).
PN6	Modeling of the extraction of Semen biotae oil using supercritical carbon dioxide.
	Pan I.C., Chen Yan-Ping and Tang M., National Taiwan University (Taiwan).
PN7	Extraction of volatile and fixed oil products from hot peppers.
	McGaw D.R, Holder R., Commissiong E. and Maxwell A., University of West Indies, St Augustine (Trinidad and Tobago)
PN8	Supercritical carbon dioxide extraction of bixin from annatto seeds.
	Nobre B.P., Mendes R.L., INETI, Lisboa (Portugal), Queiroz E.M., Pessoa F.L.P., DEQ/EQ/UFR, Rio de Janeiro (Brazil), Coelho J.P., DEQ/ISEL, Lisboa, Palavra A.F, Instituto Superior Tecnico, Lisboa (Portugal).
PN9	Characterization of the rosemary (Rosmarinus officinalis l.) obtained with supercritical CO2, starting with the theoretically staged determination of the extraction.
	Simental J. and OrozcoAvila I., Universidad de Guadalajara (Mexico).
PN10	Determination of the global yield isotherms for the system rosemary (Rosemarinus officinalis) + CO2.
	Carvalho Junior R.N., Moura L.S., Quispe-Condori S., Rosa P.T.V., Meireles M.A.A, UNICAMP, Sao Paulo, Ming L.C, Sao Paulo State University (Brazil).
PN11	Separation of antioxidant components from white grape skin and seeds using compressed carbon dioxide.
	Duarte C.M.M., Matias A.A., Nunes A.V.M., Bronze M.R., Mota Veiga H.I. and Nunes da Ponte M., Instituto de Biologia Experimentale Tecnologica, Oeiras (Portugal).
PN12	Modelling and simulation of extraction of marjoram essential oil using supercritical CO2.
	Saldaña M. D. A., Smith R. L. and Inomata H., Tohoku University (Japan).
PN13	Oleoresin extraction of Polygala cyparissias using SFE and organic solvent methods.
	Weinhold T.S, Tridapalli C.W, Hense H. and Ferreira S.R.S., LATES/EQA/CTC, Florianopolis (Brazil).
PN14	Modeling the supercritical fluid extraction of field horsetail (Equisetum arvense) oleoresin.
	Michielin E.M.Z., Danielski L., Hense H. and Ferreira S.R.S., LATES/EQA/CTC, Florianopolis (Brazil).
PN15	Extraction kinetics of natural antioxidants from potato industry by-products.
	Andrich G., Stevanin E., Zinnai A., Venturi F. and Fiorentini R., University of Pisa (Italy).
PN16	Supercritical fluid extraction of tagitinin C from Tithonia diversifolia : comparison of extraction yield and selectivity between supercritical fluid and classical methods of extraction.
	Ziémons E., Goffin E., Lejeune R., Angenot L. and Thunus L., University of Liège (Belgium).
PN17	Supercritical fluid extraction of the Coix lachryma-jobi l.
	Liang Ming-Tsiang., Liang Chia-Chen, Wu Wen-Hao, Wang Ling-Yea, Ho Chia-Yen., I-Shiou University, Chen Chun-Hao and Liao Jer-Yi, JOJIA Bio-Tech. Co (Taiwan).
PN18	The investigation on supercritical fluid extraction and separation of biologically active substances of Hippophae rhamnoides and grape seeds.
	Aliev A.M. and Gasanov R.Z, Mountain Botanical Gardens of Daghestan Scientific Center, Makhachkala (Russia).
PN19	Antioxidant and antimycobacterial activities of basil Ocinum gratissimum extracts obtained by SFE.
	Leal P.F., Meireles M. A. A., UNICAMP, Sao Paulo, Sato D.N., Instituto Adolfo Lutz, Sao Paulo, Chaves M., Célio F., Ming L.C, Sao Paulo State University, Marques M.O.M., Laboratorio de Produtos Naturals, Sao Paulo (Brazil).
PN20	Extraction and isolation of indole alkaloids from Tabarnaemontana catharinensis : technical and economical analysis.
	Rosa P.T.V., Pereira C.G. and Meireles M. A. A., UNICAMP, Sao Paulo (Brazil).
PN21	SFE of pharmacological compounds from Tabernaemontana catharinensis : analysis of the antioxidant and antimycobacterial activity.
	Pereira C.G, Leal P.F, Meireles M. A. A, UNICAMP, Sao Paulo, and Sato D.N., Instituto Adolfo Lutz, Sao Paulo (Brazil).
PN22	Extraction of volatile oil from Croton zehntneri pax et hoff with pressurized CO2.
	Sousa E.M.B.D., Chiavone-Filho O., Domingos T., Meireles M.A.A., UNICAMP, Sao Paulo, and Marques M.O.M., LPN, Campinas (Brazil).
PN23	Extraction of the volatile oil from Croton zehntneri pax et hoff with pressurized carbon dioxide : modeling of the overall extraction curves.
	Martinez J., Rosa P.T.V Meireles M. Angela A., UNICAMP, Sao Paulo, and Sousa E.M.B.D., Universidade Federal do Rio Grande do Norte, Natal (Brazil).
PN25	Hydrolysis of ginger (Zingiber officinal roscoe) starch : search for process conditions using the surface response methodology.
	Moreschi S.R.M., Meireles M.A.A. and Petenate A.J., UNICAMP, Sao Paulo (Brazil).
PN26	Modeling the phase equilibrium of the system clove oil + CO2 system.
	Souza A.T, Guirardello R., Meireles M.A.A., UNICAMP, Sao Paulo, Corazza M.L. and Cardozo-Filho L., Universidade Estadual de Maringa (Brazil).
PN27	Determination of the global yields for the system fennel (Foeniculum vulgare) + CO2.
	Moura L.S., Carvalho Junior R.N., Quispe-Condori S., Rosa P.TV, Meireles M.A.A,, UNICAMP, Sao Paulo, and Ming L.C., Sao Paulo State University (Brazil).
PN28	Optimization of supercritical fluid extraction for essential oils from bitter orange (Var. Amara).
	Mir Heidary S.M., Emam-Djoneh Z., Mousavi S.M. and Yamini Y., Tehran University (Iran).
PN30	Separation of parthenolide from Tanacetum parthelium.
	Cretnik L., Kotnik P., Skerget M. and Knez Z., University of Maribor (Slovenia).
PN31	Effects of field variables on the extraction yield and chemical composition of mate leaves obtained from high-pressure CO2.
	Esmelindro A.A., Girardi J.S., Mosele S., Dariva C. and Filho I.N, U R I, Erechim (Brazil).
PN32	Liquid yield and chemical characterization of Maytenus ilicifolia mart. ex reiss extracts obtained from CO2 high pressures.
	Mossi A.J., Carvalho A., Dariva C., Oliveira J.V., Mazutti M. and Filho I.N., U R I, Erechim (Brazil).
PN34	Supercritical CO2 extraction of carotenoids from carrots and evaluation of products.
	Sun Mei and Temelli F., University of Alberta (Canada).
PN35	Bleaching of lipid materials using carbon dioxide as moderator.
	Woerlee G.F and Pellikaan H.C., FeyeCon Development & Implementation, Weesp (The Netherlands).
PN36	Extraction of the antimalarial artemisin from Artemisia annua l. leaves with supercritical CO2.
	Sanchez D., Zetzl C., Brunner G., TU Hamburg-Harburg (Germany), Rosa P.T.V., Quispe-Condori S. and Meireles M.A.A., LASEFI (Brazil).
PN37	Nutritional components of supercritical fluid carbon dioxide extracted wheat germ oil.
	Dunford N.T, Oklahoma State University, Stillwater and Martinez Jose L., Thar Technologies Inc., Pittsburgh (USA).
PN38	Correlating solubility values of black pepper oil in supercritical CO2 using empirical models.
	Silva D.C.M.N., Ferreira S.R.S., LATESC, Florianopolis and Meireles M.A.A., UNICAMP (Brazil).
PN39	Supercritical extraction of essential oil from Cordia curassavica (Jacq.) Roemer and schultes.
	Quispe-Condori S., Rosa P.T.V., Foglio M.A, Meireles M.A.A., UNICAMP (Brazil).
PN40	Rice bran oil extraction with supercritical fluid (SFE) to obtain enriched tocopherols and tocotrienols fractions.
	Sarmento C.M.P., CEFET/PR, Parana, Hense H. and Ferreira S.R.S., LATESC, Florianopolis (Brazil).
PN41	Extraction of boldo (Peumus boldus m.) Leaves with hot pressurized water and supercritical CO2.
	Rogalinski T., Zetzl C., Brunner G., TU Hamburg-Harburg (Germany) and del Valle J.M., Pont. Univ. Catolica de Chile (Chile).
PN42	Isolation of isoflavones from red clover (Trifolium pratense) extracts by means of SFE.
	Chepe P., Zetzl C. and Brunner G., TU Hamburg-Harburg (Germany).
PN43	Supercritical fluid extraction of woods and roots from the brazilian tropical forest region.
	Ibe R., Johannsen M., Zetzl C. and Brunner G., TU Hamburg-Harburg (Germany).
PN44	Determination of the global yield for the system Lippia alba + CO2 and modeling of the phase equilibrium of the major constituents : limonene and carvone.
	Braga M.E.M., Meireles M.A.A., UNICAMP, Ehlert P.A.D., Ming Lin C., Sao Paulo State University, and Marques M.O.M., LPN/IAC Campinas (Brazil).
PN46	Extraction of natural antioxidants (carotenoids and tocopherols) from by-products of the tomato processing industry.
	Favati F., Pietrafesa A. and Galgano F., Univertsity of Basilitica, Potenza (Italy).
PN47	A SFC analysis method for lycopene in tomato extracts.
	Zhao Suoqi, Qi Guopeng and Wang Renan, University of Petroleum, Beijing (China).
PN48	Extraction of Ferula communis l. Volatile concentrate by supercritical carbon dioxide.
	Marongiu B., Piras A. and Porcedda S., University di Cagliari (Italy).
PN49	SFE of Curcuma longa : solubility of essential oil.
	Blasco M., Garcia-Reverter J., AINIA, Valencia, and Garcia-Perez J.V. and Mulet A., University of Valencia (Spain).
PN50	Hot pressurized water extraction of gypenosides from Gynostemma pentaphyllum.
	Chang Chieh-Ming, Chen Chun-Hao and Lin C.S., National Chung Hsing University (Taiwan).
PN51	Compositional changes on chlorophylls and carotenoids as a function of supercritical carbon dioxide and subcritical propane extraction of oregano leaves.
	Hamdan S., Daood H.G., Central Food Research Institute, Budapest, and Illés V., University of Vesprem (Hungary).
PN52	Supercritical antisolvent fractionation of propolis tincture.
	Catchpole O.J., Grey J.B, Mitchell K.A and Lan J.S., Industrial Research Ltd., Lower Hutt (New Zealand).
PN53	Experimental research into the supercritical carbon dioxide fluid extraction for soybean seed oils.
	Jianzhong Yin, Xinwei Ding, Dalian University of Technology, Aiqin Wang, Chinese Academy of Sciences, Dalian (China) and Chung-Sun Tan, National Tsing Hua University (Taiwan)
PN54	Fractionation of fish oil using supercritical carbon dioxide.
	Corréa A.P.A., Gonçalves L.A.G. and Cabral F.A., State University of Campinas (Brazil).
PN56	Selective extraction of phospholipids from egg yolk with supercritical carbon dioxide.
	Elst K., Van Ginneken L. and Weyten H., Vito, Mol (Belgium).
PN57	Concentration of minor components in crude palm oil.
	Chuang M.H. and Brunner G., TU Hamburg-Harburg (Germany).
PN58	Chemical characterization of castor meal extracts from high-pressure CO2.
	Oliveira D., Dos Santos J.G, Oliveira J. V., Dariva C., Erechim, Alves D.M., Schneider R., UNISC, Santa Cruz del Sul, Schlosser P., Martinelli M. and Caramão E.B., UFRGS, Porto Alegre (Brazil).
PN59	Supercritical carbon dioxide extraction of borage seed oil.
	Kotnik P., Skerget M. and Knez Z., University of Maribor (Slovenia).
PN60	Continuous fractionation of fried oil by supercritical CO2.
	Sesti Osseo L., Caputo G., Reverchon E., Universita degli Studi di Salerno (Italy), Gracia I., Universidad de Castilla-La Mancha, Ciudad Real (Spain).
PN61	Comparison of two monitoring methods for almond oil extraction with supercritical CO2.
	Garcia-Reverter J., Casas E., AINIA, Valencia, Benedito J., Poly-Technical University of Valencia, and Berna A., University of Valencia (Spain)
PN63	Subcritical water extraction of anthocyanins from fruit berry substrates.
	King J.W, Los Alamos National Laboratory, Grabiel R.D.,Wightman J.D., Artemis International Inc., Fort Wayne (USA).
PN65	From skin to leather in dense pressurized CO2.
	Perre C., CEA-VALRHO, Hans A.L., C.T.C., Dedieu M., I.F.T.H., CTC, Gand O., ITECH, Saldinari L., Tanneries Roux and Dutel L., ATC Co. (France).
PN66	Countercurrent extraction for the fractionation of natural tocopherols with supercritical CO2.
	Fang Tao, Goto M., Hirose T., KuMamoto University (Japan), Liu Qing-Song and Ding Xiao-Lin, Southern Yangtze University, Wuxi (China).
PN67	Development of a supercritical fluid extraction method for determination of total fat content in fish products.
	Favati F., Di Lauro R., Pietrafesa A., Lo Voi A. and Galgano F., University of Basilitica, Potenza (Italy).
PN68	Solubility of triglycerides in unmodified supercritical carbon dioxide.
	Botha B. M. and McCrindle R.I., Department of Chemistry and Physics Technikon Pretoria (South Africa).

PROCESS & EQUIPMENT DEVELOPMENT
Pe : Process & equipment development
Pe1	The world’s first commercial supercritical wood treatment plant.
	*Iversen S.B., Larsen T., Henrikson O. and Felsvang K.,* FLS miljo a/s, Valby (Denmark).
Pe2	Separation of n-methylamphetamine enantiomers by supercritical fluid extraction.
	*Kmecz I., Simandi B., Fogassy E. and Szekely E.,* Budapest University of Technology (Hungary).
Pe3	Interfacial phenomena in countercurrent processes using supercritical fluids.
	*Marckmann H., Jaeger P. and Eggers R.,* TU Hamburg-Harburg (Germany).
Pe4	pH “switches” for the selective extraction of metal ions from biphasic water-CO2 systems.
	*Ziegler K.J., Hanrahan J.P., Glennon J.D., Holmes J.D.,* University College, Cork (Ireland), *Steytler D.C*., University of East Anglia, Norwich and Eastoe J., University of Bristol (United Kingdom).
Pe5	Mixtures of petroleum macromolecules : their fractionation characterization and phase behavior.
	*Edwards W.F, Jin L. and Thies M.C,* Clemson University (USA).
Pe6	Supercritical fluid extraction using microwave heating.
	*Staudt R., Nitzsche J. and Harting P.,* University of Leipzig (Germany).
Pe7	Fully-continuous supercritical fluid extraction of naphthalene from soil slurries.
	*Fortin M. and Stiver W.,* University of Guelph (Canada).
Pe8	Used oil recycling by using supercritical propane.
	*Petermann M., Kareth S., Weidner E,* University of Bochum, *Hammer E.,* Minitec Engineering GmbH, Gelsenkirchen (Germany).
Pe9	Purification of wax additives.
	*Schwarz C.E. and Nieuwoudt I.,* University of Stellenbosch (South Africa).
Pe10	Integration of extraction and ress for solvent recovery from asphaltene.
	*Zhao Suoqi, Wang Shuhui, Ma Jianwei and Wang Renan,* University of Petroleum, Beijing (China).
Posters
PPe1	Extraction of lipids from human blood plasma using compressed gases.
	Bezold A. and Brunner G., TU Hamburg-Harburg (Germany).
PPe2	Analytical extraction of PCBs and OCPs from water by direct supercritical fluid extraction.
	Pól J., Karásek P. and Roth M., Academy of Sciences of the Czech Republic, Brno (Czech Republic).
PPe3	Remediation of flare pit soils using supercritical fluid extraction.
	Nagpal V. and Guigard S.E., University of Alberta (Canada).
PPe4	Supercritical fluid extraction of ethylene oxide from its aqueous solution
	Sabirzyanov A.N., Gumerov F.M., Gumerova G.I., Akhunov A.R, Gabitov F.R, Maksudov R.N., Kazan State Technological University, Tatarstan (Russia) and Le Neindre B., LIMHP, Villetaneuse (France).
PPe5	Fly ash of municipal waste incinerator leachability of metals after SFE wth CO2.
	Kersch C., Witkamp G.J., Delft University of Technology, Woerlee G.F., FeyeCon Development & Implementation, Weesp (The Netherlands).
PPe6	Permeation of subcritical and supercritical carbon dioxide through a microporous silica and a polymeric membrane.
	Patil V.E, Van den Broeke L.J.P. and Keurentjes J.T.F., Eindhoven University of Technology (The Netherlands).
PPe7	Effect of solvent on the supercritical extraction of Moroccan oil shale.
	Abourriche A., Oumam M., Hannache H., Faculté des Sciences Ben M'sik, Casablanca (Morocco), Pailler R., Naslain R., Birot M. and Pillot J.P., Université de Bordeaux I (France).
PPe8	Modelling of equilibrium sorption of m-xylene on day zeolite and supercritical desorption.
	El Brihi T., Jaubert J.N., Barth D. and Perrin L., ENSIC, Nancy (France).
PPe9	Adsorption and desorption of Cd2+ ions and ion-exchange resin using sub-critical water and carbon dioxide.
	Luz da Silva D. and Brunner G., TU Hamburg-Harburg (Germany).
PPe10	Supercritical fluid chromatography as successful separation tool in chemical and pharmaceutical industry.
	Johannsen M. and Brunner G., TU Hamburg-Harburg (Germany).
PPe11	Adsorption equilibrium from supercritical solutions.
	Lübbert M., Johannsen M. and Brunner G., TU Hamburg-Harburg (Germany).
PPe12	Supercritical fluid chromatography – process optimisation of the separation of tocopherol homologues.
	Peper S., Cammerer S., Johannsen M. and Brunner G., TU Hamburg-Harburg (Germany).
PPe13	Sapphire cells for high-pressure observations.
	Wubbolts F.E, Smits P.J, FeyeCon Development & Implementation, Weesp, Van Roosmalen M.J.E. and Fernandez-Cid M.V, Delft University of Technology (The Netherlands).
PPe14	Heat transfer in high-pressure carbon dioxide.
	Van der Kraan M., Peeters M., Fernandez Cid M.V, Witkamp G.J., Delft University of Technology, Woerlee G.F. and Veugelers W.J.T, FeyeCon Development & Implemantation, Weesp (The Netherlands).
PPe15	Standardised low-cost batch SFE – units for university education and comparative research.
	Zetzl C., Brunner G., TU Hamburg-Harburg (Germany) and Meireles M.A.A., UNICAMP, Sao Paulo (Brazil).
PPe16	Supercritical fluids and materials transfer unit.
	Fouassier O., Guitton L. and Cansell F., ICMCB, Pessac (France).

Pm : Process modelling and optimisation
Pm1	Phase equilibrium engineering of supercritical reactors.
	*Pereda S., Roveto L. Bottini S.B. and Brignole E.A.,* PLAPIQUI, Bahia Blanca (Argentina).
Pm2	Characterization of micromixing efficiency by a new chemical method in supercritical medium.
	*Carretier E., Badens E., Guichardon P. and Charbit G.,* Université d’Aix-Marseille (France).
Pm3	Development of an in-line nir monitoring method for supercritical carbon dioxide-based extraction processes.
	*Wiegand G., Bürck J., Roth S., Mathieu H. and Krämer K.,* Forschungszentrum Karlsruhe (Germany).
Pm4	A comparison through empirical and molecular based equations of state for the description of micronization processes.
	*Kikic I., Colussi S,* University of Trieste and Elvassore N., University of Padova (Italy).
Posters
PPm1	Optimizing supercritical fluid extraction systems.
	Rampley G. and Stiver W., University of Guelph (Canada).
PPm2	Dynamic studies on a SCF countercurrent extraction process.
	Ruivo R., Paiva A. and Simoes P.C, Universidade Nova de Lisboa (Portugal).
PPm3	The dynamic of the supercritical fluid extraction.
	Aliev A.M., Gasanov R.Z, Mountain Botanical Gardens of Daghestan Scientific Center, Makhachkala, Nevruzov I.A., Institute of Geothermy of Daghestan Scientific Centre (Russia).
PPm4	Applications of artificial neural networks in supercritical fluid extraction modeling and simulation.
	Yin Jianzhong, Ding Xinwei, Dalian University of Technology (China), and Tan Chung-Sun, National Tsing Hua University (Taiwan).
PPm5	Critical comparison of mass transfer models for internally-controlled supercritical fluid extraction (SCFE) of solid substrates.
	Del Valle J.M., P. Universidad Catolica de Chile and Uquiche E., Universidad de la Frontera, Temuco (Chile).
PPm6	Mathematical model of supercritical CO2-adsorption on activated carbon applied to adsorption scale-up.
	Lucas S., Calvo M.P., Palencia C., Alonso E. and Cocero M.J., University of Valladolid (Spain).
PPm7	Regular packing types for CFD simulation of SCF extraction and reaction equipment.
	Guardo A., Larrayoz M.A. and Recasens F., ETSEIB-UPC, Barcelona (Spain).
PPm8	Thermodynamic modelling of the absorption of acid gas in a mixed solvent by electrolyte NRTL model : new equipment and measuring.
	Habchi Tounsi K., Barreau A., Lecorre E., Mougin P., Institut Français du Pétrole, Rueil-Malmaison, Neau E., Université de la Méditerranée, Marseille (France).
PPm9	The interaction of a supercritical fluid free-jet expansion with a flat surface.
	Khalil I. and Miller D.R., University of California, La Jolla (USA).

THERMODYNAMIC & PHYSICO-CHEMICAL PROPERTIES
Plenary 2	The interfaces, films and nanoscale materials in supercritical fluids : fundamentals and applications.
	*Johnston K.P., Korgel B.A., Lu Xianmao, Ryoo W., Shah P.,* The University of Texas, Austin, (USA).

Te : Equations of State / critical properties
PTe1	Equation-of-state development.
	Nieuwoudt I. and Du Rand M., University of Stellenbosch (South Africa).
PTe2	Evaluation of some gc methods to predict the critical properties of aroma compounds.
	Cerpa M.G., C. & C.E.I.R.L., Lima (Peru).
PTe4	Crossover saft-back equation of state for pure CO2 and H2O.
	Hu Zhong-Qiao, Yang Ji-Chu and Li Yi-Gui, Tsinghua University, Beijing (China).

Ts : Solubility and Phase Equilibria
Ts1	High-pressure phase behavior of binary systems of carbon dioxide and certain ionic liquids.
	*Shariati A. and Peters C.J.,* Delft University of Technology (The Netherlands).
Ts2	Derivation of fluid and complete phase diagrams for ternary systems with one volatile component and immiscibility phenomena in two binary subsystems.
	*Valyashko V.M.,* Kurnakov Institute of General and Inorganic Chemistry, Moscow (Russia).
Ts3	Phase equilibrium thermodynamics for a polycarbonate production process using supercritical carbon dioxide.
	*Van Schilt M., Wering R., Kemmere M.F., Keurentjes J.T.F.,* Eindhoven University of Technology, *De Loos T.W.,* Delft University of Technology (The Netherlands).
Ts4	Separation of ionic liquids from organic and aqueous solutions using supercritical fluids: dependence of recovery on the pressure.
	*Aki S.N.V.K.., Anthony J.L., Brennecke J.F,* University of Notre Dame (USA), *Scurto A.M.,* Institut für Technische Chemie und Makromolekulare Chemie, Aachen (Germany).
Ts5	Capillary-column supercritical fluid chromatography as a route to solute partition coefficients in ionic liquid-CO2 systems : feasibility study.
	*Planeta J. and Roth M.,* Institut of Analytical Chemistry, Brno (Czech Republic).
Ts6	A new thermodynamic method for solid-liquid-vapor equilibrium in ternary antisolvent crystallization system using binary data.
	*Mukhopadhyay M. and Dalvi S.V.,* Indian Institute of Technology, Bombay (India).
Ts7	An uncommon type of high-pressure four phase equilibria and effects of multiphase split on supercritical fluid extraction.
	*Beier A., Stephan K. and Hasse H.,* University of Stuttgart (Germany), and Kuranov G.,* St-Petersburg, University (Russia).*
Ts8	Thermodynamic consistency tests for phase equilibrium in liquid solute + supercritical solvent mixtures.
	*Valderrama J.O. and Alvarez V.H.,* University La Serena, Casilla (Chile).
Posters
PTs1	Study of the CO2/ heavy alcohols systems : measurements and correlation with the Peng-Robinson equation of state.
	Petrova E., Neau E., Crampon C., Université de la Méditerranée, Marseille, and Jaubert J.N, E.N.S.I.C., Nancy (France).
PTs2	Calculation of solubilities for systems containing bixin, β-carotene and supercritical carbon dioxide.
	Queiroz E.M., Pessoa F.L.P., DEQ/EQ/UFRJ, Rio de Janeiro (Brazil), Nobre B.P., Mendes R.L., INETI, Lisboa, Coelho J.P., DEQ/ISEL, Lisboa, Palavra A.F, Instituto Superior Tecnico, Lisboa (Portugal).
PTs3	Measurement and correlation of phase equilibria for water + 2-propanol-alkane ternary systems at high temperatures and pressures.
	Shimoyama Y., Iwai Y., Shinkai I. and Arai Yoshio, Kyushu University, Fukuoka (Japan).
PTs4	Measurement and correlation of solubility of (s)-boc-piperazine and racemic boc-piperazine in supercritical carbon dioxide.
	Uchida H., Usui I., Takiyama H. and Matsuoka M., Tokyo University of Agriculture and Technology (Japan).
PTs5	Solubilities of 2-methylpyrazine; 2-furylalcohol; 2,5-dimethylpyrazine; γ -butyrolactone and 2-furfurylacetate in supercritical carbon dioxide.
	Oliveira A.L., University of Sao Paulo, Cabral F.A. and Eberlin M.N., State University of Campinas (Brazil).
PTs6	Solubility measurement of noble-metal chelates in supercritical CO2.
	Tsuruta N., Yoda S., Sugeta T., Takebayashi Y., Otake K., NAIST, Ibaraki, Hasegawa A. and Tsuji T., Nihon University (Japan).
PTs7	High pressure vapor liquid equilibrium for carbon dioxide + ethanol + 2-buthanone system.
	Tsuji T., Sakai M. and Hiaki T., Nihon University (Japan).
PTs8	Solubility of flurbiprofen and timolol maleate in dense carbon dioxide.
	Coimbra P., Duarte A.R.C., Duarte C.M.M., Instituto de Biologia Experimental e Tecnologica, Oeiras, De Sousa H.C., Universidade de Coimbra (Portugal).
PTs11	Determination of solid-liquid-gas equilibrium curves for some fats in presence of carbon dioxide.
	Alessi P., Cortesi A., Fogar A. and Kikic I., University of Trieste (Italy).
PTs13	High-pressure solubility data of system ethanol (1) + quercetin (2) + CO2 (3).
	Chafer A., Berna A., Monton J.B., University of Valencia, and Femenia A., Chemistry Department, Palma de Mallorca (Spain).
PTs14	Measurement and correlation of solubilities : for trifluoro-methylbenzoic acid isomers in supercritical carbon dioxide.
	Higashi H., Iwai Y., Ogino Y., Oki M. and Arai Yoshio, Kyushu University, Fukuoka (Japan).
PTs15	Modeling of phase equilibria for binary and ternary mixtures of carbon dioxide, hydrogen and methanol.
	Foster N.R, Bezanehtak K. and Dehghani F., The University of New South Wales, Sydney (Australia).
PTs16	Determination of the solubilities of dispersed red dianix dye in supercritical CO2 by a static method and modeling.
	Barbosa A.A.D.O., Muniz E.C., Rubira A.F., Andrade Cid M.G. and Povh N.P., Universidade Estadual de Maringa (Brazil).
PTs17	Experimental study of thermoyphysical properties of liquids and liquid mixtures.
	Mirskaya V., Russian Academy of Sciences, Makhachkala (Russia).
PTs18	Application of the GCA-EOS model to the supercritical processing of associating oil derivatives : fatty acids, alcohols and triglycerides.
	Ferreira O., Pereda S., Bottini S.B. and Brignole E.A., PLAPIQUI, Bahia Blanca (Argentina).
PTs19	Phase equilibria in mixtures of hydrogen, propane and fatty oil derivatives at supercritical conditions.
	Rovetto L.J., Pereda S., Bottini S.B., PLAPIQUI, Bahia Blanca (Argentina), and Peters C.J., Delft University of Technology (The Netherlands).
PTs20	Multiphase equilibria in ternary water-salt systems at high temperatures and pressures.
	Urusova M.A., Kurnakov Institute of General and Inorganic Chemistry, Moscow (Russia).
PTs21	Measurement of solubilities of metal chelates in supercritical carbon dioxide using a quartz crystal microbalance.
	Seifried B.A. and Guigard S.E., University of Alberta (Canada).
PTs22	Phase transitions of binary and ternary systems with carbon dioxide, triglycerides and ethanol.
	Ndiaye P.M., Priamo W.L., Franceschi E., Dariva C., Oliveira D., Oliveira J.V., Erechim, Tavares F.W, Federal University of Rio de Janeiro (Brazil).
PTs25	Solubility of thiophene in supercritical carbon dioxide at temperature from 313 to 363 K.
	Elizalde-Solis O., Serrano-Cocoletzi V. and Galicia-Luna L.A, ESIQIE, Mexico (Mexico).
PTs26	The phase behavior of systems of supercritical CO2 and propane with edible fats.
	Münükhlü P., Wubbolts F.E., Jansens P.J., and De Loos T.W., Delft University of Technology (The Netherlands).
PTs27	Solubility behavior of ternary systems of lipids, cosolvents and supercritical carbon dioxide.
	Güçlü-Üstündäg Ö. and Temelli F., University of Alberta (Canada).
PTs28	Analysis of the co-solvent effect on dye solubility.
	Shim Jae-Jin, Sung Hwan-Do, Ahn Jae-Myoung and Lee Gun-Ho, Yeugnam University (Korea).
PTs29	Investigation of the phase behavior of low volatile substances and supercritical fluids with regard to particle formation processes.
	Türk M., Upper G. and Steuerenthaler M., Universität Karlsruhe (Germany).
PTs30	Phase equilibrium measurements for the clove oil + CO2 system.
	Corazza M.L., Cardozo-Filho L., Universidade Estadual de Maringa, Souza A.T., Martinez Julian, Rosa P.T.V. and Meireles M.A.A., UNICAMP, Sao Paulo (Brazil).
PTs31	Thermodynamic modeling of high-pressure phase equilibria for three essential oil + carbon dioxide systems.
	Aznar M., Arce P.F. and Meireles M.A.A., UNICAMP, Sao Paulo (Brazil).
PTs32	Butanol structure-solubility relationship in supercritical carbon dioxide.
	Ghaziaskar H.S. and Rezayat M., University of Technology, Ispahan (Iran).
PTs34	Phase behavior of binary systems of carbon dioxide and certain low-molecular weight triglycerides : measurements and thermodynamic modeling.
	Florusse L.J, Van’t Hof A., Peters C.J., Delft University of Technology (The Netherlands), Fornari T. and Bottini S.B., PLAPIQUI, Bahia Blanca (Argentina).
PTs35	Fluid phase behavior of systems of carbon dioxide and certain essential oils.
	Bittencourt Dutra de Sousa E.M., Chiavone-Filho O., Universidade Federal de Rio Grand, Meireles M.A.A., Quispe-Condori S., UNICAMP, Sao Paulo (Brazil), Toussaint V.A., and Peters C.J., Delft University of Technology (The Netherlands).
PTs36	Estimating solvent effects for fatty compounds in supercritical carbon dioxide from langevin dynamic calculations.
	Holser R.A., USDA-ARS-NCAUR, Peoria (USA).
PTs37	Selective metal ion extraction using supercritical carbon dioxide.
	Glennon J.D., O’Keeffe A., Curran N.M., Treacy J., O’Connell M., McSweeney C.C. and Cocker D., University College Cork (Ireland).
PTs38	The solubility of cobaltic salts in supercritical water.
	Liang Ming-Tsiang, Chern Shyh-Ming., Hsu Ching-Yi, Li Qing-Fan, Ye Nai-Jai, Lu Hua-Yao, I-Shiou University, Chung Z.J., Institute of Nuclear Energy Research (Taiwan).
PTs39	Solubility of syringic and vanillic acids in supercritical carbon dioxide.
	Murga R., Sanz M.T., Beltrán S. and Cabezas J.L., Department of Chemical Engineering, University of Burgos (Spain).

Tp : Physico-chemical properties
Tp1	High pressure CO2-induced swelling of ionic liquids.
	*Sakellarios N.I. and Kazarian S.G.,* Imperial College (United Kingdom).
Tp2	Phase behavior and spectroscopic characterization of CO2-expanded fluorinated microemulsions.
	*Knutson B.L. and Kho Yeh Wei,* University of Kentucky (USA).
Tp3	Development of fluorinated surfactant for water-in supercritical CO2 microemulsion.
	*Sagisaka M., Sakai H., Abe M.,* Tokyo University of Science, *Otake K., Yoda S., Takebayashi Y., Sugeta T., Nakazawa N*., NIAIST, Ibaraki, *Kondo Y. and Yoshino N.,* Tokyo University of Science (Japan).
Posters
PTp1	Supercritical water as reaction media : physical properties at supercritical conditions an overview.
	Garcia J., Perez O.E., Fernandez-Polanco F. and Cocero M.J., University of Valladolid (Spain).
PTp2	Interfacial tension measurements of polymer/sc-CO2 systems by the pendant drop method.
	Kobayashi M., Sakai H., Abe M., Tokyo University of Science, Otake K., Yoda S., Takebayashi Y., Sugeta T., Nakazawa N., NIAIST, Ibaraki, (Japan).
PTp4	Dynamic and rheological properties at supercritical CO2-water interface.
	Tewes F. and Boury F., INSERM-ERIT, Angers (France).
PTp7	Diffusion coefficient measurements using stefan tube at supercritical conditions.
	Ozguler I.E., Sunol S.G. and Sunol A.K., University of South Florida (USA).
PTp8	Binary diffusion coefficients of naphtalene and benzene in the near-critical region of carbon dioxide.
	Funazukuri T., Chuo University, Kong C.Y. and Kagei S., Yokohama National University (Japan).
PTp9	Infinite-dilution binary diffusion coefficients for unsaturated fatty acids and its derivatives in supercritical carbon dioxide.
	Kong C.Y., Kagei S., Yokohama National University and Funazukuri T., Chuo University, Tokyo (Japan).
PTp10	On-line measuring refractive index of supercritical medium.
	Sun Yongda, Grimsey I.M. and York P., University of Bradford (United Kingdom).
PTp11	Constant-volume heat capacity of mixed supercritical fluids near the critical region and intermolecular interaction.
	Mu Tiancheng, Zhang Xiagang, Han Buxing, Li Hongping, Wu Weize, Du Jimin, Chen Jiawei and Sun Donghai and Zhao Guoying, Chinese Academy of Sciences, Beijing (China).
PTp12	Compressed liquid densities of 1-hexanol, 1-heptanol and 1-octanol via a vibrating tube densimeter from 313 to 363 K and 25 MPa.
	Bernal-Garcia J.M., Zuñigo-Moreno A. and Galicia-Luna L.A, ESIQIE, Mexico (Mexico).
PTp13	On the kinetics of hydrate formation in the system CO2-H2O.
	Ullrich A. and Eggers R., TU Hamburg-Harburg (Germany).
PTp14	Supercritical fluid solvent effects on carboxylic acid dimer formation.
	Bell P.W., Thote A.J., Gupta R.B., Roberts C.B., Auburn University and Park Yoonkook, Tuskegee University (USA).
PTp15	Investigation of solute behaviour in supercritical fluids by dielectric spectroscopy.
	Piazza S., Galia A., Iaia V. and Filardo G., Universita di Palermo (Italy).
PTp16	Mid-IR investigation of solvent clustering around solutes in CO2-expanded organic solutions.
	Sala S., Ventosa N., Veciana J., Institut de ciencia de Materials de Barcelone (Spain), Tassaing T., Danten Y. and Besnard M., Université de Bordeaux 1 (France).
PTp17	Local density augmentation around exciplex in supercritical carbon dioxide as revealed by transient absorption and fluorescence lifetime measurements.
	Aizawa T., Kanakubo M. and Ikushima Y., NIAIST, Sendai (Japan).
PTp18	Are molecules at surfaces solvated by supercritical fluids differently than in solution ?
	Bright F.V., Page P.M., Munson C.A., Gardinier W.E., University of Buffalo (USA).
PTp19	Imaging under pressure.
	Kazarian S.G. and Chan K.L.A, Imperial College, London (United Kingdom).
PTp20	Effect of compressed CO2 on the properties of aot in isooctane reverse micellar solution and its application to recover nanoparticles.
	Liu Dongxia, Zhang Jianling, Mu Tiancheng, Chen Jing, Wu Weize, He Jun, Yang Guangying and Han Buxing, Chinese Academy of Sciences, Beijing (China).
PTp21	Measurements of interfacial tension and investigation of liquid dispersion in supercritical media.
	Boutin O., Badens E., Charbit G., University Aix-Marseille, Boinon C. and Cagna A., IT Concept, Longessaigne (France).

REACTIONS
Rm : Mineral
Rm1	Chemical fluid deposition of metals from supercritical fluids.
	*Cabanas A., Zong Yinfeng and Watkins J.J.,* University of Massachusetts (USA).
Rm2	Synthesis and stabilization of metallic nanoparticles and premetallic intermediates in PFPE/CO2 reverse micelle systems.
	*Roberts C.B., McLeod M.C., Kitchens C.L.,* Auburn University.
Rm3	Synthesis of fine ceramic oxide particles by the sol-gel process in supercritical CO2.
	*Robbe O., Sarrade S., Papet S.,* CEA-VALRHO, Pierrelatte, *Guizard C. and Julbe A.,* Institut Européen des Membranes, Montpellier (France).
Rm4	The influence of fluid composition on the formation mechanism and properties of corundum and quartz synthesized in supercritical conditions.
	*Danchevskaya M.N., Torbin S.N., Ivakin Y.D., Muravieva G.P. and Ovchinnikova O.G.,* Moscow State University (Russia).
Posters
PRm1	Processes occurring in fluid of primary alcohols at high pressure during synthesis of corundum.
	Ivakin Y. D. and Danchevskaya M.N., Moscow State University (Russia).
PRm2	Synthesis and characterization of silicalite-1.
	Cekova B., Kocev D. and Jankovski V., School of Chemistry and Technology “Marie-Curie Slodovska”, Skopje (Republic of Macedonia).
PRm3	Electroplating process in emulsion with fluorinated analogues of AOT in supercritical state.
	Park Ji-Young, Kim Jae-Duck, Lee Youn-Woo, Lim Jong-Sung, KIST, Seoul and Lee Chang Ha, Yonsei University, Seodaemoon (Korea).
PRm4	Preparation of metal-oxide-pillared clay using supercritical intercalation.
	Yoda S., Endo A., Yanagishita H., Otake K., NAIST, Ibaraki, Nagashima Y. and Tsuchiya T., Tokyo University of Science, Chiba (Japan).
PRm5	Synthesis and modelling of metallic nanoparticles in compressed liquid and supercritical fluid based reverse micelles.
	Roberts C.B., Kitchens C.L., Gale W.P., McLeod M.C., Auburn University, Beckman E.J., University of Pittsburgh (USA).

Ro : Organic
Ro1	Continuous reactions in supercritical fluids.
	*Licence P., Carter D., Amandi Gomez R., Ross S.K. and Poliakoff M.,* University of Nottingham (U.K.).
Ro2	High pressure vapor + liquid + liquid equilibria of some carbon dioxide + organic + water ternary systems.
	*Lazzaroni M.J., Bush D., Hallett J.P., Brown J.S., Liotta C.L., Eckert C.A.,* Georgia Institute of Technology (USA), *Gläser R.,* Institute of Chemical Technology, University of Stuttgart (Germany).
Ro3	Hydrogenation at supercritical single-phase conditions.
	*Härröd M., Van Den Hark S.,* Holmqvist A., Härröd Research AB, Göteborg (Sweden), *Möller P.,* Aarhus (Denmark).
Ro4	Catalytic dimerization of methyl acrylate under supercritical carbon dioxide-ionic liquid biphasic medium.
	*Ballivet-Tkatchenko D., Picquet M.,* Université de Bourgogne, Dijon (France), *Solinas M., Francio G., Leitner W.,* MPI für Kohlenforschung, Mülheim an der Ruhr, *Wasserscheid P.,* ITCMC-RWTH, Aachen (Germany).
Ro5	Biphasic hydrogenation and oxidation of terpenes in supercritical carbon dioxide.
	*Banet-Osuna A.M., Milewska A., Fonseca I. and Nunes da Ponte M.,* Universidade Nova de Lisboa (Portugal).
Ro6	Cycloaddition of oxirane with carbon dioxide in the supercritical homogeneous state.
	*Sako T., Fukai T., Sahashi R.,* Shizuoka University and Sone M., Tokyo University of Agriculture (Japan).
Ro7	Chemical modification of starches in the presence of supercritical CO2.
	*Holser R.A. and Shogren R.L.,* USDA-ARS-NCAUR, Peoria (USA).
Ro8	Estrone synthesis under supercritical fluid using shock heating by compressed carbon dioxide.
	Buback M., Georg-August-Universität,Göttingen (Germany).
Ro9	Organic reactions and nanoparticle preparation in CO2 induced water/p104/p-xylene/microemulsions.
	*Zhang Rui, Liu Jun, He Jun, Han Buxing, Jiang Tao, Shen Dong, Huang Jun and Gao Haixiang,* Chinese Academy of Sciences, Beijing (China).
Ro10	SCF-isopropanol as a reagent in organic, organometallic and inorganic chemistry.
	*Gubin S.P., Bustaeva E.Y.,* N.S. Kurnakov Institute of General and Inorganic Chemistry, Moscow (Russia).
Ro11	Reaction calorimetry in supercritical fluids – a novel tool.
	*Meyer T., Lavanchy F. and Fortini S.,* Swiss Federal Institute of Technology, Lausanne (Switzerland).
Posters
PRo1	Continuous esterification in supercritical carbon dioxide.
	Ghaziaskar H.S. and Daneshfar A., University of Technology, Ispahan (Iran).
PRo2	Synthesis of silsesquioxanes derived from (3-methylacryloxypropyl) trimethoxysilane by using supercritical CO2 as a solvent medium.
	Fanovich M.A., Fraile J., Loste E, Domingo C. ICMAB, Barcelona (Spain), Williams R.J.J., INTEMA, Mar del Plata (Argentina).
PRo3	Reaction analysis of aromatic ring methylation with supercritical methanol in the presence of zeolite catalyst.
	Horikawa Y., Uchino Y., Sako T., Shizuoka University, Bulgarevich D.S., AIST, Shichijo Y. JCII Shizuoka University (Japan).
PRo4	Cyclic carbonate synthesis by carbon dioxide fixation using the scCO2-ionic liquid reaction system.
	Kawanami H., Sasaki A. and Ikushima Y., National Institute of Advanced Industrial Science and Technology, Sendai (Japan).
PRo5	Influence of supercritical CO2 in the reactivity of a reactive dye with a model alcohol in a tubular reactor.
	Fernandez-Cid M.V., Van der Kraan M., Witkamp G.J., Delft University of Technology, Veugelers W.J.T. and Woerlee G.F., FeyeCon Development & Implementation, Utrecht (The Netherlands).
PRo6	Synthesis of CO2-soluble shiff base type chelating agent for supercritical extraction of heavy metals.
	Güzel B. and Gözüyesil S., Cukurova Universitesi, Adana (Turkey).
PRo7	New fluorinated rhodium-phosphine complexes for hydrogenation in supercritical carbon dioxide.
	Güzel B. and Altinel H., Cukurova Universitesi, Adana (Turkey).
PRo8	Kinetic comparison of a three-phase catalytic hydrogenation reaction conducted with and without supercritical carbon dioxide.
	Lucien F.P., Zwolak G., The University of New South Wales, Sydney (Australia), and Bertucco A., University of Padova (Italy).
PRo9	Pd-catalysed hydrogenation of sunflower oil in sc propane : design of experiments in a well mixed continuous reactor.
	Ramirez E., Recasens F., Fernandez M. and Larrayoz M.A., ETSEIB-UPC, Barcelona (Spain).
PRo12	Novel Diels-Alder chemistry in supercritical carbon dioxide.
	Cott D.J., Ziegler K.J., Holmes J.D., Hanrahan J.P., University College Cork, Cork, (Ireland), Graham A.E., University of Wales (United Kingdom).
PRo13	Development of heterogeneous catalysts for hydroformylation of 1-hexene in supercritical carbon dioxide.
	Abraham M.A., Marteel A.E., Davies J.A., Mason M.R., Tack T. and Bektesevic S., University of Toledo (USA).
PRo14	Effect of catalyst basicity on dimethyl carbonate synthesis from methanol and supercritical carbon dioxide.
	Kim Jae-Duck, Hong Seung-Tae, Lim Jong-Sung and Lee Youn-Woo, Korea Institute of Sciences and Technology, Seoul (Korea).
PRo15	Polymer supported homogeneous catalysts for reactions in supercritical carbon dioxide.
	Akgerman A., Flores R., Lopez-Castillo Z.K., Kani I. and Fackler J.P. Jr., Texas A & M University, College Station (USA).
PRo17	New methods for the determination of the phase behaviour of supercritical reaction mixtures.
	Ke Jie, Sokolova M., George M.W., Poliakoff M., King P.J., Mellor C.J., University of Nottingham (U.K), Avdeev M.V., Konovalov A.N., Popov V.K. and Bagratashvili V.N., Institute of Laser and Information Technologies, Moscow (Russia).
PRo18	Kinetic studies of benzyl radicals in supercritical fluids.
	Oum K., Sekiguchi K., Luther K. and Troe J., Universität Chemie, Göttingen (Germany).
PRo19	H/D-exchange reactions of eugenol and 2-methylnaphtalene in deuterium oxide at high temperatures and pressure.
	Kalpala J., Hartonen K. and Riekkola M.L., University of Helsinki (Finland).

Rw : Reactions in Supercritical Water
Rw1	Chemical reactions in supercritical water with density-dependent rates.
	*Savage P., Henrikson J.T. and Benjamin K.M.,* University of Michigan (USA).
Rw2	Hydrothermal synthesis at supercritical conditions : experiments and simulation.
	*Adschiri T., Takami S., Umetsu M. and Tsukada T.,* Tohoku University (Japan).
Rw3	Study of the oxidation of nickel in sub- and supercritical aqueous solutions by X-ray absorption near-edge structure.
	Petitet J.P., CNRS-LIMHP, Villetaneuse, *Baudelet F., Carlès P. and Beauverger M.,* Université de Paris VI (France).
Rw4	A transpiring wall reactor with an inner alumina porous tube for supercritical water oxidation : experimental results on corrosive solvents destruction.
	*Fauvel E., Joussot-Dubien C., Tanneur V., Sarrade S.,* CEA-VALRHO, Pierrelatte, *Guichardon P., Charbit G. and Charbit F.,* Université de Marseille (France).
Rw5	Hydrothermal oxidation treatment and reaction control by oxygen injection.
	*Mateos D., Cansell F.,* ICMCB, Pessac (France), Portela J.,* Facultad de Ciencias, Cadiz (Spain),* *Marraud C.,* SNPE Propulsions, Saint-Médard-en-Jalles (France).
Rw6	Novel treatment of hazardous solid wastes using a hybrid SCWO system.
	*Kawasaki S.L., Fujii T., Suzuki A.,* Organo Corporation, *Kimura T.,* New Energy and Industrial Technology Development Organisation, *Sato H.,* The Energy Conservation Center (Japan).
Rw7	Supercritical water oxidation of industrial waste water from pilot to demonstration plant.
	*Cocero M.J., Martin A., Bernejo M.D., Santos M., Rincon D., Alonso E. and Fernandez-Polanco F.,* Valladolid University (Spain).
Rw8	First results of a continuous SCWO pilot reactor for the elimination of organic liquid radioactive waste.
	*Turc H.A, Broudic J.C.,* CEA-Valrho, Bagnols-s-Cèze, and Joussot-Dubien C., CEA Pierrelatte (France).
Rw9	Experimental and simulated study of a hydrothermal oxidation reactor : unsteady reactor behaviour after a reactor stop.
	*Dutournié P.,* LETEE, Lorient, Aymonier C., Cansell F., ICMCB, Pessac and Mercadier J., ENSGTI, Pau (France).
Rw10	Gasification of organic compounds by a ruthenium (IV) oxide catalyst in supercritical water.
	*Park Ki-Chui and Tomiyasu H.,* Shinshu University, Nagano (Japan).
Rw11	Nanocrystalline supported catalysts prepared in sub-and supercritical water : catalytic activity in oxidation, hydrogenation and isomerization reactions.
	*Galkin A.A., Turakulova A.O., Sadykov A.F., Kuznetsova N.N. and Lunin V.V.,* Moscow State University (Russia).
Posters
PRw1	Alkylation and dealkylation of alkyl phenols in supercritical water.
	Sato Takafumi, Sekiguchi G., Adschiri T. and Arai Kunio, Tohoku University, Sendai (Japan).
PRw2	Supercritical water oxidation of urea.
	Okazaki M. and Funazukuri T., Chuo University, Tokyo (Japan).
PRw3	Reaction of decomposition and oxidation of aliphatic nitro compounds in supercritical water.
	Anikeev V.L., Yermakova A., Institut of Catalysis Russian Academy of Sciences, Novosibirsk (Russia), Goto M., Kumamoto University (Japan).
PRw4	Screening of organic chemistry in high-temperature water.
	Dudd L.M., Venardou E., Garcia-Verdugo E. Poliakoff M., University of Nottingham (U.K.), Gorbaty Y. E., Institute of Experimental Mineralogy, Moscow (Russia).
PRw5	The catalytic influence of the reactor material on the reforming of methanol in supercritical water.
	Diem V., Boukis N., Habicht W. and Dinjus E., Institut für Technische Chemie, Karlsruhe (Germany).
PRw6	Experimental determination of hydroxyl radical reactivity in supercritical water using pulse radiolysis.
	Feng J., Aki S.N.V.K., Brennecke J.F., University of Notre Dame, Chateauneuf J.E, Western Michigan University (USA).
PRw7	Waste plastic gasification and hydrogen production in supercritical water.
	Okajima I., Shimoyama D., Sako T., Shizuoka University and Yamagai Y., JECTEC, Shizuoka (Japan).
PRw8	Efficiency of a stirred reactor to treat organic effluent containing mineral salt in SCWO.
	Calzavara Y., Joussot-Dubien C., Turc H.A. and Sarrade S., CEA-VALRHO, Pierrelatte (France).
PRw9	Modelling of new reactor concept for hydrothermal oxidation.
	Vielcazals S., Mercadier J., Marias F., Dutournié P., LTEP, Pau, Bottreau M., HOO, Pessac, Cansell F., ICMCB, Pessac (France).

Rp : Polymerization and polymer recycle
Rp1	Solid state polymerization in the presence of supercritical carbon dioxide : mechanisms of reaction rate enhancement.
	*Roberts G.W., Shi Chunmei, DeSimone J.M., Kiserow D.J.,* North Carolina State University, Raleigh, *Gross S.M.,* MiCell Technologies (USA).
Rp2	Synthesis of polyimides in supercritical carbon dioxide.
	*Vygodskii Y. S., Said-Galiyev E.E., Nikitin L.N., Vinokur R.A, Khokhlov A.R.,* A.N. Nesmeyanov Institute of Organoelement Compounds, Moscow, Gallyamov M.O., M.V. Lomonosov State University, Moscow, *Pototskaya I.V., Kireev V.V.,* D.I. Mendeleev Russian University of Chemical Engineering, Moscow(Russia) *Schaumbourg K.,* University of Copenhagen (Denmark).
Rp3	Heterogeneous polymerisation of 1-vinyl-2 pyrrolidone in sc carbon dioxide in the presence of reactive polymethylsiloxane surfactants.
	*Galia A., Giaconia A., Iaia V. and Filardo G.,* Universita di Palermo (Italy).
Rp4	Ultrasound-induced polymerisations in high-pressure fluids.
	*Kuijpers M.W.A., Kemmere M.F and Keurentjes J.T.F.,* Eindhoven University of Technology (The Netherlands).
Rp5	Synthesis and light scattering of fluorinated and siloxane-based polymers in compressed carbon dioxide.
	*DeSimone J.M., Folk S., André P. and Adam M.,* University of North Carolina, Chapell Hill (USA).
Rp6	The formation of ammonium terephtalate and therephtalates of the I-III groups as a result of recycling of PET items in supercritical water.
	*Panasyuk G.P., Azarova L.A., Khaddaj M., Voroshilov I.L., Boudova G.P., Izotov A.D. and Grusha T.V.,* N.S. Kurnakov Institute of General and Inorganic Chemistry, Moscow (Russia).
Rp7	Development of chemical recycling process for post-consumer PET bottles by methanolysis in supercritical methanol.
	*Genta M., Uehara R., Yano F., Kondo Y.,* Mitsubischi Heavy Industries, Kobe, *Matsubara W.,* Mitsubischi Heavy Industries, Hiroshima (Japan).
Rp8	Depolymerization scheme of polyethylene terephtalate in supercritical methanol.
	*Goto M., Genta M., Iwaya T., and Hirose T.,* Kumamoto University (Japan).
Posters
PRp1	Dispersion polymerization of poly (methyl methacrylate) and poly(vinyl pyrrolidone) stabilized with poly[perfluoroalkyl(meth)acrylate] in supercritical carbon dioxide.
	Bae W., Lee H., Kwon S. and Kim H., Seoul National University (Korea).
PRp3	Dispersion polymerization of methyl methacrylate with hydrocarbon surfmers and long chain fatty acids as dispersion reagents.
	Kobayashi M., Sakai H., Abe M., Tokyo University of Science, Otake K., Yoda S., Takebayashi Y., Sugeta T. and Nakazawa N., NIAIST, Ibaraki (Japan).
PRp4	RAFT polymerization and supercritical carbon dioxide.
	Lacroix-Desmazes P., Ma Z., Boutevin B., ENS Chimie, Montpellier (France), DeSimone J.M., University of North Carolina, Chapel Hill (USA).
PRp7	Production of valuable organic compounds by hydrolyzing biopolymers in water at elevated temperatures and pressures.
	Albrecht T. and Brunner G., TU Hamburg-Harburg (Germany).
PRp8	Rapid and selective conversion of cellulose to valuable chemical intermediates with supercritical water.
	Sasaki M., Genesis Research Institute, Inc., Sendai, Sekiguchi G., Adschiri T. and Arai Kunio, Tohoku University, Sendai (Japan).
PRp9	Technological aspects of terephtalic acid formation from PET waste bottles in supercritical water.
	Panasyuk G.P., Khaddaj M., Privalov V.I., Voroshilov I.L. and Boudova G.P., N.S. Kurnakov Institute of General and Inorganic Chemistry, Moscow (Russia).

Rb : Biochemical reactions and sterilization
Rb1	Enzymatic hydrolysis of sunflower oil in sc CO2.
	*Habulin M., Primozic M. and Knez Z.,* University of Maribor (Slovenia).
Rb2	Reactions in supercritical carbon dioxide efficient product fractionation following enzymatic aroma synthesis.
	*Gamse T., Kracker-Semler G. and Marr R.,* Graz University of Technology (Austria).
Rb3	CO2 as NH2-blocking group in enzymatic inter-esterification reactions of alcohols containing amino groups.
	*Dijkstra Z.J., Keurentjes J.T.F.,* Eindhoven University of Technology and Weyten H.,* VITO (The Netherlands).*
Rb4	The production of flavor esters in supercritical carbon dioxide.
	*Romero M.D., Calvo L., Alba C. and Luis M.,* Universidad Complutense de Madrid (Spain).
Rb5	Disinfection and disinsection effect of CO2 under pressure on food matrix.
	*Capilla V., Mañez M.,* AINIA, Valencia, Moreno Mari J. and Jimenez R., University of Valencia (Spain).
Rb6	Membrane carbon dioxide sterilization of liquid foods: scale up of a commercial continuous process.
	*Sims M., Estigarribia E.,* PoroCrit LLC, Berkeley, California, *Yuan James T.C.,* American Air Liquide, Countryside, IL, (USA).
Posters
PRb1	Compressed solvent and pressure effects on metabolism and growth in hole-cell bioprocessing.
	Bothun G.D., Knutson B.L., Strobel H.J. and Nokes S.E. University of Kentucky Lexington (USA).
PRb2	Supercritical carbon dioxide assisted reaction of vegetable oil on enzymatic membrane and cross-flow filtration.
	Pomier E., Rios G.M., Paolucci Jeanjean D., European Institute of Membranes, Montpellier, Sarrade S., CEA Pierrelatte, Pina M., International Cooperation Centre in Agronomic Search for the Development, Montpellier (France).
PRb3	Assessment of the effects of temperature and pressure on lipase activity in scCO2.
	Lanza M., Priamo W.L., Oliveira J.V., Dariva C. and Oliveira D., Erechim (Brazil).
PRb5	Preservation of nutritive properties of tomato sauce by high pressure CO2 pasteurization.
	Parton T., Toniolo C., Elvassore N. and Bertucco A., Universita di Padova, De Sanctis S., Dal Corso S. and Grimolizzi L., SAPIO Produzione Idrogeno Ossigeno S.R.L., Monza (Italy).

MATERIALS
Plenary 3	Powderous composites by high pressure spray processes.
	*Weidner E.,* University Bochum (Germany).

Mp : Polymer processing
Mp1	The role of CO2 in enhancing polymer extrusion processes.
	*Li Hongbo, Han Xiangmin, Wingert M.J., Lee James, Koelling K.W and Tomasko D.L.,* Ohio State University, Columbus (USA).
Mp2	The influence of high-pressure carbon dioxide on the phase behavior of pdms/pems blends : an experimental and theoretical investigation.
	*Colina C.M., Walker T.A., Spontak R.J.and Gubbins K.E.,* North Carolina State University, Raleigh (USA).
Mp3	High pressure polymer crystallization in supercritical or dense fluids.
	*Upper G., Beckel D., Zhang Wei and Kiran E.,* Virginia Tech, Blacksburg (USA).
Mp4	Nmr studies on the properties of polymers in supercritical CO2.
	*Hill D.J.T., Thurecht K.J. and Whittaker A.K.,* University of Queensland (Australia).
Posters
PMp1	Experimental evaluation of poly(methyl methacrylate) solubility in supercritical media.
	Morbidelli M., Bonavoglia B., Verga U., Mueller P. and Storti G., Institute for Chemical and Bioengineering, Zürich (Switzerland).
PMp2	Separation of pe/ps in-situ reactive blends with near critical n-pentane.
	Diaz M., Brignole E.A , Mabe G. and Barbosa S., Universidad Nacional del Sur, Bahía Blanca (Argentina).
PMp4	Mass swelling of perfluorinated polymers exposed to supercritical carbon dioxide.
	Filardo G., Abduljavad M., and Galia A., Universita di Palermo (Italy).
PMp5	Combining rheology and spectroscopy for studying of polymeric materials subjected to high-pressure carbon dioxide.
	Flichy N.M.B., Lawrence C.J. and Kazarian S.G. and Briscoe B., Imperial College, London (United Kingdom).
PMp6	Sorption of supercritical carbon dioxide by some polymers : in situ investigation.
	Nikitin L.N., Said-Galiyev E.E., Vinokur R.A., Khokhlov A.R., Nesmeyanov Institute of Organoelement Compounds, Moscow, Gallyamov M.O., Nikolaev A., Moscow State University (Russia), Jespersen H. and Schaumburg K., University of Copenhagen (Denmark).
PMp7	Phase behavior (s-l-g) and fluid dynamic properties of high viscous polyethylene glycols in the presence of compressed carbon dioxide.
	Kukova E., Petermann M. and Weidner E., Ruhr Universität Bochum (Germany).
PMp8	Thermodynamic modeling of CO2-polystyrene polymethacrylate and polystyrene / poly(vinylpyridine) block copolymers.
	Kikic I., Alessi P., Cortesi A., Vecchione F., Eva F., University of Trieste, Elvassore N., University of Padova (Italy).
PMp10	Production of polymer particles using supercritical carbon dioxide as a processing solvent in an extruder.
	Nalawade S.P. and Janssen L.P.B.M., University of Groningen (The Netherlands).
PMp11	Production of controlled microporous polymers by supercritical CO2.
	Reverchon E. and Cardea S, University di Salerno (Italy).
PMp12	Impregnation of both porous and non-porous polymeric systems aided by scCO2. Foams production.
	Domingo C., Fanovich M.A., Fraile J., Loste E., Gomez-Morales J., ICMAB, Barcelona (Spain), Elvira C., San Roman J., Larroz E., CSIC, Madrid (Spain), Ayllon J.A., Universita Aunonoma, Bellaterra (Spain), Subra P., LIMHP, Villetaneuse (France).
PMp13	Complex interactions among additive/supercritical CO2 /polymer ternary systems and factors governing the impregnation efficiency.
	Qun Xu and Chang Yuning, Zhengzhou University (China).
PMp14	Visual observation and modeling of the foaming of thermoplastics by supercritical carbon dioxide.
	Ozaki Y., Sakai H., Abe M., Tokyo University of Science, Chiba, Otake K., Yoda S., Takebayashi Y., Sugeta T. and Nakazawa N., NIAIST, Ibaraki (Japan).
PMp15	Polyetherimide nanofoams using carbon dioxide.
	Hofland G., Kersch C. and Woerlee G.F., FeyeCon Development & Implementation, Utrecht (The Netherlands).
PMp16	Supercritical fluid extraction of residual styrene monomer in polystyrene granules.
	Garrigós M.C., Marín M.L., Cano J.M. and Sánchez A., Institute of Toys Technology (AIJU), Ibi-Alicante (Spain).
PMp17	Application of supercritical fluid extraction to the determination of adipate plasticizers in PVC.
	Cano J.M., Garrigós M.L., Marin M.L., Institute of Toys Technology (AIJU), Ibi-Alicante, V. Hernandis, University of Alicante, Alicante (Spain).
PMp18	Supercritical impregnation isotherm of O-HBA on PMMA in batch stirred reactor.
	Diankov S., System and Chemical Engineering Faculty, Sofia (Bulgaria), Barth D., ENSIC-LTS, Nancy and Subra P., LIMHP, Villetaneuse (France).

Md : Particle design
Md1	Microparticles prepared in supercritical fluids as inhalable drug delivery system.
	*Pellikaan H.C, Smits P.J.,* FeyeCon Development & Implementation, Weesp, *Borchard G., Wiggenhorn M*., Leiden Amsterdam Centre for Drug Research (The Netherlands), *Yuasa H.,* Tokyo University of Pharmacy (Japan).
Md2	Production of crystalline powders for inhalation drug delivery using supercritical fluid technology.
	*Shekunov B.Y., York P.,* University of Bradford, Rehman M., Bradford Particle Design (U.K.), *Chow A.H.L. and Tong H.H.Y.,* The Chinese University of Hong Kong (China).
Md3	Production of drug nanoparticles of controllable size using supercritical anti-solvent with enhanced mass transfer.
	*Gupta R.B and Chattopadhyay P.,* Auburn University (USA).
Md4	Supercritical antisolvent micronization of nalmefene hydrochloride.
	*Adami R., Reverchon E.,* University of Salerno (Italy), *Aaltonen O. Järvenpää E. and Huopalathi R.,* University of Turku (Finland).
Md5	Crystallisation in CO2 medium : from phase equilibria to products.
	*Subra P. and Vega A.,* LIMHP, Villetaneuse (France).
Md6	Modeling of particle formation in supercritical anti-solvent processes : diluted and concentrated regime.
	*Elvassore N., Cozzi F. and Bertucco A.,* Università di Padova (Italy).
Md7	Supercritical antisolvent precipitation: atomization and product quality.
	*Kroeber H and Teipel U.,* Fraunhofer Institut Chemische Technologie, Pfinztal (Germany).
Md8	Micronisation of tobramycin using dense gas anti-solvent techniques.
	*Foster N.R, Ng A.S.N., Dehghani F.,* The University of New South Wales, Sydney, *Regtop H.L.,* Eiffel Technologies, Sydney (Australia).
Md9	A study on micronization of phytosterol by the RESS technique with supercritical CO2.
	*Jiang Siyuan, Chen Min and Zhao Yaping,* Shanghai Jiao Tong University (China).
Md10	A three step supercritical process to improve the dissolution rate of eflucimibe.
	*Lochard H., Rodier E., Sauceau M., Letourneau J.J, Fages J.,* Ecole des Mines, Albi, *Freiss B.,* Institut de Recherche Pierre Fabre, Gaillac and Joussot-Dubien C., CEA-Valrho, Pierrelatte (France).
Md11	Microparticles generation by supercritical assisted atomization.
	*Reverchon E. and Spada A.,* University di Salerno (Italy).
Md12	DELOS process : crystallization of pure polymorphic phases from CO2-expanded solutions.
	*Ventosa N., Sala S. and Veciana J.,* Institut de Ciencia de Materials de Barcelone (Spain).
Md13	Scale-up considerations in supercritical anti-solvent processes : atomization and mixing.
	*Muthukumaran P. and Chordia L.M.,* Thar Technologies, Pittsburgh (USA).
Md14	Gram to Kilogram scale-up of supercritical anti-solvent process.
	*Jung J., Clavier J.Y. and Perrut M.,* Separex/Lavipharm, Champigneulles (France).
Md15	Supercritical CO2 antisolvent process for drugs precipitation : from lab-scale to cGMP compliant pilot-scale.
	*Papet S., Joussot-Dubien C., Sarrade S.,* CEA-Valrho, Pierrelatte, *Marciacq F., Sauceau M., Lochard H.,* Ecole des Mines, Albi, *Freiss B.,* Institut de Recherche Pierre Fabre, Gaillac (France).
Md16	Nanoparticle and microparticle generation with super-or near-critical carbon dioxide.
	*Huang E.T.S., Chang H.Y., Cape S.P., Sievers R.E., Rinner L.,* University of Colorado, *Quinn B.P.,* Aktiv-Dry LLC, Boulder (USA).
Md17	Supercritical fluid aided encapsulation of particles.
	*Sunol A.K., Murphy M., Hansen E., Mierau B, Sunol S.G.,* University of South Florida, Tampa, *Kosky J. and Jones J.,* MEI Corp., Clearwater (USA).
Md18	Design of powders with controlled release properties using the CPF-technology.
	*Otto F., Grüner S. and Weinreich B.,* Adalbert Raps Zentrum für Arznei & Gewürzplanzenforschung, Freising (Germany).
Md19	Formation and physicochemical properties of liposomes using a supercritical reverse phase evaporation method.
	*Otake K., Imura T., Yoda S., Takebayashi Y., Sugeta T., Nakazawa N.,* NIAIST, Ibaraki, *Sakai H. and Abe M.,* Tokyo University of Science, Chiba (Japan).
Posters
PMd1	Capillary nozzles in the ress process : hydrodynamic modelling.
	Ben Moussa A., Ksibi H. and Baccar M., Sfax University (Tunisia).
PMd2	Solubility and micronization of griseofulvin in supercritical CO2 with cosolvent acetone.
	Hu Guoqin, Cai Jianguo, Chen Hongyan and Deng Xiu, East China University of Technology, Shanghai (China).
PMd3	Rapid expansion of near and supercritical solutions containing cellulose triacetate.
	Blasig A. and Thies M.C., Clemson University (USA).
PMd4	Selected explosives processed by RESS technique.
	Marioth E., Hermann M., Löbbecke S., Krause H.H., Kunz M. and Schweikert W., Fraunhofer-Institut für Chemische Technologie, Pfinztal (Germany).
PMd5	Stabilization of pharmaceutical substances by the rapid expansion of supercritical solutions (RESS).
	Türk M., Hils P., Lietzow R. and Schaber K., Universität Karlsruhe (Germany).
PMd6	SAS micronization process for nalmefene hydrochloride on a pilot scale.
	Adami R., Reverchon E., University of Salerno (Italy), Aro H., Järvenpää E., Könkö K., Hietaniemi V. and Huopalahti R., University of Turku (Finland).
PMd7	HPMC and thermophylline co-precipitation from supercritical CO2 : experimental and theoretical analysis of release kinetics from tablets.
	Grassi M., Eurand International S.p.A., Trieste, Kikic I., Moneghini M., Perissutti B. and Voinovich D., University of Trieste (Italy).
PMd8	Nozzle construction for particle formation using supercritical antisolvent precipitation.
	Pellikaan H.C. and Wubbolts F.E., FeyeCon Development & Implementation, Utrecht (The Netherlands).
PMd9	Micronisation of griseofulvin by the aerosol solvent extraction system.
	Foster N.R., Meure L.A., Barrett A.M., Abbasi F. and Dehghani F., The University of New South Wales, Sydney (Australia).
PMd10	The formation of aspirin micro particulate using supercritical CO2 as solvent and anti-solvent.
	Lee Youn-Woo, Lee Jeong-Woo and Lim Jong-Sung, Korea Institute of Science and Technology, Seoul (Korea).
PMd11	β-carotene precipitation by PGA process. Scale up study.
	Miguel F., Gonzalo A. and Cocero M.J., University of Valladolid (Spain).
PMd12	Proteic compounds reduction in smoke tobacco by supercritical antisolvent technique (SAS).
	Scrugli S., Frongia M., Sfacteria G., Loi G., Pinna M.B., Crobu V., and Carta D., Consorzio Ricerche Associate, Assemini (Italy).
PMd13	Crystallization of griseofulvin by batch anti-solvent process.
	De Gioannis B., Jestin P. and Subra P., LIMHP, Villetaneuse (France).
PMd14	Crystallization and plasticization of poly(l-lactide) (PLLA) with supercritical CO2.
	Shekunov B.Y., Edwards A.D. and Forbes R., University of Bradford (United Kingdom).
PMd15	Processing of energetic materials fine powders using fluid antisolvent method.
	Begue G., Petitet J.P. and Beauverger M., CNRS-LIMHP, Villetaneuse (France).
PMd16	Analysis of mixing and precipitation in supercritical fluids using small angle X-ray scattering.
	Shekunov B.Y and Sun Yongda, University of Bradford (United Kingdom).
PMd17	Guidelines for the design of an optimum gas process : measurements, modeling and thermodynamic interpretation.
	De la Fuente J.C., Universidad Tecnica Federico Santa Maria, Valparaiso (Chile), Shariati A. and Peters C.J., Delft University of Technology (The Netherlands).
PMd18	Analysis of the mechanisms governing the supercritical antisolvent micronization.
	Reverchon E., Caputo G. and De Marco I., Università degli Studi di Salerno (Italy).
PMd20	Generation of lysozyme-lactose powders using the ASES process.
	Foster N.R., Dehghani F., Bustami R.T. and Chan Hak-Kim, University of New South Wales, Sydney (Australia).
PMd22	Preparation of inhalable protein particles by SCF emulsion drying.
	Jung J., Leboeuf F. and Perrut M., Separex/Lavipharm, Champigneulles (France).
PMd24	Equipment for SCF processing of hazardous biologically-active powders.
	Clavier J.Y., Separex/Lavipharm, Champigneulles (France).
PMd25	Crystallization of organic polymers through the DELOS process : influence of the operational parameters on the physico-chemical particle characteristics.
	Munto M., Ventosa N. and Veciana J., Institut de Ciencia de Materials de Barcelona(Spain).
PMd26	Use of surfactants in the DELOS crystallisation technique for the production of stabilized micro-and nano-particles.
	Sala S., Ventosa N. and Veciana J., Institut de Ciencia de Materials de Barcelona (Spain).
PMd27	Lipid system micronization for pharmaceutical applications by PGSS techniques.
	Elvassore N., Flaibani M., Vezzù K., Bertucco A., Caliceti P., Salmaso S. and Semenzato A., University di Padova (Italy).
PMd28	Modeling of particle formation from a gas-saturated solution process.
	Gomes de Azevedo E., Li Jun and Matos H., Instituto Superior Tecnico, Lisboa (Portugal).
PMd29	High pressure micronisation of polymers.
	Knez Z., University of Maribor (Slovenia).
PMd30	Wax micronization.
	Nieuwoudt I. and Koen L., University of Stellenbosch (South Africa)
PMd31	Precipitation of a polymer blend using supercritical carbon dioxide.
	Vega A. and Subra P., L.I.M.H.P., Villetaneuse (France).
PMd32	An improved PCA process for the production of nano-and microparticles of biodegradable polymers.
	Pérez Y., Wubbolts F.E., Witkamp G.J., De Loos T.W. and Jansens P.J., Delft University of Technology (The Netherlands).
PMd33	Release kinetics of theophylline microparticles in hydrogenated palm oil from a PGSS process.
	Rodrigues M., Matos H., Gomes de Azevedo E., Instituto Superior Tecnico, Lisboa (Portugal).
PMd34	Size and morphology of particles generated by spraying polymer-melts with carbon dioxide.
	Kappler P., Leiner W., Petermann M. and Weidner E., University Bochum (Germany).
PMd36	Inclusion of micronazole into cyclodextrins by means of supercritical carbon dioxide : influence of the addition of an acidic ternary compound.
	Barillaro V., Piel G., Bertholet P., Henry de Hassonville S., Evrard B. and Delattre L., Université de Liège (Belgium).
PMd37	Preparation and characterization of imazalil/ β-cyclodextrin inclusion complex by supercritical carbon dioxide and 13 CCP-MAS and 1H-NMR spectroscopy : preliminary results.
	Marongiu B., Piras A., Porcedda S., Lai A., Lai S. and Locci E., Università di Cagliari (Italy).
PMd38	Development of encapsulated microspheres from a multiple component, rapidly expanding supercritical solution for sensing applications.
	Pestov D., Levit N., Guney-Altay O. and Tepper G., Virginia Commonwealth University, Richmond (USA).
PMd39	Elaboration of ibuprofen microcomposites in supercritical CO2.
	Cristini F., Delalonde M., Bataille B., University of MontpellierI, Joussot-Dubien C., CEA-VALRHO, Pierrelatte (France).
PMd41	Powder coating in a high pressure fluidized bed process.
	Teipel U. and Kroeber H., Fraunhofer Institut Chemische Technologie, Pfinztal (Germany).
PMd42	Investigation of coatings produced in a high-pressure fluidized bed.
	Schreiber R., Vogt C., Brunner G. and Werther J., TU Hamburg-Harburg (Germany).
PMd43	CPF technology – a new cryogenic spraying process for pulverization of liquids.
	Grüner S., Otto F. and Weinreich B., Adalbert Raps Zentrum für Arznei & Gewürzplanzenforschung, Freising (Germany).
PMd44	Preparation of titanium nanoparticles in water-in-CO2 microemulsions.
	Lim Kwon-Taek, Hwang H.S, Pukyong National University (Korea), Ryoo W. and Johnston K.P., The University of Texas, Austin (USA).
PMd45	Supercritical drying of lysozyme from aqueous solution.
	Bouchard A., Hofland G.W., Witkamp G.J., Delft University of Technology Jovanovic N., Crommelin D.J.A. and Jiskoot W., Utrecht University (The Netherlands).
PMd46	Processing of paracetamol-PEG 4000 solid dispersions using supercritical antisolvent technology.
	Wang Jiawei and Yang Jichu, Tsinghua University (China).
PMd48	Paracetamol micronization by precipitation with the SAS/SEDS process : influence of process parameters.
	Kalogiannis K., Lambrou C, Panayiotou C., Aristotle University of Thessaloniki (Greece), Lee Youn-Woo, Korea Institute of Science and Technology, Seoul (South Korea).

Mn : New Materials
Mn1	Synthesis of nanostructured particles/films in micro- and meso-porous materials using supercritical CO2.
	*Wakayama H. and Fukushima Y.,* Toyota Central R & D Lab., Aichi (Japan).
Mn2	Synthesis, characterisation and applications of silica aerogels.
	*Van Ginneken L., Willems L., Elst K., Weyten H.,* Vito, Mol, *Van de Leest R.E.,* MTS Consultants, Vosselaar (Belgium).
Mn3	Supercritical fluid aided synthesis of surfactant templated aerogels.
	*Al-Ghamdi A., Sunol S.G. and Sunol A.K.,* University of South Florida (USA).
Mn4	Preparation of polymer metal composite film as a precursor of metal doped carbon membrane via supercritical impregnation.
	*Yoda S., Suda H., Uchimaru Y., Haraya K., Otake K.,* NIAIST, Ibaraki, *Hasegawa A. and Tsuji T.,* Nippon University (Japan).
Mn5	Creation of metal-polymer nanocomposites in supercritical CO2 and their structure investigation.
	*Schaumbourg K., Jespersen H.,* University of Copenhagen (Denmark), *Khokhlov A.R., Said-Galiyev E.E., Nikitin L.N., Vinokur R.A., Kurykin M.,* A.N. Nesmeyanov Institute of Organoelement Compounds, Moscow, *Grishin D., Gallyamov M.O., Lebedeva O.,* Lomonov State University, Moscow, *Volkov V., Tameev A. and Aliev A.M.* Russian Academy of Sciences, Moscow (Russia).
Mn6	Application of rapid expansion of supercritical solutions for the development of microfabricated sensors.
	*Levit N., Pestov D., Guney-Altay O. and Tepper G.,* Virginia Commonwealth University, Richmond (USA).
Mn7	Three dimensional architectures of ultra-high density semiconducting nanowires deposited on chip using supercritical fluids.
	*Holmes J.D., Morris M.A. and Ryan K.M.,* University College, Cork (Ireland).
Mn8	Fabrication of metal oxide nanostructures for device applications by the three dimensional replication of block copolymer templates in supercritical fluids.
	*Pai R. and Watkins J.J.,* The University of Massachusetts (USA).
Mn9	Potentiality of supercritical fluids as reactive media to synthesize nanostructured materials.
	*Desmoulins-Krawiec S., Aymonier C., Weill F., Serani A. Etourneau J. and Cansell F.,* ICMCB, Pessac (France).
Mn10	3D crystal growth of silver nanocrystal using near supercritical fluid processing.
	*Taleb A., Pileni M.P.,* Université Pierre & Marie Curie, Paris, *Le Neindre B., Beauverger M.,* LIMHP, Villetaneuse, *Albouy P.A.,* Université d’Orsay (France).
Mn11	Preparing building materials by using sludge from waste water treatment plants and infiltration with supercrtical carbon dioxide.
	*Cabezas C., Bolanos G. and Salazar A.,* Universidad del Valle, Cali (Colombia).
Posters
PMn1	Supercritical drying process in conservation of waterlogged osteological remains.
	D’Andrea A., Mariani S., Aliboni A., ENEA C.R Casaccia, Roma, Tagliacozzo A., Soprintendenza Speciale al Museo Nazionale Preistorico Etnografico “Luigi Pigorini”, Roma, Cerilli E., Societa Cooperativa ARX a.r.l., Roma (Italy).
PMn2	Oxides prepared in supercritical water as supports for catalysts of chlorobenzenes hydrodechlorination.
	Galkin A.A, Golubina E.V., Lokteva E.S. and Lunin V.V., Moscow MV Lomonosov State University, Moscow (Russia).
PMn3	Synthesis and textural study of porous membrane.
	Agoudjil N., Malek Z., U.S.T.H.B, Alger (Algeria), Larbot A., Ecole Supérieure Chimie de Montpellier (France).
PMn4	Preparation of barium titanate aerogels by supercritical drying with CO2 and propane.
	Novak Z., Knez Z., Drofenik M. and Ban I., University of Maribor (Slovenia).
PMn5	Preparation of mesoporous MCM-41/poly(acrylatic acid) composites using supercritical CO2 as a solvent.
	Liu Zhimin, Dong Zexuan, Zhang Jianling, Hou Zhenshan, Huang Ying, Wang Yong, Wang Jiaqiu and Han Buxing, Chinese Academy of Sciences, Beijing (China).

Mc : Cleaning
Mc1	Supercritical carbon dioxide : the next generation solvent for semiconductor wafer cleaning technology.
	*Korzenski M.B., Xu C. and Baum T.H.,* Advanced Materials Technology International, Danbury (USA).
Mc2	Supercritical CO2 cleaning : the DFD system : dense fluid degreasing system.
	*Lumia G., Bouscarle C., Niemann C., Sarrade S.,* CEA Pierrelatte ; *Achard V.,* Unitech, Annemasse (France).
Mc3	Ablation and sorptive removal of films and particles from surfaces using supercritical carbon dioxide.
	*King J.W, Hollis W.K., Rubin J.B., Williams L.L., Sivils L.D, Barton J. and Taylor C.M.V,* Los Alamos National Laboratory (USA).
Posters
PMc1	Equipment for the cleaning of silicon wafers using supercritical fluids.
	Perrut V., Récif, Aussonne, Clavier J.Y., Separex-Equipements, Champigneulles, Lazure S., L’Air Liquide, Les Loges en Josas, Danel A., CEA Grenoble, Millet C., Altis semiconductor, Corbeil-Essonnes (France).
PMc2	Solvent free substitutes for cleaning of silicon wafers using supercritical fluids.
	Fetner M., Applied Separations, Inc, Allentown (USA).
PMc3	Decontamination of different surfaces by complexone solutions in carbon dioxide.
	Bondin V.V., Efremov I.V., Kovalev D.N., Podoinitsyn S.V., Mining and Chemical Combine, Zheleznogors, Shadrin A.Y., Kiseleva R.N., Murzin A.A. and Shafikov D.N., V.G. Khlopin Radium Institute, St. Petersburg (Russia).
PMc4	Cesium extraction by solutions of fluorine-containing phosphoric acids in liquid carbon dioxide.
	Ershov V.V., Rovnyi S.I., "Mayak" PA, Ozersk, Babain V.A., Kiseleva R.N., Murzin A.A., Shadrin A.Y., Shafikov D.N., V.G Khlopin Radium Institute, St. Petersburg, Bondin V.V. and Podoinitsyn S.V., Mining and Chemical Combine, Zheleznogors (Russia).
PMc5	Pressure and temperature influence on radionuclide removal efficiency from different surfaces.
	Shadrin A.Y., Babain V.A., Kamashev V.A., Kiseleva R.N., Murzin A.A., V.G., Khlopin Radium Institute, St. Petersburg, Bondin V.V., Bychkov S.I., Efremov I.V. and Podoinitsyn S.V., Mining and Chemical Combine, Zheleznogors, (Russia).

Mt : Textile processing
Mt1	Treatment of textiles in CO2 – potentialities and limitations.
	*Bach E., Schmidt A., Cleve E. and Schollmeyer E.,* Deutsches Textilforschungszentrum, Krefeld (Germany).
Mt2	Dyeing of polyester, aramid and polypropylene fibers in supercritical CO2.
	*Shim Jae-Jin, Ju Jae-Ho, Choi Jun-Huyck, Son Bo-Kook, Ahn Jae-Myoung, Kim Byung-Hee and Kim Ki-Seok,* Yeugnam University, Kyongbuk (Korea).
Mt3	Surfactants for particle removal in dry-cleaning with high-pressure CO2.
	*Van Roosmalen M.J.E., Witkamp G.J*., Delft University of Technology, *Woerlee G.F.,* FeyeCon D & I B V, Utrecht (The Netherlands).
Posters
PMt1	On-line control of a red azo disperse dye : vis absorption spectrophotometry with supercritical carbon dioxide.
	Kerdoud D. and Barth D., ENSIC, Nancy (France).
PMt2	Textile dyeing in supercritical carbon dioxide.
	Van der Kraan M., Bayrak Ö., Fernandez-Cid M.V., Woerlee G.F., Veugelers W.J.T. and Witkamp G.J., Delft University of Technology (The Netherlands).

Garcia-Reverter J., Casas E., AINIA, Valencia, Benedito J., Poly-Technical University of Valencia, and Berna A., University of Valencia (Spain)

Cano J.M., Garrigós M.L., Marin M.L., Institute of Toys Technology (AIJU), Ibi-Alicante, V. Hernandis, University of Alicante, Alicante (Spain).