Lectures C

C1 - Monday morning
Absorption and distillation

Hydrodynamic behaviour of counter - current bubble bed and packed bed in series. *Ondracek J., Jiricny V. (Inst. Chem. Proc. Fundam., Praha, CZ) [303]

Experimental observation and model description of overshoot phenomena in the countercurrent packed bed column near the flooding point. *Stanek V., Svoboda P.¹ (Inst. Chem. Proc. Fundam., Praha, CZ) [297]

Desorption under vacuum in packed towers of H2S-NH3-CO2-solutions containing sodium hydroxide. *Thiele R., Repke J.-U., Faber R., Thielert H.¹, Wozny G. (Tech. Univ., Berlin, DE; ¹Thyssen Krupp EnCoke, Bochum, DE) [94]

Revamp of C3-splitter for higher capacity and product purity. *Jelinek J. (Koch-Glitsch, Brno, CZ) [70]

Dividing wall column - a new challenge for separation systems. Ivanescu I., *Popescu D. C.¹, Dobre C., Grozeanu I.¹, Isopescu R.² (PETROM, Bucuresti, RO; ¹PETROM, Ploiesti, RO; ²Univ. Politehnica, Bucuresti, RO) [327]

Comparing different batch distillation column configurations: conventional, inverse, with a middle vessel and multivessel. *Cesur S., Kucukkural B. (Ege Univ., Izmir, TR) [142]

Experimental measure of the mass transfer coefficient into a liquid falling film with film promoter. Colan V. A. L., Salvagnini W. M., *Taqueda M. E. S. (Univ. Sao Paulo, BR) [295]

Multivessel batch distillation: experimental investigations with respect to industrial applications. Fieg G., Kapala T.¹, *Gruetzmann S. (Tech. Univ., Hamburg, DE; ¹Cognis, Dusseldorf, DE) [131]

C2 - Monday afternoon
Absorption and distillation

New perspectives for designing reactive distillation processes. Sanchez C. A., *Cardona C. A. (Nat. Univ. Colomb. Manizales, CO) [656]

Experimental study on mass transfer mechanism in gas-liquid dispersions. *Kordac M., Linek V., Moucha T. (Inst. Chem. Technol., Praha, CZ) [946]

Alpha-olefin separation from olefin isomers by reactive extractive distillation: effects of ligand structure. *Wentink A. E., Conde J., Kuipers N. J. M., de Haan A. B., Scholtz J.¹, Mulder H.¹ (Univ. Twente, Enschede, NL; ¹Sasol Technology, Sasolburg, ZA) [940]

State estimation of a distillation column through a grey model-based geometric observer. *Tronci S., Frau A., Bezzo F.¹, Barolo M.¹, Baratti R. (Univ. Cagliari, IT; ¹Univ. Padova, IT) [819]

Batch heteroazeotropic rectification under continuous and mixed entrainer feeding. Kotai B., *Lang P., Modla G. (Univ. Techol. Econ., Budapest, HU) [785]

Batch extractive distillation as a hybrid process: separation of azeotropes of minimum boiling point. *Kotai B., Lang P., Modla G. (Univ. Technol. Econ., Budapest, HU) [784]

Simulation of solvent recuperation process in production of thermopolymers (polysulphone, polyestersulphone). Vigon V. G., Gordeev L. S., Artemyeva T. U., *Kolevatykh A. B. (Mendeleev Univ. Chem. Technol., Moskva, RU) [716]

C3 - Tuesday morning
Absorption and distillation

Optimization of fractionation units using column targeting approach (CTA). *Al-Fadala H. E., Abdalla B. K., Mohammad B. (Univ. Qatar, Doha, QA) [1327]

Determination of partial mass transfer coefficients from concentration profiles in a distillation column. *Prokopova E., Rejl F. J., Linek V., Moucha T. (Inst. Chem. Technol., Praha, CZ) [1252]

Feasability analysis and design of reactive distillation processes involving vapour phase chemical reactions. *Belaissaoui B., Thery R., Meyer X., Meyer M., Gerbaud V., Joulia X. (LGC CNRS, Toulouse, FR) [1408]

Qualitative analysis and control with the entrance conditions in the model of counter-current packed column. *Akramov T. A., Jiricny V.¹, Stanek V.¹ (RSCEU, Ufa, RU; ¹Inst. Chem. Proc. Fundam., Praha, CZ) [1461]

Synthesis of heterogeneous distillation sequences: general procedure and case studies. Moussa A. S., *Jimenez-Esteller L. (Univ. Rovira Vigili, Tarragona, ES) [1376]

Control system design for distillation columns using artificial intelligence. *Khelassi A., Maidi A., Bendib R., Wilson J. A.¹ (Univ. Boumerdes, DZ; ¹Univ. Nottingham, UK) [1016]

C4 - Tuesday afternoon
Filtration and crystallization

Filtration

Filtration and flow properties of compressed fine limestone filter cakes. *Mladenchev T., Tomas J. (O. v. Guericke Univ., Magdeburg, DE) [799]

Mechanical dewatering of residual sludge: Mathematical model and numerical simulation. *Mihoubi D., Vaxelaire J.¹, Zagrouba F., Bellagi A.² (INRST, Hammam-Lif, TN; ¹ENSGTI, Pau, FR; ²Ec. Nat. Ing., Monastir, TN) [134]

The relation between the surfactant concentration and the surface charge of clay minerals during vacuum and pressure filtration. *Benli-Gonul B., Ozcan O. (Istanbul Tech. Univ., TR) [68]

The influence of filter regeneration on the internal particle rearrangement of nonwovens for cleanable dust filters. *Mauschitz G., Koschutnig W., Hoeflinger W. (Vienna Univ. Technol., Wien, AT) [829]

Pulse jet cleaning of rigid filters in gas applications - Experimental investigation and process modelling. *Schildermans I., Baeyens J. (Univ. Antwerpen, BE) [20]

A parametric study of pressure drop in non-isothermal Venturi type scrubbers. *Rahimi A., Aghamiri S. (Isfahan Univ., IR) [1278]

Crystallization

Application of freezing crystallization phenomena in wastewater treatment: an economic option for the removal of a wide variety of compounds. *Rodriguez A., Aurelle Y. (INSA, Toulouse, FR) [1077]

Influences of type of seeds on product crystal size of manganese sulphate monohydrate in salting out batch crystallisation. Safaeefar P., *Ang M., Tade M., Reyhani M. (Curtin Univ. Technol., Perth, AU) [802]

Surface topography of KDP crystal with dye additive. *Asakuma Y., Ukita E., Maeda K., Fukui K. (Univ. Hyogo, Himeji, JP) [1100]

Control of polymorphism in crystallization of pharmaceuticals. *Kitamura M., Sugimoto M. (Hiroshima Univ., JP) [1255]

Crystallization process for recovery of fluoride from industrial wastewaters. *Aldaco R., Irabien A. (Univ. Cantabria, Santander, ES) [1017]

C5 - Wednesday morning
Membrane processes

Salicylic acid by electrodialysis. *Law J. Y., Mohamad R. S. (Univ. Tek. Malaysia, Johor, MY) [158]

A macrohomogeneous approach to the modelling of the mass transfer through the ion selective membrane under industrial brine electrolysis conditions. Fila V., *Bouzek K. (Inst. Chem. Technol., Praha, CZ) [964]

Using energy-exergy analysis for membrane processes desalination plants. *Mehdizadeh H. (Univ. Quatar, Doha, QA) [1264]

Preparation of membranes with controlled water permeability. Dmitriev S. N., *Kravets L. I., Sleptsov V. V.¹, Elinson V. M.¹ (Joint Inst. Nucl. Res., Dubna, RU; ¹State Aviat. Technol. Univ., Moskva, RU) [1061]

Chitin/Chitosan-based macroporous membranes in protein and enzyme separations. *Tishchenko G., Bleha M., Simunek J.¹, Bartonova H.¹, Hodrova B.¹ (Inst. Macromol. Chem., Praha, CZ; ¹Inst. Anim. Physiol. Genet., Praha, CZ) [1075]

Electrochemical properties of membranes made of poly(1,4-phenylene sulfide). *Kudela V., Schauer J., Richau K.¹, Mohr H.¹ (Inst. Macromol. Chem., Praha, CZ; ¹GKSS-Forschungszentrum, Teltow, DE) [955]

Nickel ion-selective PVC membrane electrode based on new t-octyl calix[6]arene derivative. *Belhamel K., Benamor M., Ludwig R.¹ (Univ. Bejaia, DZ; ¹Freie Univ., Berlin, DE) [112]

Competitive transport of hydrochloric acid and zinc chloride through anion-exchange membrane. *Palaty Z., Zakova A. (Univ. Pardubice, CZ) [277]

C6 - Wednesday afternoon
Membrane processes

Keynote lecture: Removal and enrichment of gases by novel hollow fiber facilitated transport membrane module and novel capillary tube-type gas absorber/stripper module. *Teramoto M., Kitada S., Shimizu S., Ohnishi N., Matsuyama H. (Kyoto Inst. Technol., JP) [993]

Modeling of multicomponent gas and vapor permeation through rubbery membranes. *Savolainen P., Keskinen K. I.¹, Kallas J.² (Neste Eng., Porvoo, FI; ¹Helsinki Univ. Technol., FI; ²Lappeenranta Univ. Technol., FI) [234]

Biohydrogen concentrating by polymeric membranes. *Pientka Z., Belafi-Bako K., Bleha M. (Inst. Macromol. Chem., Praha, CZ) [1348]

Effect of spacer curvature on fluid flow through the spiral-wound membrane modules. *Tung K.-L., Li Y.-L., Lai J.-Y. (Chung Yuan Univ., Chungli, TW) [1346]

Mass transfer investigation of liquid membrane transport of gold (III) by methyl iso-butyl ketone mobile carrier. Kargari A., *Kaghazchi T., Soleimani M. (Amirkabir Univ. Technol., Tehran, IR) [151]

Preparation and characterization of ceramic zirconia and hafniumdioxide membranes by a sol-gel dip-coating method. *Konecny M., Samhaber W. (J. Kepler Univ., Linz, AT) [684]

Innovative microfiltration using sintered metal membranes. *Schildermans I., Baeyens J., Vanhoutte G.¹, Ghesquire K.¹ (Univ. Antwerpen, BE; ¹Bekaert Adv. Filtration, Wevelgem, BE) [26]

Separation of light alkanes and CO2 in tubular silicalite-1 membrane. *Fila V., Sklenickova P., Bernauer B., Pires J. C.¹, Pachtova O.², Miachon S.³, Kocirik M.² (Inst. Chem. Technol., Praha, CZ; ¹Univ. Porto, PT; ²J. Heyrovsky Inst. Phys. Chem., Praha, CZ; ³Inst. Rech. Catal., Villeurbanne, FR) [1268]

Modeling of simultaneous membrane based solvent extraction and stripping of phenylalanine in hollow fiber contactors. Kertesz R., *Schlosser S. (Slovak Univ. Technol., Bratislava, SK) [1297]

Mass transfer of Zn2+ in rigid surface pore type membranes. *Huber C., Marr R., Siebenhofer M.¹ (Univ. Technol. Graz, AT; ¹VTU Eng. GmbH, Grambach, AT) [395]

C7 - Thursday morning
Symposium on supercritical fluids

Keynote lecture: Supercritical fluid techniques for production of micron and submicron particles. *Gamse T., Miguel Rodriguez F.¹, Cocero M. J.¹ (Graz Univ. Technol., AT; ¹Univ. Valladolid, ES) [323]

Co-precipitation of lycopene by continuous supercritical antisolvent process. *Miguel Rodriguez F., Cocero Alonso M. J., Gamse T.¹ (Valladolid, ES; ¹Univ. Technol. Graz, DE) [490]

Nano-particles formation for pigment red 177 via a continuous supercritical anti-solvent process. Wu H. T., Lee M. J., *Lin H. M. (Nat. Taiwan Univ., Taipei, TW) [1298]

Criteria for drugs processability by supercritical antisolvent micronization. *Adami R., Reverchon E.¹, Jarvenpaa E., Huopalahti R. (Univ. Turku, FI; ¹Univ. Salerno, Fisciano, IT) [1434]

Separation of isopropanol from aqueous solutions by supercritical carbon dioxide extraction. *Nagahama K., Guo Ma W., Kato S. (Tokyo Metrop. Univ., JP) [366]

Cellulase catalyzed hydrolysis of carboxymethyl cellulose at atmospheric pressure and in SC CO2. *Habulin M., Primozic M., Knez Z. (Univ. Maribor, SI) [390]

Esterification of acetic acid with methanol in compressed carbon dioxide. *Schwinghammer S., Marr R., Siebenhofer M.¹ (Univ. Technol., Graz, AT; ¹VTU Eng. GmbH, Grambach/Graz, AT) [392]

C8 - Thursday afternoon
Symposium on supercritical fluids

Keynote lecture: Supercritical fluids in the formation of polymeric foams. *Lindt T. (Univ. Pittsburgh, US) [1392]

Gas assisted mechanical extraction of cocoa butter from cocoa nibs. *Venter M. J., Kuipers N. J. M., de Haan A. B. (Univ. Twente, Enschede, NL) [95]

Vacuum and supercritical fractionation of the essential oil of Juniperus communis L. and analysis of different fractions behavior against some bacteria, yeasts and fungus. Glisic S., Milojevic S.¹, Bacic S., Dimitrijevic-Brankovic S., Orlovic A. M., *Skala D. U. (Fac. Technol. Metall., Beograd, YU; ¹Fac. Tech. Sci., Kosovska Mitrovica, YU) [1146]

Mathematical modelling of lamiaceae family extraction by supercritical carbon dioxide. Zizovic I., Stamenic M., *Orlovic A. M., Skala D. U. (Fac. Technol. Metall., Beograd, YU) [212]

The supercritical extraction of gingerol from fresh ginger: experiments and modeling. *Balachandran S., Mawson R., Kentish S. (Univ. Melbourne, AU) [239]

Solute-solute and solute-matrix interactions in the SFE from plants. *Sovova H., Sajfrtova M., Opletal L.¹, Bartlova M. (Inst. Chem. Proc. Fundam., Praha, CZ; ¹Charles Univ., Hradec Kralove, CZ) [367]

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