B1.1 9.30
Dynamics of evaporation.
V. V. Dil'man, V. A. Lotkhov, *N. N. Kulov, V. I. Naidenov1
(Inst. Gen. Inorg. Chem., Moskva, RU; 1Inst. Water Probl., Moskva, RU)
[678]
B1.2 10.00
Droplet dispersion in a rectangular Venturi scrubber.
J. A. S. Goncalves, M. A. M. Costa, *J. R. Coury
(Univ. Fed. Sao Carlos, BR)
[1037]
B1.3 10.30
Inherently reliable compact gas scrubbing and liquor stripping.
*J. W. Stairmand, P. Chuchvalec1
(AEA Technology, Warrington, UK; 1AEA Technology, Praha, CZ)
[1212]
B1.4 11.00
Calorimetric studies of CO2 absorption into Ca(OH)2 aqueous slurries.
*H. Kierzkowska-Pawlak, R. Zarzycki
(Tech. Univ., Lodz, PL)
[603]
B1.5 11.30
Release of carbon dioxide from natural gas with TMBPA water solution.
*L. Kotsis, Z. Nagy1, A. Vago2
(Univ. Veszprem, HU; 1Alkoto Pannon, Veszprem, HU; 2MOL, Kiskunhalas, HU)
[667]
B1.7 12.00
Continuously gas-liquid reactor of foam-vortex type.
V. A. Plotnikov, *E. F. Stefoglo, I. V. Kuchin
(Kuzbass State Tech. Univ., Kemerovo, RU)
[545]
B2.1 14.00
Development of a new gamma-ray tomographic system to investigate two-phase gas/liquid flows inside trickle bed reactor of large diameter.
*C. Boyer, B. Fanget, S. Legoupil1
(Inst. Fr. Pet., Vernaison, FR; 1Comm. Energie At., Gif sur Yvette, FR)
[588]
B2.2 14.30
Transients of the hydrodynamics of packed bed gas-liquid column around the flooding point.
*P. Svoboda, V. Stanek, V. Jiricny, J. Ondracek
(Inst. Chem. Proc. Fundam., Praha, CZ)
[538]
B2.3 15.00
Hydrodynamics of packed bed and bubble bed columns in series.
*J. Ondracek, V. Jiricny, V. Stanek, P. Svoboda
(Inst. Chem. Proc. Fundam., Praha, CZ)
[540]
B2.4 15.30
Hydraulic and mass transfer characteristics of Newtonian liquids in ejector loop reactors.
*A. Elguzli, J. Zahradnik, V. Linek1
(Inst. Chem. Proc. Fundam, Praha, CZ; 1Inst. Chem. Technol., Praha, CZ)
[702]
B2.5 16.00
Absorption of poorly soluble gases in co-current packed bed column by transient technique.
*H. Vychodilova, V. Stanek, V. Jiricny
(Inst. Chem. Proc. Fundam., Praha, CZ)
[537]
B2.6 16.30
Analysis and modeling of highly effective processes of iodine extraction from water of oil deposits by air-desorption method.
O. A. Geldiev, V. N. Pisarenko, *D. V. Belyi, A. M. Vasetsky
(Mendeleyev Univ. Chem. Technol., Moskva, RU)
[335]
B2.7 17.00
On flows arrangement in packed bed gas absorber.
*M. C. Amiri, N. Hatami
(Isfahan Univ. Technol., IR)
[1316]
B3.1 9.30
Mass transfer mechanisms during the devolatilization of polymers.
*I. Gestring, D. Mewes
(Inst. Verfahrenstechnik, Hannover, DE)
[539]
B3.2 9.55
Removal of hydrogen sulfide by using a natural zeolite, clinoptilolite.
*I. Ar, S. Yasyerli
(Gazi Univ., Maltepe, TR)
[744]
B3.3 10.20
Preparation and properties of composite inorganic adsorbents of water vapor.
*J. Mrowiec-Bialon, A. I. Lachowski, A. B. Jarzebski1
(Inst. Chem. Eng., Gliwice, PL; 1Silesian Tech. Univ., Gliwice, PL)
[930]
B3.4 10.45
Carbon molecular sieves from bituminous and walnut shells coal by controlled coke deposition.
*E. David, V. Stanciu, D. Stefanescu, D. Axente1
(Nat. Inst. Cryog. Isot. Technol., Rm. Valcea, RO; 1Inst. Isot. Molec. Technol., Cluj-Napoca, RO)
[780]
B3.5 11.10
Simultaneous catalytic reaction and separation by PSA process in a simulated moving bed.
*S. Pakseresht, M. M. Akbarnejad, M. Kazemeini1
(Res. Inst. Pet. Ind., Tehran, IR; 1Sharif Univ. Technol., Tehran, IR)
[582]
B3.6 11.35
Adsorption of chlorinated phenols from aqueous solutions onto activated carbon from apricot stones.
B. Koumanova, *P. Peeva
(Univ. Chem. Technol. Metall., Sofia, BG)
[836]
B5.1 9.30
Acid gas extraction of pyridine from water.
A. Laitinen
(VTT Chem. Technol., FI)
[366]
B5.2 9.55
Resolution of tetramisole by supercritical fluid extraction.
*E. Szekely, S. Keszei, B. Simandi, E. Fogassy, S. Kemeny
(Tech. Univ. Budapest, HU)
[962]
B5.3 10.20
How to couple at the best supercritical fluids with cross-flow membrane filtration to get new highly efficient and environment safeguarding processes ?
S. Sarrade, *G. M. Rios1
(CEA VALRHO, Pierrelatte, FR; 1UMR, Montpellier, FR)
[1119]
B5.4 10.45
Etheric oil from garlic (Allium sativum L.) obtained by CO2 - SFE: Comparison with steam distillation.
*D. Skala, R. Kucic, I. Zizovic, D. Jovanovic1
(Fac. Technol. Metall., Beograd, YU; 1IChTM, Beograd, YU)
[1011]
B5.5 11.05
Sealless delivery of supercritical gases with canned motor pumps.
*R. Kramer, R. Neumaier
(Hermetic Pumpen, Gundelfingen, DE)
[999]
B5.6 11.25
High pressure processes.
*Z. Knez, M. Skerget
(Univ. Maribor, SI)
[561]
B5.7 11.50
Adsorption of organic compounds from supercritical carbon dioxide.
*G. Del Re, L. Aloisio1, S. Sevi1, G. Di Giacomo
(Univ. L'Aquila, Monteluco di Roio, IT; 1CRAB, Avezzano, IT)
[1177]
B5.8 12.10
Effect of reaction mixture non-ideality on the Fischer-Tropsch reaction rate in supercritical solvent.
*V. I. Anikeev, A. Ermakova
(Inst. Catal., Novosibirsk, RU)
[1326]
B6.1 14.00
Wetting characteristics and mass transfer in countercurrent extraction using supercritical carbon dioxide.
P. Jaeger, *R. Eggers
(Tech. Univ. Hamburg-Harnburg, DE)
[33]
B6.2 14.25
Numerical simulation of tracer dispersion in sub- and supercritical water during laminar tube flow.
*J. Pruba, G. Rogacki
(Tech. Univ. Lodz, PL)
[560]
B6.3 14.50
Lipases from different sources in dense gases.
*M. Habulin, Z. Knez, V. Krmelj
(Univ. Maribor, SI)
[562]
B6.4 15.15
Characteristics of supercritical fluid extraction from the statistical theory of Kihara molecule fluids.
T. Boublik
(Charles Univ., Praha, CZ)
[1150]
B6.5 15.40
Solubility of solid heavy hydrocarbons mixture in supercritical fluid using modified SRK EOS with the help of van der Waals mixing rules.
*I. Goodarznia, F. Esmaeilzadeh
(Sharif Univ. Technol., Tehran, IR)
[136]
B6.6 16.00
Effect of third component on the solubility of vegetable substances in supercritical CO2.
*H. Sovova, R. P. Stateva1
(Inst. Chem. Proc. Fundam., Praha, CZ; 1Inst. Chem. Eng., Sofia, BG)
[920]
B6.7 16.20
S-L phase transitions of the vitamins K3, D3 and D2 in carbon dioxide, n-propane, dimethylether, nitrogen and argon.
*M. Skerget, Z. Knez
(Univ. Maribor, SI)
[623]
B6.8 16.40
Influence of supercritical water density on the rate of 2-propanol dehydration reaction.
*V. Anikeev, J. Manion1, A. Ermakova
(Inst. Catal., Novosibirsk, RU; 1NIST, Gaithersburg MD, US)
[1333]
B7.1 9.30
Separation of phenolic derivateves by application of dissociation extraction.
*D. Hutton, A. Heyberger1, D. Menu, I. Godwin, P. Myburgh
(CSIR, Modderfontein, ZA; 1Inst. Chem. Proc. Fundam., Praha, CZ)
[1344]
B7.2 10.00
Reactive mass transfer fundamentals in liquid-liquid systems.
*H.-J. Bart, M. Morters
(Univ. Kaiserslautern, DE)
[404]
B7.3 10.30
Extraction of dicarboxylic acids with tertiary amine in binary diluents.
*J. Prochazka, A. Heyberger, E. Volaufova
(Inst. Chem. Proc. Fundam., Praha, CZ)
[302]
B7.4 11.00
Equilibrium extraction of Cr(VI) salts by primary amine.
*D. Schrotterova, P. Nekovar
(Inst. Chem. Technol., Praha, CZ)
[1009]
B7.5 11.30
Electric field intensified oil-water separation under downhole and subsea conditions.
*T. Pekdemir, G. Akay, B. Schleicher1
(Univ. Newcastle upon Tyne, UK; 1Norsk Hydro, Porsgrunn, NO)
[25]
B7.6 12.00
Phase inversion based approach for mixer-settler design.
*D. Hadjiev, J. B. A. Paulo1, N. Sabiri, M. C. Chiavenato1
(Univ. Caen, FR; 1UFRN, Natal, BR)
[153]
B8.2 14.00
Micro, nano, and atto dispersed systems: general approach and emulsions as the particular case-Part I.
*A. M. Spasic, M. D. Babic, M. M. Marinko, N. N. Djokovic, D. N. Krstic1
(Inst. Technol. Nucl. Min. Raw Mat., Beograd, YU; 1Univ. Belgrade, YU)
[147]
B8.3 14.30
Micro, nano, and atto dispersed systems: experimental implications-Part II.
*A. M. Spasic, M. D. Babic, M. M. Marinko, N. N. Djokovic, D. N. Krstic1
(Inst. Technol. Nucl. Min. Raw Mat., Beograd, YU; 1Univ. Belgrade, YU)
[148]
B8.4 15.00
Effect of drop size distribution on liquid-liquid extraction column performance.
D. Bastani
(Sharif. Univ. Technol., Tehran, IR)
[1138]
B8.5 15.30
A Monte Carlo stochastic simulation method for prediction the hydrodynamic behaviour of a rotating disc contactor with effect of drop breakage.
J. S. Ghalehchian
(Univ. Bu-Ali Sina, Hamadan, IR)
[470]
B8.6 16.00
A novel technique for liquid - liquid extraction.
A. Molaei, *T. Kaghazchi, M. Sohrabi
(AmirKabir Univ. Technol., Tehran, IR)
[175]
B8.7 16.30
Application of CGA for whey protein recovery.
M. C. Amiri
(Isfahan Univ. Technol., Isfahan, IR)
[107]
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