Lectures F
F1 - Monday morning
Fluid flow and multiphase systems
Mixing
Chairmen: O. Bork, T. Moucha
F1.1 9:40 Transport characteristics of multiple-Lightnin A315 impellers in gas-liquid dispersions. Moucha T.,
Linek V.,
*Fujasova M.
(Inst. Chem. Technol., Praha, CZ) [606]
F1.2 10:00 Prediction of gas hold up distribution in an aerated stirred-tank with disc turbine. *Altway,
Danawati,
Winardi S.
(Sepuluh Nopember Inst. Technol., Surabaya, ID) [1131]
F1.3 10:20 Experimental study on mass transfer mechanism in gas-liquid dispersions. *Kordac M.,
Linek V.,
Moucha T.
(Inst. Chem. Technol., Praha, CZ) [463]
F1.4 10:40 Gas hold-up and power input in two- and three-phase dual-impeller stirred reactor. *Majirova H.,
Prikopa T.,
Jahoda M.,
Machon V.
(Inst. Chem. Technol., Praha, CZ) [472]
11:00 Coffee break
F1.5 11:30 Study on three-phase continuous stirred mixer. *Cermakova J.,
Kudrna V.,
Machon V.,
Siyakatshana N.,
Jahoda M.
(Inst. Chem. Technol., Praha, CZ) [405]
F1.6 11:50 Influence of wake mixing on mass transfer in gas-liqid reactors. *Bork P.,
Schlueter M.,
Raebiger N.
(Univ. Bremen, DE) [913]
F2 - Monday afternoon
Fluid flow and multiphase systems
Mixing
Chairmen: W. Bujalski, E. Szalai
F2.1 14:00 Dynamics of laminar mixing in continuous stirred tank reactors. *Arratia P. E.,
Kukura J.,
Muzzio F. J.
(Rutgers Univ., Piscataway NJ, US) [1227]
F2.2 14:20 Mixing of non-Newtonian fluids in stirred tanks. *Arratia P. E.,
Muzzio F. J.
(Rutgers Univ., Piscataway NJ, US) [1229]
F2.3 14:40 Study of blending efficiency of pitched blade impellers. *Fort I.,
Jirout T.,
Rieger F.,
Allner R.1,
Sperling R.1
(Czech Tech. Univ., Praha, CZ;
1Anhalt Univ. Appl. Sci., Kothen, DE) [1224]
F2.4 15:00 Investigation of low frequency fluctuations in flow field in stirred tank with double fan turbines. Widiastuti,
Altway,
*Winardi S.
(Sepuluh Nopember Inst. Technol., Surabaya, ID) [1130]
15:20 Coffee break and poster session
F2.5 16:00 Nonlinear analysis of tangential dynamical force affecting radial baffles in a stirred vessel. *Hasal P.,
Kratena J.1,
Fort I.1
(Inst. Chem. Technol., Praha, CZ;
1Czech Tech. Univ., Praha, CZ) [650]
F2.6 16:20 The dynamic pressure along a standard baffle in a vessel agitated by a Rushton turbine: CFD simulation compared to experimental
results. *Bujalski J. M.,
Jaworski Z.1,
Bujalski W.,
Fort I.2,
Nienow A. W.
(Univ. Birmingham, UK;
1Tech. Univ. Szczecin, PL;
2Czech Tech. Univ., Praha, CZ) [671]
F2.7 16:40 Correlation of discharge flow rate in a vessel with pitched blade paddle impeller. *Hiraoka S.,
Tada Y.,
Kato Y.,
Murakami Y.,
Matsuura A.,
Yamaguchi T.
(Nagoya Inst. Technol., JP) [311]
F3 - Tuesday morning
Fluid flow and multiphase systems
Mixing
Chairmen: A. Bakker, K. J. Bittorf
F3.1 9:40 Computer aided mixing modeling using the Galerkin least-squares finite element technique. *Bittorf K. J.,
Johnson K.
(Dantec Dynamics Inc., Mahwah NJ, US) [419]
F3.2 10:00 CFD analysis of effects of geometrical and process parameters on power and kinetics of mixing operations. *Basic S.,
Hribersek M.,
Skerget L.
(Fac. Mech. Eng., Maribor, SI) [410]
F3.3 10:20 Modeling of turbulence in stirred vessels using large Eddy simulation. *Bakker A.,
Dhanasekharan K.,
Haidari A.,
Kim S. E.
(Fluent Inc., Lebanon NH, US) [254]
F3.4 10:40 Maximum power consumption of an agitator heaving inclined blades. *Masiuk S.,
Pisarek D.
(Tech. Univ. Szczecin, PL) [921]
11:00 Coffee break
F3.6 11:30 Breakage of oil drops in Newtonian and non-Newtonian continuous phase in Kenics mixers. *Aylianawati,
Manileve C.1,
Baker M.2,
Pacek A. W.
(Univ. Birmingham, UK;
1Carollo Engrs., Santa Ana, CA, US;
2Unilever Res., Port Sunlight, UK) [716]
F3.7 11:50 Study of micromixing in a stirred tank using a Rushton turbine: comparison of feed positions and other mixing devices. *Assirelli M.,
Bujalski W.,
Nienow A. W.,
Eaglesham A.1
(Univ. Birmingham, UK;
1Huntsman Polyurethanes, Bruxelles, BE) [1531]
F4 - Tuesday afternoon
Mixing of suspensions
Chairmen: S. M. Kresta, G. Montante
F4.1 14:00 Choice of a proper equipment for suspension mixing. *Rieger F.,
Ditl P.
(Czech Tech. Univ., Praha, CZ) [624]
F4.2 14:20 Potentials of a nickel/aluminum alloy tracer for solid-phase flow identification in suspension mixing vessels. *Vlaev S. D.
(Inst. Chem. Eng., Sofia, BG) [110]
F4.3 14:40 Mixing of suspension with axial-flow hydrofoil impeller. *Spidla M.,
Sinevic V.,
Hnizdil T.
(Inst. Chem. Technol., Praha, CZ) [508]
F4.4 15:00 CFD predictions of solid concentration distributions in a baffled stirred vessel agitated with multiple PBT impellers. *Montante G.,
Rondini D.,
Bakker A.1,
Magelli F.
(Univ. Bologna, IT;
1Fluent Inc., Lebanon NH, US) [269]
15:20 Coffee break and poster session
F4.5 16:00 Image analysis of agitated particle - liquid transparent system. *Sedivy V.,
Ditl P.,
Severa M.1
(Czech Tech. Univ., Praha, CZ;
1Inst. Hydrodyn., Praha, CZ) [1154]
F4.6 16:20 Distribution of solids and solids cloud height in a stirred tank. *Kresta S. M.,
Bittorf K. J.1
(Univ. Alberta, Edmonton, CA;
1Dantec Dynamics, Mahwah NJ, US) [646]
F4.7 16:40 Some remarks on the scale-up conditions for the solid distribution in slurry reactors stirred with multiple impellers. Montante G.,
Pinelli D.,
*Magelli F.
(Univ. Bologna, IT) [1101]
F5 - Wednesday morning
Separation processes
Filtration
Chairmen: W. Hoflinger, J. Pridal
F5.1 9:40 Characterization of the resistance behavior and separation efficiency of precoat-layers built up during crossflow filtration. *Hess H.,
Hoflinger W.
(Tech. Univ., Wien, AT) [412]
F5.2 10:00 Sorption filter materials as challenge for separation technology. *Milichovsky M.
(Univ. Pardubice, CZ) [39]
F5.3 10:20 Experimental analysis of particle retention on different filter media in solid-liqid filtration. *Rainer M.,
Hoflinger W.
(Tech. Univ. Wien, AT) [846]
F5.4 10:40 Transfer phenomena during the drying of a shrinkable product : modeling and simulation. *Mihoubi D.,
Zagrouba F.,
Vaxelaire J.1,
Bellagi A.2
(Inst. Nat. Res. Sci. Tech., Hammam-Lif, TN;
1ENSIG, Pau, FR;
2Ec. Nat. Ing. Monastir, TN) [124]
11:00 Coffee break
F5.5 11:30 Description of the clogging behaviour of nonwovens for cleanable dust filters by internal particle rearrangement. *Mauschitz G.,
Koschutnig W.,
Hoflinger W.
(Vienna Univ. Technol., AT) [273]
F5.6 11:50 The growing market for hot off-gas filtration media. *Schildermans I.,
Baeyens J.
(Cathol. Univ. Leuven, Heverlee, BE) [243]
F5.7 12:10 A study on the application of filter-aids in ZDDP filtration. *Mehrabi M.,
Nouri S. S.,
Khaleghinasab A.
(NIOC, Tehran, IR) [1384]
F6 - Wednesday afternoon
Heat transfer processes
Chairmen: B. S. Repic, F. Rashidi
F6.1 14:00 Flow inversion for RTD and heat transfer improvement in closed ducts. *Tu L. C.,
Zitny R.,
Strasak P.1,
Sestak J.
(Czech Tech. Univ., Praha, CZ;
1Techsoft Engineering s.r.o., Praha, CZ) [981]
F6.2 14:20 Three-dimensional combustion modelling of a biomass fired pulverized fuel boiler. *Stastny M.,
Ahnert F.,
Spliethoff H.
(Tech. Univ., Delft, NL) [119]
F6.3 14:40 Estimation of quality and efficiency of coal combustion. *Repic B. S.,
Jovanovic M. P.,
Crnomarkovic N. D.,
Mladenovic R. V.
(Inst. Nucl. Sci. Vinca, Beograd, YU) [905]
F6.4 15:00 Thermal analysis of a cylindrical battery using a mathematical model. *Rashidi F.,
Badrnezhad R.
(Amirkabir Univ. Technol., Tehran, IR) [175]
15:20 Coffee break and poster session
F6.5 16:00 A new improved method of process design of liquid ring pump. Hayadar B.,
*Rashtchian D.,
Webb D. R.1
(Sharif Univ. Technol., Tehran, IR;
1UMIST, Manchester, UK) [1103]
F6.6 16:20 Influence of an inert gas on surface tension driven instabilities of pure evaporating liquids. Colinet P.,
Haut B.,
Margerit J.1,
*Peeters F.,
Legros J. C.,
Lebon G.,
Halloin V.
(Univ. Libre, Bruxelles, BE;
1Univ. Liege, BE) [858]
F7 - Thursday morning
Fluid flow and multiphase systems
Fluidization
Chairmen: J. Baeyens, D. Gidaspow
F7.1 9:40 Keynote lecture: Hydrodynamics of fluidization: structure and turbulence. *Gidaspow D.
(Illinois Inst. Technol., Chicago IL, US) [1165]
F7.2 10:20 The assessment of the solids flow in the riser of a circulating fluidised bed (CFB) through positron imaging. *Vandewalle C.,
Parker D. J.1,
Seville J. P. K.1,
Baeyens J.
(Cathol. Univ. Leuven, Heverlee, BE;
1Univ. Birmingham, UK) [240]
F7.3 10:40 The influence of the core-annulus flow of dilute CFB risers on the residence time distribution of the gas phase. *Vandewalle C.,
Degreve J.,
Baeyens J.
(Cathol. Univ. Leuven, Heverlee, BE) [244]
11:00 Coffee break
F7.4 11:30 Examination of flow field and temperature profiles in circulating fluidised bed. *Filkoski R. V.,
Stefanova A. J.1,
Petrovski I. J.,
Nospal A. T.
(Univ. Sv. Kiril i Metodij, Skopje, MK;
1Univ. British Columbia, Vancouver, CA) [691]
F7.5 11:50 The carry-over of catalyst from large fluidized bed gas-catalytic reactors. Schildermans I.,
*Baeyens J.
(Cathol. Univ. Leuven, Heverlee, BE) [241]
F8 - Thursday afternoon
Fluid flow and multiphase systems
Fluidization
Chairmen: I. Machac, K. Svoboda
F8.1 14:00 CFD modelling of an industrial polymerisation fluidised bed. *Gobin A.,
Patino G.,
Simonin O.,
Llinas J. R.1,
Helland E.1,
Reiling V.1
(CNRS-INPT, Toulouse, FR;
1BP Chemicals, Lavera, FR) [622]
F8.2 14:20 Fluidization of beds of non-spherical particles with viscoelastic fluids. Teichman R.,
Brokl P.,
Siska B.,
*Machac I.
(Univ. Pardubice, CZ) [694]
F8.3 14:40 High temperature defluidisation: a micro mechanistic approach. *Pagliai P.,
Rhodes D.1,
Simons S. J. R.
(Univ. Coll., London, UK;
1British Nucl. Fuels, Sellafield, UK) [479]
F8.4 15:00 FLUMOV: An innovative dryer based on fluidised-moving bed. *Aragon J. M.,
Palancar M. C.,
Liebanes M. D.,
Vicent A. B.
(Univ. Complutense, Madrid, ES) [304]
15:20 Coffee break and poster session
F8.5 16:00 Effect of electric field on the transition velocity of an electrically stabilized fluidized bed. *Helonde J. B.,
Khobragade N. T.1,
Patil P.1,
Sonolikar R. L.1
(Coll. Eng., Wardha, IN;
1Laxminarayan Inst. Technol., Nagpur, IN) [743]
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