Posters P5, Wednesday

Chemical engineering education

P5.1   Real-time applications in Windows NT. *Vasek V., Bliznak M., Janacova D. (Tomas Bata Univ., Zlin, CZ) [1313]

Computer aided process engineering

P5.2   Application of neural network modelling for product quality management. *Carsky M., Mikus O.¹, Singh A.² (Univ. Durban-Westville, ZA; ¹Private Consultant, Modderfontein, ZA; ²Univ. Natal, Durban, ZA) [979]

P5.3   Identification of an evaporator unity by neural networks. *De Assis A. J., Maciel Filho R.¹ (UNIOESTE, Toledo, BR; ¹UNICAMP, Campinas, BR) [24]

P5.4   Predictive control of an evaporator unity by neural networks. *De Assis A. J., Maciel Filho R.¹ (UNIOESTE, Toledo, BR; ¹UNICAMP, Campinas, BR) [74]

P5.5   Dynamic mathematical model for freeze drying process. *Boss E. A., Costa N. A., Maciel Filho R., Toledo E. C. V. (UNICAMP, Campinas, BR) [95]

P5.6   Integrated process modeling and optimization system for production of metal cutting fluids. Chulok A. I., *Mitritchev S. I. (not given, RU) [145]

P5.7   Object-oriented artificial intelligence system for drying process flowsheet design. Menshutina N. V., Poutchkov M. N., *Goncharova S. V., Vetrov A. V. (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [191]

P5.8   The effect of parameter settings on the performance of simulated annealing/simplex optimization method. *Jezowski J. M., Poplewski G., Jezowska A., Sloma R. (Rzeszow Univ. Technol., PL) [215]

P5.9   Automating monitoring of research by means of Database Management System (DBMS). *Vetrov A. V., Lebedev E. O., Menshutina N. V., Kolesnikov V. A. (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [251]

P5.10   A nonlinear predictive control strategy using multiple models. Zhuang H., *Chiu M.-S. (Nat. Univ. Singapore, SG) [260]

P5.11   Modern databases as information source for pharmaceutical companies. Meshcheryakova V. T., *Mishina V. J., Menshutina V. N., Makarova V. O. (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [283]

P5.12   Activated sludge modelling software. Salazar D., Henriquez J. J.¹, Ortega B.¹, *Sciamanna R. (Univ. Cent. Venezuela, Caracas, VE; ¹HO Ingenieria, Valencia, VE) [391]

P5.13   Chaos in chemical systems and chaos control. *Kortchagin E. Yu., Zharikov E. V., Koltsova E. M., Gordeev L. S. (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [350]

P5.14   System identification of a distillation column. *Mehrabani Zeinabad A. M. (Isfahan Univ. Technol., IR) [375]

P5.15   A detailed deterministic model for three-phase slurry reactors: evaporation of the reagents and refrigerant fluid. *Vasco de Toledo E. C., Maciel Filho R. (UNICAMP, Campinas, BR) [381]

P5.16   A reverse-flow reactor with an injection of a cold gas. Thullie J., *Kurpas M. (Silesian Univ. Technol., Gliwice, PL) [388]

P5.17   Development of intellectual information system for evaluation of the economic efficiency of chemical technology equipment in the terms of tenders. Dorokhov I. N., Menshikov V. V., Nikulina E. A., *Surzhikov E. A., Spitsina E. A. (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [435]

P5.18   Development of knowledge base for intellectual information system for evaluation of the economic efficiency of chemical technology equipment in the terms of tenders. Dorokhov I. N., Menshikov V. V., Nikulina E. A., Surzhikov E. A., *Spitsina E. A. (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [436]

P5.19   Fuzzy-neuro-genetic modeling and control of flue gas emissions in FBC process. *Cojbasic Z., Stojiljkovic M., Cojbasic L., Ristic D. (Fac. Mech. Eng., Nis, YU) [471]

P5.20   Genetic algorithms as a tool for optimization of an industrial reactor of cyclehexanol production. *Victorino I. R. S., Maciel Filho R. (UNICAMP, Campinas, BR) [474]

P5.21   Investigation of solid wood impregnation with acetic anhydride by mathematical modelling. *Aboltins A., Morozovs A. (Latv. Univ. Agric., Jelgava, LV) [489]

P5.22   Modeling and simulation of sodium beta-alaninate synthesis using dedicated software packages. *Calin C., Agachi S.¹ (Terapia SA, Cluj-Napoca, RO; ¹Babes-Bolyai Univ., Cluj-Napoca, RO) [511]

P5.23   Modulated temperature oscillations in reverse-flow reactors. Thullie J., *Kocur A., Gierczycki A. (Silesian Univ. Technol., Gliwice, PL) [523]

P5.24   Neural networks in odour measurements. Kosmider J., *Zamelczyk-Pajewska M. (Tech. Univ. Szczecin, PL) [527]

P5.25   Object-oriented modeling environment for chemical processes. Menshutina N. V., *Poutchkov M. N., Vetrov A. V. (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [539]

P5.26   Program to design wastewater treatment plants. Castro A., Henriquez J. J.¹, Ortega B.¹, *Sciamanna R. (Univ. Cent. Venezuela, Caracas, VE; ¹HO Ingenieria, Valencia, VE) [555]

P5.27   The automated integrated system of processing, representing and retaining of the information for quality management in chemical technology. Egorov A. F., Shergold I. B., *Gololobov Yu. V. (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [590]

P5.28   The informational technology of the quality control and the security of products. *Gordeeva J., Ivashkin Yu. (State Univ. Appl. Biotechnol., Moskva, RU) [673]

P5.29   Expert system for multiproduct paint-materials manufacturing. Menshikov V. V., Gordeev L. S., *Bykov A. E. (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [693]

P5.30   A decomposition of MISO type objects using an inference break-up method. *Roj E. (Inst. Naw. Sztucz., Pulawy, PL) [728]

P5.31   Pilot 3-D simulation of the temperature field of the ceramic material EUCOR. Heger J., *Kavicka F., Sekanina B., Stetina J., Ramik P. (Tech. Univ., Brno, CZ) [875]

P5.32   The program following control of a dynamic system using neural networks. *Roj E. (Inst. Naw. Sztucz., Pulawy, PL) [793]

P5.33   Graphical diagrams system for making decisions under investigation of chemical objects by experimental-statistical modelling method. *Statyukha G. A., Petran A. G. (Nat. Tech. Univ., Kyiv, UA) [907]

P5.34   The computer analysis of scientific organizations innovational potential in chemical industry on an example of CALS-technologies introduction. *Bessarabov A. M., Safonova T. A., Efimova V. P., Avseev A. V. (IREA, Moskva, RU) [997]

P5.35   Simulation and optimization of the T-100 X tower in the PVAY-2 vacuum distillation plant in the Amuay refinery. *Elman H., Guevara G. (Univ. Cent. Venezuela, Caracas, VE) [1083]

P5.36   SHAHAB-PC based simulator for prediction of furnace run length for the pyrolysis of hydrocarbons (ethane to naphtha). Towfighi J., Sadrameli M., Karimzadeh R., *Niaei A., Mofrahi M., Mokhtarani B., Saedi G., Hosseini S., Karimaei M. (Tarbiat Modares Univ., Tehran, IR) [1136]

P5.37   Mathematical modelling of pullulan biosynthesis. *Stojanovic S. B., Veljkovic V., Mladenovic I. (Fac. Technol., Leskovac, YU) [1302]

P5.38   Optimization-based tuning of PID controllers. Cascade systems. Alfano Neto C. F., *Embirucu M.¹ (PROPET S. A., Camacari, BR; ¹UFBA, Salvador, BR) [1304]

P5.39   Optimization-based tuning of PID controllers. Multi-loop systems. Alfano Neto C. F., *Embirucu M.¹ (PROPET S. A., Camacari, BR; ¹UFBA, Salvador, BR) [1305]

P5.40   Phenomenological and empirical modeling and simulation of an industrial C3 splitter using real plant data. Jesus N., Maciel Filho R., *Embirucu M. (UFBA, Salvador, BR) [1306]

P5.41   Real implementation and economic benefits through control of an industrial propylene/propane distillation column. Jesus N., Maciel Filho R., *Embirucu M. (UFBA, Salvador, BR) [1307]

P5.44   Computer aided integration of the reforming section of an ammonia plant. *Flores P., Monroy-Loperena R. (Inst. Mex. Petrol., Mexico, MX) [1421]

P5.45   Adaptive control of centrifugal compressors. *Laaouad F., Fekhar H., Zaamoum R. (Univ. Boumerdes, DZ) [1444]

P5.46   Finding the best operating conditions of carbon dioxide production from acidic natural gas. *Simon F., Csermely Z., Vago A.¹ (Res. Inst. Chem. Proc. Eng., Veszprem, HU; ¹Hung. Oil Gas Comp., Kiskunhalas, HU) [1346]

P5.47   Further results on natural iterative learning control of a process plant with unknown pure time-delays. *Lazarevic P. M. (Fac. Mech. Eng., Beograd, YU) [1453]

P5.48   Interaction and disturbance propagation between process control loops. *Benhalla A., Khelassi A. (Univ. Boumerdes, DZ) [1477]

P5.49   Adaptive control for nonlinear objects using a neural network approach. *Roj E. (Inst. Naw. Sztucz., Pulawy, PL) [1474]

P5.50   Artificial neural networks applied to the detection of olive oil adulteration with hazelnut oil. *Benitez P. L., Cabrera L., Jimenez J., Guadix E.¹, Benitez J. M.¹ (Puleva Biotech S. A., ES; ¹Univ. Granada, ES) [1475]

P5.51   3D imaging of the texture evolution during convective drying of soft shrinkable materials. Leonard A., Blacher S., Marchot P., Pirard J.-P., *Crine M. (Univ. Liege, BE) [1482]

P5.52   Optimized operation conditions of perchlorine reactors of Shiraz petrochemical complex. Ardeshiri E., *Fathikalajahi J., Mowla D. (Shiraz Univ., IR) [1515]

PRES 2002

P5.54   GPEX: a generalized program for extinguishing systems. *Pierucci S., Sogaro A., Delfante P.¹, Pinciroli M.¹, Comi Y.¹ (Politecnico, Milano, IT; ¹Industrial Trading, Milano, IT) [218]

P5.55   A conceptual scheme for integrating natural gas steam-reforming into power and heat-producing plants. *Safonov M. S., Okunev B. N., Zhatikov P. A. (Lomonosov State Univ., Moskva, RU) [341]

P5.56   Analysis of sugar production flowsheets. Part I: Mathematical modelling. *Ribas Garcia M., Hurtado Vargas R., Diaz R., De Armas Casanova C., Rostgaard Beltran L.¹ (ICIDCA, La Habana, CU; ¹Camilo Cienfuegos Sugar Fact., La Habana, CU) [398]

P5.57   HEN optimisation for crude oil distillation unit. Azmi A. S., *Klemes J., Ngatirin S.¹ (UMIST, Manchester, UK; ¹PERTAMINA, Jakarta, ID) [477]

P5.58   Modelling and simulation of drying of in-bulk Amaranthus grains. Tironi A., Crozza D. E., *Pagano A. M. (Univ. Nac. Cent. Prov. B. A., Olavarria, AR) [517]

P5.59   Problems and perspectives of development of competitiveness of processing industry in exciting business conditions. *Meshalkin V. P., Goncharov M. V., Dli M. I., Fomchenkova L. V. (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [1005]

P5.60   Energy conservation in a rectified spirit plant. Biswas S., *Roy S. C., Biswas G. K. (Jadavpur Univ., Calcutta, IN) [1049]

P5.61   Open and closed-loop optimization of a reactive distillation column. *Dadhe K., Gesthuisen R., Volker M., Engell S. (Univ. Dortmund, DE) [1075]

P5.62   Applying constraints in mass exchange network. *Amidpour M., Gougol M., Rashtchian D.¹ (Iranian R&D Cent. Chem. Ind., IR; ¹Sharif Univ. Technol., Tehran, IR) [127]

P5.63   Analysis of sugar production flowsheets. Part II: Software tool and case study. *Hurtado Vargas R., Ribas Garcia M., Diaz R., De Armas Casanova C., Rostgaard Beltran L.¹ (ICIDCA, La Habana, CU; ¹Camilo Cienfuegos Sugar Fact., La Habana, CU) [399]

P5.64   CFD modelling and design optimisation of an exhaust duct. *Hajek J., Kermes V., Bebar L., Stehlik P. (Tech. Univ., Brno, CZ) [411]

P5.65   Compact unit for thermal treatment of off-gases in natural gas production - industrial application. Oral J., Cupr P., *Stulir R.¹, Hajny Z., Puchyr R., Stehlik P.¹ (EVECO, Brno, CZ; ¹Tech. Univ., Brno, CZ) [416]

P5.66   Modeling of system for thermal processing of wastes including heat recovery. *Havlen L., Sponar M., Puchyr R.¹, Bebar L., Oral J.¹, Stehlik P. (Tech. Univ., Brno, CZ; ¹EVECO, Brno, CZ) [521]

P5.67   Modelling of unit for thermal treatment of organic pollutants. *Fabikovic V., Stulir R., Oral J.¹, Stehlik P. (Tech. Univ., Brno, CZ; ¹EVECO, Brno, CZ) [522]

P5.68   Removal of fluorides from watery solutions by means of chemical precipitation. Maria de Jesus C., *Sciamanna R., Camacho F., Ceci N. (Univ. Cent. Venezuela, Caracas, VE) [560]

P5.69   Heat integration improvement for Eastern European countries sugar-plant. Tovazhnyansky L. L., Kapustenko P. O., *Ulyev L. M., Boldyryev S. A.¹ (Kharkiv Polytech. Inst., UA; ¹SODRUGESTVO, Kharkiv, UA) [695]

P5.70   Optimisation of water consumption in an oil refinery. *Iancu P., Plesu V., Constantinescu G.¹ (Univ. Politehnica, Bucuresti, RO; ¹PETROM, Brazi, RO) [1250]

P5.71   Emission reduction through effective burner design. *Kermes V., Hajek J., Bebar L., Canek J.¹, Oral J.², Stehlik P. (Tech. Univ., Brno, CZ; ¹Res. Inst. Chem. Equip., Brno, CZ; ²EVECO, Brno, CZ) [632]

P5.72   Thermal processing of wastes using gasification. Bebar L., Granados J., Dvorak P., Ochrana L., Skala Z., Stehlik P., *Martinak P. (Tech. Univ., Brno, CZ) [678]

P5.73   Optimisation of vacuum system at vacuum distillation unit. *Salek J., Kohoutek J., Stehlik P. (Tech. Univ., Brno, CZ) [771]

P5.74   The improving of efficiency of industrial water use networks by example of soda refinery. *Statyukha G., Kvitka A., Jezowski J.¹, Shakhnovsky A. (Nat. Tech. Univ., Kyiv, UA; ¹Tech. Univ. Rzesow, PL) [954]

P5.75   Pressure as a further parameter of composite curves in energy process integration. *Vaclavek V., Novotna A., Dedkova J. (Inst. Chem. Technol., Praha, CZ) [1043]

P5.76   Using waste reduction algorithm to assess pollution reduction for improvement of an oil refinery process. Plesu V., *Iancu P., Plesu A. E., Duca G.¹, Mitu A.¹ (Univ. Politehnica, Bucuresti, RO; ¹Astra Romana, Ploiesti, RO) [1251]

P5.78   Using information technology methodologies for training in process engineering. Plesu V., *Onofrei R., Bita A., Duca G.¹, Matei M.² (Univ. Politehnica, Bucuresti, RO; ¹Astra Romana, Ploiesti, RO; ²Rafo S.A., Onesti, RO) [1239]

P5.79   Improving CO2 removal and energy saving for hydrogen plant. Bumbac G., *Plesu V., Duca G.¹ (Univ. Politehnica, Bucuresti, RO; ¹Astra Romana, Ploiesti, RO) [1245]

P5.80   Pollution from electrical power generation by gas turbines. *Aboukheshem M. B., Kadhum A. A. S.¹, Hasan M.¹ (7th April Univ., Tripoli, LY; ¹Azzawiya Oil Ref. Co., LY) [995]

P5.81   Modelling and case study for a water and wastewater minimisation problem. Plesu V., *Iancu P., Nutu N., Mitu A.¹ (Univ. Politehnica, Bucuresti, RO; ¹Astra Romana, Ploiesti, RO) [1238]

P5.82   Catalytic distillation modelling and simulation using HYSYS.Process(TM) environment. Bumbac G., *Plesu V., Bologa V., Muja I.¹, Popescu D. C. (Univ. Politehnica, Bucuresti, RO; ¹PETROM, Ploiesti, RO) [1240]

P5.83   Cost evaluation for design of complex processes. Plesu V., *Bercaru M. T., Woinaroschy A. E., Bercaru G., Zamfirache R.¹ (Univ. Politehnica, Bucuresti, RO; ¹PETROM, Ploiesti, RO) [1241]

P5.84   Economic evaluation of a catalytic distillation process. Bozga G., *Bumbac G., Bercaru M. T., Marcov-Tacu C., Zamfirache R.¹, Popescu D. C. (Univ. Politehnica, Bucuresti, RO; ¹PETROM, Ploiesti, RO) [1243]

Separation processes

Filtration

P5.85   Fundamental study of sludge filtration and expression. *Mihoubi D., Vaxelaire J.¹, Zagrouba F., Bellagi A.² (Inst. Nat. Res. Sci. Tech., Hammam-Lif, TN; ¹ENSIG, Pau, FR; ²Ec. Nat. Ing. Monastir, TN) [122]

P5.86   Thermodynamic analyses of sorption isotherms of viscoelastic cake. *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) [123]

P5.87   Analysis of pressure drop in multi-compartment bag filter. *Ikeno H., Tada Y.¹, Hiraoka S.¹, Shuto Y.¹ (Sinto Kogio, Kota, JP; ¹Nagoya Inst. Technol., JP) [305]

P5.89   Advanced means and development of filtering granular layers regeneration. *Entin S. V., Anzheurov N. M., Panov S. Yu.¹, Krasovitskij Yu. V.¹, Al-Qudah M.² (Semiluki Refract. Factory, RU; ¹Voronezh State Acad., RU; ²Ministry Educ., JO) [1264]

Fluid flow and multiphase systems

Fluid flow

P5.92   Development of device based on adsorption-semiconductor sensor purposed for determination of gas leaks from pipelines without unearthing. *Maksymovych N., Ruchko V., Maksymovych O., Kaskevych O., Nikitina N., Ripko O., Yatsimirski V. (Shevchenko Kyiv Univ., UA) [3]

P5.93   Drag coefficient of a porous particle: core-and-shell model. *Hsieh Y. H., Hsu J. P. (Nat. Taiwan Univ., Taipei, TW) [71]

P5.94   Electrokinetic flow through an elliptical microchannel: effects of aspect ratio and electrical boundary conditions. *Kao C. Y., Hsu J. P. (Nat. Taiwan Univ., Taipei, TW) [75]

P5.95   Heat transfer and hydrodynamics on a circular horizontal cylinder exposed to impinging two dimensional jet flow. Semyonov Yu. P., Belyakov V. A., Khromenko A. V., Paryghin K. E., *Klimov V. O. (Moscow State Univ. Forest, RU) [142]

P5.96   Degradation of the drag reducing polymer solutions during the flow through pumps. Broniarz-Press L., *Rozanski J., Jur A., Dryjer S. (Poznan Univ. Technol., PL) [180]

P5.97   Flow of rheostable fluids through porous and fluidised bed. *Broniarz-Press L., Agacinski P. (Poznan Univ. Technol., PL) [182]

P5.98   Flow of the surfactant's solutions in the both straigth and curved pipes. Broniarz-Press L., *Rozanski J., Dryjer S., Woziwodzki S. (Poznan Univ. Technol., PL) [183]

P5.99   Maximal drag reduction regions for the flow of both polymer's and surfactant's solutions in straight pipes. *Broniarz-Press L., Rozanski J. (Poznan Univ. Technol., PL) [187]

P5.100   Batcher-detector characteristic and residence time determination. Dolata M., *Michalski J. A., Ziolkowski D. (Inst. Phys. Chem., Warszawa, PL) [267]

P5.101   Flow analysis of immiscible fluids in packed beds. *Chikh S., Bouhadef H., Bouhadef K. (USTHB, Alger, DZ) [277]

P5.102   Solution of slow steady state flow problem in a constant width channel with taking into account curvature distinction of its boundaries. *Ulyev L. M. (Nat. Tech. Univ., Kharkiv, UA) [332]

P5.103   Numerical simulation for two-phase flow velocity fluctuation. *Matsuura A., Nakamura H., Hiraoka S.¹, Tada Y.¹, Kato Y.¹, Kojima M.¹ (Daido Inst. Technol., Nagoya, JP; ¹Nagoya Inst. Technol., JP) [326]

P5.104   The characteristics of the emulsion produced using different methods. *Hapanowicz J. (Tech. Univ. Opole, PL) [376]

P5.105   Effect of CO2 diffusion on wettability for hydrocarbon-water-CO2 systems in capillaries. Aguilera M. E., Zeppieri S., *Lopez de Ramos A. (Univ. Simon Bolivar, Caracas, VE) [441]

P5.106   Estimation of liquid holdup in horizontal pipes for stratified gas-liquid flow. *Anselmi R., Lopez de Ramos A. L., Gonzalez-Mendizabal D. (Univ. Simon Bolivar, Caracas, VE) [451]

P5.107   Numerical modeling of turbulence in flow in impinging jet. *Bartoszewicz J., Boguslawski L. (Poznan Univ. Technol., PL) [538]

P5.108   Gas holdup and oxygen transfer in viscous non-newtonian liquids having yield stress in bubble column. *Terasaka K., Shibata H. (Keio Univ., Yokohama, JP) [544]

P5.109   Penetration of nanometer-sized particles through a laminar flow tube under low-pressure conditions. *Kuga Y., Fujimoto T., Funabiki A., Takeda D. (Muroran Inst. Technol., JP) [546]

P5.110   Process of the extrusion in the unit of the special design. *Fekete R., Jasso I. (Slovak Univ. Technol., Bratislava, SK) [554]

P5.112   The effect of the dispersed to continuous phase viscosity ratio on flow past a fluid sphere. *Saboni A., Alexandrova S., Gourdon C.¹ (Univ. Caen, Saint Lo, FR; ¹ENSIACET, Toulouse, FR) [672]

P5.113   CFD simulation of processes in pulverised coal-fired boiler furnace. *Filkoski R. V., Petrovski I. J., Nospal A. T. (Univ. Sv. Kiril i Metodij, Skopje, MK) [684]

P5.114   Terminal velocity of non-spherical particles falling through a Carreau model liquid. *Machac I., Teichman R., Bendova H., Siska B. (Univ. Pardubice, CZ) [717]

P5.115   Annular two-phase downflow of gas-very viscous liquid. *Witczak S., Troniewski L., Filipczak G. (Tech. Univ. Opole, PL) [731]

P5.116   Flow pattern to three-phase air-water-oil flow in horizontal pipes. *Witczak S., Pendyk B. (Tech. Univ. Opole, PL) [748]

P5.118   Transient rise velocity of air bubbles in water. *Orvalho S. C: P., Vasconcelos J. M. T., Alves S. S. (Inst. Sup. Tec., Lisboa, PT) [794]

P5.119   Fluid flow analysis with finite volume numerical model using power law and Sisko rheological models. *Delic M., Marn J. (Fac. Mech. Eng., Maribor, SI) [849]

P5.120   Hydrodynamics of pulsing flow in three-phase reactors operated at elevated pressure. *Szlemp A., Bartelmus G., Janecki D.¹ (Inst. Chem. Eng., Gliwice, PL; ¹Univ. Opole, PL) [910]

P5.121   Hydrodynamics of three-phase solid bed reactor for foaming system. *Janecki D., Bartelmus G., Szlemp A.¹ (Univ. Opole, PL; ¹Inst. Chem. Eng., Gliwice, PL) [911]

P5.122   Experimental study of soil erosion by splash. Bouhadef M., *Mouzai L. (USTHB, Algiers, DZ) [992]

P5.123   Verification of CFD model by stimulus response method. *Thyn J., Novy M., Houdek P., Borroto Portela G.¹, Zitny R. (Czech Tech. Univ., Praha, CZ; ¹ISCTN, La Habana, CU) [999]

P5.124   Experimental study of surface gravity waves induced by an obstacle moving in a hydraulic channel. Guendouzen T., *Bouhadef M., Zitoun T. (USTHB, Algiers, DZ) [1000]

P5.125   Gravity capillary waves in a hydraulic channel. *Younsi A., Bouhadef M., Guendouzen T. (USTHB, Algiers, DZ) [1001]

P5.126   The influence of small tube diameter and inclination angle on flooding phenomena. *Mouza A. A., Paras S. V., Karabelas A. J. (Aristotle Univ., Thessaloniki, GR) [1022]

P5.127   A novel viscometric sensor for measuring the apparent wall slip effect. *Wein O., Vecer M. (Inst. Chem. Proc. Fundam., Praha, CZ) [1057]

P5.128   Acoustics of bubble formation: a preliminary study. *Dostal P., Ruzicka M.¹, Drahos J.¹, Wichterle K. (Tech. Univ. Ostrava, CZ; ¹Inst. Chem. Proc. Fundam., Praha, CZ) [1068]

P5.129   Effect of surface active agents on flow regime transition in bubble columns. Mena P., *Ruzicka M.¹, Drahos J.¹, Teixeira J.², Rocha F. (Univ. Porto, PT; ¹Inst. Chem. Proc. Fundam., Praha, CZ; ²Univ. Minho, Braga, PT) [1070]

P5.130   Effect of viscosity on flow regime transition in bubble columns. Mena P., *Ruzicka M.¹, Drahos J.¹, Teixeira J.², Rocha F. (Univ. Porto, PT; ¹Inst. Chem. Proc. Fundam., Praha, CZ; ²Univ. Minho, Braga, PT) [1071]

P5.131   Staged bubble columns with hydrophones and high-speed video. Hoeller V., *Ruzicka M.¹, Renken A., Drahos J.¹ (Swiss Fed. Inst. Technol., Zurich, CH; ¹Inst. Chem. Proc. Fundam., Praha, CZ) [1077]

P5.132   High-speed video images of hydrodynamic interactions in bubbly flow. *Broder D., Ruzicka M.¹, Drahos J.¹, Sommerfeld M. (Martin-Luther-Univ., Halle-Wittenberg, DE; ¹Inst. Chem. Proc. Fundam., Praha, CZ) [1080]

P5.133   A new model viscoelastic liquid based on water-soluble polymers. *Tihon J., Tovcigrecko V. (Inst. Chem. Proc. Fundam., Praha, CZ) [1148]

P5.134   A comparison of two numerical modelling approaches for the simulation of particle dispersion in turbulent mixing layer. *Li L., Yang X., Wood J.¹ (Univ. Paisley, UK; ¹Univ. Strathclyde, Glasgow, UK) [1216]

P5.135   Modelling of phenomena occurred during moulding process by means of Polyflow program. *Koszkul J., Szczepanski K., Suberlyak O. (Tech. Univ. Czestochowa, PL) [1293]

P5.136   Light particle - liquid interaction in an inverse fluidized bed. Kawalec-Pietrenko B., *Szczepaniak J. (Tech. Univ. Gdansk, PL) [1363]

P5.137   The interest of Hydrocyclone equipped with underflow Grit pot to concentrate suspended matter in run-off water treatment. *Puprasert C., Hebrard G., Aurelle Y. (INSA, Toulouse, FR) [1365]

P5.138   Rheological properties of the blood of newborns. *Etemad S. G., Mousavand T., Foroutan S. A.¹ (Isfahan Univ. Technol., IR; ¹Univ. Shahid Behesti, Tehran, IR) [1375]

P5.139   Numerical simulation of coastal structures impact in nearshore zone. *Khellaf M. C., Bouhadef M. (USTHB, Algiers, DZ) [1379]

P5.140   Inter-phase momentum transfer in gas-solid flows. *Kandhai D., Derksen J. J., Van den Akker H. E. A. (Delft Univ. Technol., NL) [1404]

P5.141   Heterogeneous mass transfer models for gas absorption in two-phase systems. *Wlodarczyk D., Kierzkowska-Pawlak H., Zarzycki R. (Tech. Univ. Lodz, PL) [1405]

P5.142   Analysis of compression stations gas turbine functioning under the Saharian South Algerian conditions. *Slimane A. (Univ. Boumerdes, DZ) [1419]

P5.143   Modelling of non-ideal injection in liquid chromatography. *Grznarova G., Polakovic M., Acai P., Gorner T.¹ (Slovak Univ. Technol., Bratislava, SK; ¹CNRS/INPL, Vandoeuvre, FR) [1461]

P5.144   Study of thixotropic behaviour of potato starch with selected hydrocolloids. *Grzesik M., Ptaszek P. (Acad. Agric., Krakow, PL) [1478]

Fluid flow and multiphase systems

Mixing

P5.145   Mixing studies - the effect of non-Newtonian fluid behaviour. *Slemenik Perse L., Zumer M. (Fac. Chem. Chem. Technol., Ljubljana, SI) [149]

P5.146   Characteristics and efficiency of screw agitators in a tube. *Rieger F. (Czech Tech. Univ., Praha, CZ) [623]

P5.147   Local swell of surface by liquid macro-vortex in stirred vessel. *Jahoda M., Paruzek K., Machon V. (Inst. Chem. Technol., Praha, CZ) [993]

P5.148   Energy dissipation in flocculation tank stirred by A310 impeller - study. *Sulc R., Ditl P. (Czech Tech. Univ., Praha, CZ) [446]

P5.149   Momentum transfer in an agitated vessel equipped with an eccentrically located impeller. *Karcz J., Cudak M. (Tech. Univ. Szczecin, PL) [1020]

P5.150   An efficiency of the heat transfer process in an agitated vessel equipped with a vertical tubular coil. *Karcz J., Strek F., Major M., Michalska M. (Tech. Univ. Szczecin, PL) [1016]

P5.151   Investigation of heat transfer coefficient distribution on the tank wall for a flat-blade impeller. *Niedzielska A., Kuncewicz C. (Tech. Univ. Lodz, PL) [519]

P5.152   Energy dissipation rate in the tank with self-aspirating impellers. *Kania A., Kuncewicz C. (Tech. Univ. Lodz, PL) [319]

P5.153   Non-conventional construction of the impellers against the background of standard classification. *Wesolowski P. (Poznan Univ. Technol., PL) [534]

P5.154   The stirring oscillation method for study of the bioprocess. *Berzins A., Rikmanis M., Viesturs U., Toma M., Viskere B. (Inst. Microbiol. Biotechnol., Riga, LV) [943]

P5.155   Homogenization in two- and three-phase multi-impeller stirred reactor. *Majirova H., Jahoda M., Machon V. (Inst. Chem. Technol., Praha, CZ) [480]

P5.156   Research of mixing with the odered loading of components. *Pershin V., Selivanov Yu, Demin O., Orlov V. (Tambov State Tech. Univ., RU) [562]

P5.157   Hydrodynamics and morphology of filamentous bacteria in a stirred tank fermenter. Groslambert S., Blacher S., *Crine M. (Univ. Liege, BE) [1486]

P5.158   Oxygen transfer in mechanically agitated systems: with two liquid systems. *Wlodarczyk D., Kierzkowska-Pawlak H., Zarzycki R. (Tech. Univ. Lodz, PL) [1337]

Mixing of suspensions

P5.159   Suspension efficiency of axial impellers. *Jirout T., Kysela B., Rieger F., Ditl P., Sperling R.¹, Jembere S.¹ (Czech Tech. Univ., Praha, CZ; ¹Anhalt Univ. Appl. Sci., Kothen, DE) [669]

P5.160   Mixing of suspensions in the slender tanks. *Rieger F., Rzyski E.¹ (Czech Tech. Univ., Praha, CZ; ¹Tech. Univ. Lodz, PL) [641]

P5.161   Experimental studies of the solid - liquid system in an agitated vessel with the no-standard baffles. *Karcz J., Wiech D. (Tech. Univ. Szczecin, PL) [1017]

P5.162   Aggregation and breakage of solid particles in suspensions agitated in a vibrating mixer. *Gierczycki A. T. (Silesian Univ. Technol., Gliwice, PL) [106]

P5.163   Effect of particle concentration on solid-liquid mass transfer coefficients in stirred vessels. *Grisafi F., Simone F., Brucato A., Rizzuti L. (Univ. Palermo, IT) [1279]

P5.164   Synthesis and characterisation of CdS clusters and superclusters in A type zeolite. *Ramirez-Bon R., Flores-Acosta M., Ochoa-Landin R., Arizpe-Chavez H.¹, Soltelo-Lerma M.¹, Castillon-Barraza F. F.¹ (Univ. Queretaro, MX; ¹Univ. Sonora, Hermosillo, MX) [1271]

P5.165   Ceramic fiber suspensions - continuum theory and practical issues. *Pabst W. (Inst. Chem. Technol., Praha, CZ) [1369]

Fluid flow and multiphase systems

Fluidization

P5.167   Hydrodynamic behaviour of a gas-solid air-loop stripper. *Mengxi Liu, Chunxi Lu (Univ. Petrol., Beijing, CN) [184]

P5.168   Study of powder coating in fluidized bed. Consequences of the air-liquid injection on the hydrodynamic and thermal behaviour of a fluidised bed. *Cherif R., Hemati M.¹, Laguerie C.¹ (EMP, Boumerdes, DZ; ¹ENSIGC, Toulouse, FR) [257]

P5.169   Residence time of gas in an organized fluidized bed. Dolata M., *Michalski J. A., Ziolkowski D. (Inst. Phys. Chem., Warszawa, PL) [290]

P5.170   Analysis of Pressure Fluctuations Feedback in Fluidised Beds. *Aragon J. M., Jimenez D., Palancar M. C. (Univ. Complutense, Madrid, ES) [306]

P5.171   Temperature distribution within the coal particle during drying in fluidized bed. *Komatina M. S., Ilic M. S.¹, Voronjec D. K. (Fac. Mech. Eng., Beograd, YU; ¹Inst. Nucl. Sci. Vinca, Beograd, YU) [1256]

P5.172   Hydrodynamics of a conical spouted bed at high temperatures. *San Jose M. J., Alvarez S., Izquierdo M. A., Aguado R., Olazar M. (Univ. Pais Vasco, Bilbao, ES) [909]

P5.173   Particle trajectories and cycle times in spouted beds. *San Jose M. J., Alvarez S., Izquierdo M. A., Aguado R., Olazar M. (Univ. Pais Vasco, Bilbao, ES) [926]

P5.174   Conical spouted bed technology with internal devices for combustion of wood wastes. *San Jose M. J., Alvarez S., Izquierdo M. A., Aguado R., Olazar M. (Univ. Pais Vasco, Bilbao, ES) [898]

P5.175   Entrainment of fine particles from an agitated fluidized bed. *Reyes A., Molina G. (Univ. Santiago de Chile, CL) [1445]

P5.176   The fountain in spouted beds. *San Jose M. J., Alvarez S., Izquierdo M. A., Aguado R., Bilbao J. (Univ. Pais Vasco, Bilbao, ES) [942]

P5.177   Magnetically stabilized circulating fluidized bed. Chichbankar S. N., Bhanarkar A., Dahikar S. K., Nagrale D. B-, *Sonolikar R. L. (Laxminarayan Inst. Technol., Nagpur, IN) [762]

Heat transfer processes

P5.178   Turbulent double diffusion modelling in salt solar accumulations. *Musemic R. (Univ. Sarajevo, BA) [1226]

P5.179   Numerical model of vacuum freeze drying of random solids at two-region contact-radiative heating. *Nastaj J., Witkiewicz K. (Tech. Univ. Szczecin, PL) [1089]

P5.180   Mathematical modeling of biomaterials vacuum freeze drying at contact -microwave heating. Nastaj J., *Witkiewicz K. (Tech. Univ. Szczecin, PL) [1087]

P5.181   Natural convection in a partially porous channel with localized heat sources. *Bouhadef K., Chikh S. (USTHB, Algiers, DZ) [994]

P5.182   Parallel flow asymmetries in heat exchangers. *Zitny R., Thyn J., Houdek P. (Czech Tech. Univ., Praha, CZ) [983]

P5.184   Experimental study on convective coefficients in a slurry bubble column. Quiroz I., Herrera Delgado I., *Gonzalez-Mendizabal D. (Univ. Simon Bolivar, Caracas, VE) [460]

P5.185   Design of experiments in the inverse drying problems. *Kanevce L. P., Kanevce G. H., Mitrevski V. B., Angelevski Z. Z. (Kliment Ohridsky Univ., Bitola, MK) [838]

P5.186   An improved way of coupling between a mechanical heat pump and a thermo-chemical heat pump, in order to obtain a system with an increased efficiency of energy management. Onofrei R., *Bita A. (Univ. Politehnica, Bucuresti, RO) [681]

P5.187   Temperature control in the induction furnace. Dmitryev G. A., *Prutensky D. V., Prutenskaya E. A. (Tver Tech. Univ., RU) [588]

P5.188   A simulation model for analysing the thermal behaviour of a solar convective dryer. *Chemkhi S., Zagrouba F., Kerkeni C., Mihoubi D., Ballagi A.¹ (Inst. Nat. Rech. Sci. Tech., Hammam Lif, TN; ¹Ec. Nat. Ing. Monastir, TN) [168]

P5.189   A numerical model that accounts for the coupling of the heat and mass transfer and the rheological behavior of a viscoelastic material. *Chemkhi S., Mihoubi D., Zagrouba F., Ballagi A.¹ (Inst. Nat. Rech. Sci. Tech., Hammam Lif, TN; ¹Ec. Nat. Ing. Monastir, TN) [167]

P5.190   Install compact heat exchanger to replace shell and tube heat exchangers in platforming unit. *Masri M. A., Maachi N. (Algerian Pet. Inst., Boumerdes, DZ) [26]

P5.191   Experimental study on Marangoni effect induced by heat and mass transfer. Savoca G., Caballero C., Villafana E., *Aguilera M. E. (Univ. Simon Bolivar, Caracas, VE) [462]

P5.192   Estimation of influence of turbulent flow structure on heat transfer coefficient distribution on surface impinged by free jet. *Boguslawski L. (Poznan Univ. Technol., PL) [450]

P5.193   A molecular quantum mechanism of natural convection heat transfer to a fluid with polar molecules. *Soare G. (Univ. Politech., Bucuresti, RO) [384]

P5.194   Measurement of temperature fields using thermochromic liquid crystals. *Vejrazka J., Marty P.¹, Sobolik V. (Inst. Chem. Proc. Fundam., Praha, CZ; ¹CEA, Grenoble, FR) [282]

P5.195   Contribution to the rational exploitation of the band brake of the drillig winch. *Benbrik A. (Univ. Boumerdes, DZ) [272]

P5.196   Mass transfer at solid melting in solution. *Petrescu S., Bacaoanu A. (Tech. Univ., Iasi, RO) [223]

P5.197   Local heat transfer coefficient at spherical particle melting. *Petrescu S., Horoba L. D., Lisa C. (Tech. Univ., Iasi, RO) [221]

P5.198   Numerical simulation of mixed convection flow and heat transfer in horizontal ducts. Loubar K., *Benkahla Y. K. (USTHB, Algiers, DZ) [1253]

P5.199   Free convective mass transfer at inclined isosceles triangles. *Keppert M, Krysa J., Wragg A. A.¹ (Inst. Chem. Technol., Praha, CZ; ¹Univ. Exeter, UK) [1162]

P5.200   A study of transport phenomena in a dryer with immersed channels. *Daoud K., Daoud M., Abchiche H., Djellab Z. (USTHB, Algiers, DZ) [1206]

P5.201   Mathematical model for swirl laminar flow with heat transfer. Iacob V., *Popescu D. C. (PETROM, Ploiesti, RO) [1284]

P5.202   A heat transfer study on fins of various shapes. *Oufer L., Louni F., Mouheb A. (USTHB, Algiers, DZ) [1272]

P5.203   Analysis of thermal processes of steam boilers for fast steam production. *Masic M., Komatina M.¹, Ristivojevic M.¹ (Milit. Tech. Inst., Beograd, YU; ¹Fac. Mech. Eng., Beograd, YU) [1269]

P5.204   Heat transfer coefficient in two-phase annular viscous liquid-inert gas flow. *Filipczak G., Troniewski L., Witczak S. (Tech. Univ. Opole, PL) [752]

P5.206   Vacum dryer for drying products of special purpose. Petrovic A., *Dedic A.¹, Spasojevic M.² (Fac. Mech. Eng., Beograd, YU; ¹Fac. Forestry, Beograd, YU; ²Thermo-energetic Plant N. Tesla, Obrenovac, YU) [1330]

P5.207   Analytical solution of forced convection of nonlinear viscoelastic fluids between parallel plates with moving boundary. Hashemabadi S. H., *Etemad S. G.¹, Golkar Naranji M. R., Thibault J.² (Amirkabir Univ. Technol., Tehran, IR; ¹Isfahan Univ. Technol., IR; ²Univ. Ottawa, CA) [1374]

P5.208   The influence of a solute concentration level and electric field on mass transfer during droplet formation and motion in a liquid-liquid contactor. Elperin T., *Fominykh A. (Ben-Gurion Univ. Negev, Beer-Sheva, IL) [1382]

P5.209   The application of quasichemical method of Stogrin-Hirschfelder for data correlation of thermal conductivity of inert gases at low temperatures. *Shashkov A. G., Kolenchits O. A., Nesterov N. A. (Inst. Heat Mass Transfer, Minsk, BY) [1433]

Particulate solids

P5.210   A fundamental study of dry and wet grinding from the viewpoint of bending test with impact. *Kanda Y., Kotake N., Sano S. (Yamagata Univ., JP) [1056]

P5.211   Structural evolution and thermal stability of ball milled Ti-Al powders for different concentrations and milling time. *Espinoza-Beltran F. J., Velazquez-Salazar J., Morales-Hernandez J.¹ (IPN, Queretaro, MX; ¹Univ. Auton., Queretaro, MX) [1361]

P5.212   A qualitative dynamic model of an autogenous mill. Dohnal M., *Krejci A. (Tech. Univ. Brno, CZ) [1451]

P5.213   Influence of kernel size on wheat milling properties. *Dziki D., Laskowski J. (Agric. Acad., Lublin, PL) [756]

P5.214   The problems of energy consumption in hammer mill for corn grain. Kalwaj J., *Mrozinski A. (Univ. Technol. Agric., Bydgoszcz, PL) [961]

P5.215   The effect of the wetting parameters on the power demand during the drum granulation. *Heim A., Gluba T., Obraniak A. (Tech. Univ. Lodz, PL) [591]

P5.216   The effect of bed wetting conditions on the quality of a product obtained during drum granulation. *Gluba T. (Tech. Univ. Lodz, PL) [337]

P5.217   The effect of process and equipment parameters on bulk density of the bed during drum granulation. Heim A., Gluba T., *Obraniak A. (Tech. Univ. Lodz, PL) [338]

P5.218   Plasma spraying enables spheroidisation of tungsten particles. *Brozek V., Dufek V., Neufuss K. (Inst. Plasma Phys., Praha, CZ) [1494]

P5.219   Manufacturing of a multicomponent mixture with usage of two-stage technology of feeding. *Pershin V., Barishnikova S., Osipov A., Filimonov D. (Tambov State Tech. Univ., RU) [495]

P5.220   The contribution to solution of energetical aspect of particulate material mixing. *Guzela S., Peciar M., Juriga M. (Slovak Univ. Technol., Bratislava, SK) [941]

P5.221   Attrition action of long granular materials in a ribbon blender. *Masiuk S., Kordas M. (Tech. Univ. Szczecin, PL) [896]

P5.222   Separation of granular materials with use of centrifugal forces. *Zouev P. G., Yakovlev N. A., Kalinichenko S. S. (Kuban State Technol. Univ., Krasnodar, RU) [881]

P5.223   Research of batching of fibrous materials. *Zouev P. G., Gergel A. A., Orlov A. V. (Kuban State Technol. Univ., Krasnodar, RU) [878]

P5.224   Pressing of by-products at the grain processing enterprises. *Zouev P. G., Orlov A. V., Gergel A. A. (Kuban State Technol. Univ., Krasnodar, RU) [876]

P5.225   Determining solids flow rate for blow tank pneumatic conveying systems: an approximate method. *McGlinchey D. (Caledonian Univ., Glasgow, UK) [15]

P5.226   Microscopic particle evaluation using an image analyser. *Jirak E., Povolny P. (Inst. Chem. Technol., Praha, CZ) [1491]

Last minute submissions

P5.227   INTINT - Intelligent Column Internals for Reactive Separations. A novel design methodology for tailor-made column internals (EU GROWTH Project). *Gorak A., Kenig E, Moritz P.¹, Klemes J.² (Tech. Univ. Dortmund, DE; ¹Sulzer Chemtech AG, Winterthur, CH; ²UMIST, Manchester, UK) [1529]

P5.228   Application of adaptive temperature control to an ethylene cracking pilot plant furnace. *Masoumi M. E., Sadrameli M.¹, Niaei A.¹ (Islamic Azad Univ., Tehran, IR; ¹Tarbiat Modarres Univ., Tehran, IR) [1527]

P5.229   Heat and power production in acrylic acid process design. *Gorsek A., Glavic P. (Fac. Chem. Chem. Eng., Maribor, SI) [56]

P5.230   CFD analysis of the sailrail air bearing material handling system. *Chung J., Perera M. S. (Ryerson Univ., Toronto Ont., CA) [12]

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