I1.1 9.30
Recovery of energy from sugar beet pulp.
*M. Hutnan, M. Drtil, L. Mrafkova, S. Mico1
(Slovak Univ. Technol., Bratislava, SK; 1EKOPROGRES, Trencin, SK)
[861]
I1.2 10.00
Conversion of locked CFCs into HFCs or fluoroethers as new refrigerants.
*H. Nishiumi, K. Sato
(Hosei Univ., Tokyo, JP)
[1304]
I1.3 10.30
Modelling of influence of temperature combustion condition and fuel type on combustion pollutant products emission.
*B. S. Repic, Z. G. Kostic, M. P. Jovanovic, N. D. Crnomarkovic, R. V. Mladenovic
(Inst. Nucl. Sci. Vinca, Beograd, YU)
[277]
I1.4 11.00
Mercury in Podravina natural gas, Croatia.
Z. Spiric
(INA-Naftaplin, Zagreb, HR)
[987]
I1.5 11.30
Equilibria in FGD process - pure system.
J. A. Michalski
(Inst. Phys. Chem., Warszawa, PL)
[553]
I1.6 12.00
Substitution of solvent alkazid by N-methyldiethanolamine as hydrogen sulphide washing agent in the hydrogen processing.
J. Posival, P. Weigner, J. Cir, *J. Pospisil1
(Chemopetrol, Litvinov, CZ; 1Intecha, Praha, CZ)
[1206]
I1.7 12.30
Issues effecting the selection and execution of remedial technologies for the treatment of fuel oxygenate components of gasoline.
*R. Woodward, R. Sloan1
(Sierra Environmental Services, Houston TX, US; 1Lyondell Chem. Co., Crosby TX, US)
[1440]
I2.1 14.00
High temperature sulfidation behavior of reduced zinc ferrite revealed by in situ X-ray diffraction analysis and Mossbauer spectroscopy.
*M. Kobayashi, H. Shirai, M. Nunokawa
(CRIEPI, Yokosuka, JP)
[631]
I2.3 14.30
Catalytic degradation of polyolefinic plastics.
*J. Schirmer, J. S. Kim, E. Klemm
(Univ. Erlangen-Nurnberg, DE)
[71]
I2.4 15.00
A process for the treatment of spent pot lining.
*J. Besida, T. K. Pong, R. J. Adrien, T. A. O'Donnell, D. G. Wood
(Univ. Melbourne, AU)
[881]
I2.5 15.30
Particle liberation and separation of valuables from building rubble.
*J. Tomas, M. Schreier, T. Groger
(Otto-von-Guericke-Univ., Magdeburg, DE)
[371]
I2.6 16.00
On site bioremediation of soil polluted by hydrocarbons in Slovnaft refinery.
*V. Bilska, A. Eszenyiova, G. Polakovicova
(Slovnaft VURUP, Bratislava, SK)
[1237]
I3.1 9.30
Qualitative modelling and optimisation of complex environmental systems.
D. Kuchar, *M. Dohnal, M. Dohnal, A. Putnova, J. Konecny
(Tech. Univ. Brno, CZ)
[1418]
I3.2 10.00
Biological denitrification of drinking water in fluidised bed reactor.
*J. Derco, J. Dudas1, A. Kassai, K. Kratochvil2
(Slovak Univ. Technol., Bratislava, SK; 1CSIR, Modderfontein, ZA; 2ASIO, Bytca, SK)
[1028]
I3.3 10.30
Modeling and Monte Carlo simulation of TCDD transport in a river.
B. S. Giri, I. A. Karimi, *M. B. Ray
(Nat. Univ. Singapore, SG)
[308]
I3.4 11.00
Catalytical membrane reactor for removing of phenol from wastewater.
B. Keskinler, *E. Erhan, G. Akay1
(Ataturk Univ., Erzurum, TR; 1Univ. Newcastle upon Tyne, UK)
[91]
I3.5 11.30
Environmental evaluation of different variants of the chromium compounds production model using chromic wastes.
*Z. Kowalski, M. Gollinger1
(Krakow Univ. Technol., PL; 1Univ. Economics, Krakow, PL)
[823]
I3.6 12.00
Removal and recovery of toxic metal ions from wastewater by semiconductor photocatalysis.
*D. Chen, A. K. Ray
(Nat. Univ. Singapore, SG)
[472]
I4.1 14.00
Keynote lecture:
The use of public dissemination of information to support safe management of chemicals.
J. S. Young
(Hampshire Res. Inst., Alexandria VA, US)
[1209]
I4.2 14.40
Application of life cycle assessment to utilities systems.
D. Brennan
(Monash Univ., Clayton, AU)
[311]
I4.3 15.00
Catalytic hydrodechlorination as a pollution abatement methodology: mechanism and kinetics.
*M. A. Keane, D. Yu. Murzin1
(Univ. Leeds, UK; 1Abo Akad., Turku, FI)
[395]
I4.4 15.20
Controlling effluent composition in the chlorinated VOC catalytic oxidation.
*A. Aranzabal, R. Lopez-Fonseca, J. A. Gonzalez-Marcos, J. I. Alvarez, M. A. Guiterrez-Ortiz, J. R. Gonzalez-Velasco
(Univ. Pais Vasco, Bilbao, ES)
[664]
I4.5 15.40
Steam stripping - influence of process parameters on the decontamination of fine-grained particles.
*B. Niemeyer1, J. Hohne, A. Eschenbach
(GKSS Res. Center, Geesthacht, DE; 1Fed. Armed Forces, Hamburg, DE)
[529]
I4.6 16.00
Environmental aspects of the application of anticorrosion protection coatings.
A. Nakonieczny, *M. Kieszkowski
(Inst. Prec. Mech., Warszawa, PL)
[514]
I4.7 16.20
The use of gas membranes for VOC-air separations.
D. Van Gauwbergen, *J. Baeyens, C. De Witte, C. Creemers
(Cathol. Univ. Leuven, Heverlee, BE)
[218]
I4.8 16.40
Removal of VOC from waste gases by biofiltration technology.
A. Eszenyiova, *V. Bilska, H. Rajnohova
(Slovnaft VURUP, Bratislava, SK)
[1236]
I5.1 9.30
Keynote lecture:
Implementation of the SEVESO II directive.
*F. Babinec, T. Pavelka1
(Univ. Technol., Brno, CZ; 1BorsodChem-MCHZ, Ostrava, CZ)
[668]
I5.2 9.50
SEVEX view: the new approach for off-site effects analysis & effective emergency planning.
A. Dutrieux
(ATM-PRO, Nivelles, BE)
[1234]
I5.3 10.10
Risk assessment in complex industrial system.
*A. Bernatik, F. Babinec1
(Regional EIA Centre, Ostrava, CZ; 1Tech. Univ. Brno, CZ)
[974]
I5.4 10.30
Safety and environment management system in microelectronic industry.
I. Kunert
(Tesla Sezam a.s., Roznov p. Radh., CZ)
[1184]
I5.5 10.50
Learning from accidents and near-misses: the approach of the German "Storfall-Kommision".
J. Sommer
(Berufsgenossenschaft chem. Ind., Heidelberg, DE)
[364]
I5.6 11.10
Searching for weak points of your safety management system based on your operational experience.
M. Ferjencik
(Univ. Pardubice, CZ)
[1242]
I5.7 11.30
Computer-aided process safety analysis, modeling, and simulation: physicochemical estimation of hazardous factors using "Chemical WorkBench" integrated software.
M. A. Deminsky, *I. A. Kirillov, A. A. Knijnik, A. S. Petrusev, B. V. Potapkin, A. V. Panasenko1, M. I. Strelkova, I. V. Chesigin1
(Kurchatov Inst., Moskva, RU; 1Kinetic Technologies, Moskva, RU)
[550]
I5.8 11.50
Methodological aspects of technogenious hazard estimation for the sustainable development of Ukrainian industrial enterprises.
*G. A. Statyukha, A. Belous1, T. Bojko, D. Skladannyy
(Nat. Tech. Univ., Kyiv, UA; 1Ministry Env. Prot. Nucl. Safety Ukraine, Kyiv, UA)
[360]
I6.1 14.00
Keynote lecture:
Manipulation of the coolant recycling ratio as a mean to improve temperature regime safety of a tank reactor with exothermic reaction.
J. Horak
(Inst. Chem. Technol., Praha, CZ)
[847]
I6.2 14.20
Preventing a runaway after stirrer failure by injection an inhibiting agent.
*A.-W. Platschorre, A. Steiff, P.-W. Weinspach
(Univ. Dortmund, DE)
[590]
I6.3 14.40
Application of the VisiMix software to the analysis of the inherent safety of chemical reactors.
G. Berlin, L. Braginsky, Y. Kokotov, *Y. Nekhamkin
(VisiMix Ltd., Jerusalem, IL)
[742]
I6.4 15.00
Emergency pressure relief of tempered systems with high viscosity.
*A. Hoff, A. Steiff, P.-M. Weinspach
(Univ. Dortmund, DE)
[589]
I6.5 15.20
A preliminary brainstorm is always preferred to after shock late investigation storm.
Y. Riezel
(Ashdod Oil Refinery, IL)
[633]
I6.6 15.40
The human factor and the risk in the industrial technological processing.
*C. M. Florea, A. Pavel, D. Isbasoiu
(Petroleum-Gas Univ., Ploiesti, RO)
[447]
I6.7 16.00
Phenomenon-oriented approach to reactive gas-dynamics modeling in safety research, design and training: CADYC Software Component Library Case.
*I. A. Kirillov, A. S. Petrusev, B. V. Potapkin, A. V. Panasenko1, M. I. Strelkova
(Kurchatov Inst., Moskva, RU; 1Kinetic Technologies, Moskva, RU)
[883]
I6.8 16.20
Damage assesment on large thin shell structures under impact load by computer modelling.
*P. Schneider, F. Zapeca, A. M. Al Khaddour1
(Tech. Univ., Brno, CZ; 1Tech. Univ., Damascus, SY)
[1280]
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