CONGRESS COMMITTEES
Board of the Congress
J. Drahosˇ, Congress Chair I. Wichterle, Chairman of the Scientific Committee K. Elgeti, EFCE Representative J. Novosad, Chairman of the Organising Committee T. Mı´sˇek, Past Congress Chairman J. Sˇ karka, Secretary
Honorary Committee
J. C. Charpentier, President, European Federation of Chemical Engineering — EFCE K. R. Westerterp, Past President, European Federation of Chemical Engineering — EFCE C. B. Cobb, President, American Institute of Chemical Engineers — AICHE R. Burton, President, Asia Pacific Confederation of Chemical Engineers — APCCHE
Scientific Committees
General topics
Reaction engineering, catalysis and kinetics V. Ba´lesˇ (SK), K. Bouzek (CZ), B. Delmon (BE), G. Eigenberger (DE), S. Fogler (US), J. Kosek (CZ), M. Marek (CZ), F. Pla (FR), P. Rudolf von Rohr (CH), P. L. Silveston (CA), V. Tukacˇ (CZ), A. A. Wragg (UK)
Separation processes and equipment H. J. Bart (DE), M. Bleha (CZ), L. Boyadzhiev (BG), G. Casamatta (FR), R. C. Darton (UK), E. Drioli (IT), N. N. Kulov (RU), R. Pohorecki (PL), J. Procha´zka (CZ),Sˇ . Schlosser (SK), V. Staneˇk (CZ)
Fluid flow and multiphase systems H. E. A. van den Akker (NL), N. Brauner (IL), L. S. Fan (US), F. Magelli (IT), F. Muzzio (US), M. Ru˚zˇicˇka (CZ), M. Sommerfeld (DE), K. Svoboda (CZ), G. Wild (FR)
Phase equilibrium and fluid properties K. Aim (CZ), G. Maurer (DE), E. H. Stenby (DK), A. Toikka (RU), P. Ungerer (FR), I. Wichterle (CZ)
Computer aided process engineering D. Bogle (UK), E. Eckert (CZ), R. Gani (DK), M. Kubı´cˇek (CZ), W. Marquardt (DE), D. Sˇ nita (CZ), G. A. Statyukha (UA)
Food processing and technology Z. Bubnı´k (CZ), I. Filkova´ (CZ), M. Housˇka (CZ), P. Kadlec (CZ), B. McKenna (IE), P. Nesvadba (UK), M. Saska (US), Sˇ . Schmidt (SK)
Education J. E. Gillett (UK), V. Machonˇ (CZ), M. Molzahn (DE)
2 PRES 2002 — Fifth Conference on process integration, modelling and optimisation for energy saving and pollution reduction
Chairmen: J. Klemesˇ (UK), P. Stehlı´k (CZ) Vice-chairmen: F. Friedler (HU), S. Pierucci (IT) Members: M. Bagajewicz (US), S. Clave (ES), U. Diwekar (US), V. Dovi (IT), C.-J. Fogelholm (FI), A. Espuna (ES), L. T. Fan (US), M. C. Georgiadis (GR), P. Glavic (SI), A. Gorak (DE), J.-P. Gourlia (FR), G. Gruhn (DE), C. W. Hui (CN), J. Jelı´nek (CZ), B. Kalitventzeff (BE), P. Kapustenko (UA), D. Kukulka (US), J. Mann (US), F. Marechal (CH), M. Narodoslawsky (AT), A. J. J. F. Nossent (NL), J. Paris (CA), R. W. Pike (US), P. Pilavachi (EC), V. Plesu (RO), E. Ranzi (IT), D. Reay (US), R. Sabadi Diaz (CU), H. Singh (CA), R. Smith (UK), M. Sorin (CA), B. Thonon (FR), K. Urbaniec (PL), G. Vaccari (IT), V. V. Wadekar (UK), G. Wozny (DE), T. Zhelev (ZA), X. X. Zhu (UK)
Specialised symposia
Symposium on environmental engineering and management J. Calzia (FR), E. Dinjus (DE), J. Hora´k (CZ), M. Puncˇocha´rˇ (CZ), F. Santarelli (IT), J. Venselaar (NL)
Symposium on process safety F. Babinec (CZ), J. Cistero´ (ES), L. Laksoo (FI), H. J. Pasman (NL), R. Pastorino (IT), V. Pilz (DE), J. Sˇ karka (CZ), R. D. Turney (UK), J. Weaver (US)
Symposium on transient multiphase flows H. Arastoopour (US), B. J. Azzopardi (UK), M. Bohnet (DE), J. Drahosˇ (CZ), M. Giot (BE), G. Hetsroni (IL), G. Hewitt (UK), D. Mewes (DE), R. V. A. Oliemans (NL), A. Serizawa (JP), I. Zun (SI)
Symposium on micro- and mesoporous materials B. Bernauer (CZ), J. A. Dalmon (FR), G. Emig (DE), P. Hudec (SK), M. Kocˇirˇı´k (CZ), G. M. Rios (FR), O. Sˇ olcova´(CZ)
Symposium on supercritical fluids R. Eggers (DE), Zˇ. Knez (SI), H. Sovova´(CZ)
Chemical technology for sustainable future J. Koubek (CZ), J. Mikulec (SK), J. Pa´ca (CZ), J. Pasˇek (CZ), H. P. Schmauder (DE), C. R. Soccol (BR), J. Sˇ karka (CZ),U.E.Viesturs(LV)
Mixing of suspensions J. Bertrand (FR), P. Ditl (CZ), I. Forˇt (CZ)
Cyclic operation of trickle bed reactors A. A. H. Drinkenburg (NL), J. Hanika (CZ)
CAETS symposium on synergies of various engineering branches J. Koubek (CZ), P. Zuna (CZ)
Organising Committee
J. Novosad, Chairman R. Halfar, J. Kugler, Z. Mly´nska´, V.Neˇmec, T. Novosad, E. Pesˇinova´
3 WELCOME
Welcome to the 15th International Congress of Chemical and Process Engineering CHISA 2002 to be held in Prague on 25 – 29 August 2002.
Congresses CHISA — 40 years of promoting international co-operation
In 2002, the CHISA jubilee Congress celebrates its 40th anniversary. The series of International Congresses CHISA taking place in the centre of Europe started in 1962 in Brno, Czech Republic, then continued in Maria´nske´La´zneˇ, and since 1972 the Congresses have been held in Prague. However, it is worth mentioning that the logo was used for the national event as early as 1956. The word CHISA originates from the Czech acronym for “Chemical Engineering, Chemical Equipment Design and Automation” and later became a “trade mark” for large meetings traditionally devoted to the entire area of chemical and process engineering topics, covering science, research, development and industrial practice. From the very beginning, CHISA Congresses have emphasised especially East-West-European and later pan- European contacts. Nevertheless, the stepwise development during the last decade testifies a much larger broadening of geographical horizons. This is evidenced by a permanent increase of participation from both the American subcontinents and from the Mediterranean Basin, the Near East, and Asian-Pacific regions. All these facts are transforming the one-time European Congresses into an event of world importance which is of interest for chemical and process engineers. By 1 August, over 1100 participants from more than 60 countries have been registered to deliver almost 1400 pa- pers.
GENERAL INFORMATION
Congress venue and language
The Congress takes place on the premises of the Czech Technical University, Faculty of Civil Engineering and Architecture (in Czech: Cˇ VUT — Fakulta stavebnı´ho inzˇeny´rstvı´ a architektury), Praha 6-Dejvice, at Technicka´ and Tha´kurova Streets (Metro A station Dejvicka´, en route from airport to the city centre). The Congress language is English. No simultaneous translation will be provided.
Congress Office and registration
The Congress Office is open for registration, accommodation and information at the Congress site on Saturday, 24 August at 14 – 20 h. and on Sunday, 25 August at 10 – 20 h. The Office is operating from Monday till Thursday at 8–17h.
Congress opening
The Congress will officially begin with an Opening ceremony and party on Sunday, 25 August at 20 – 22 h. in the Municipal House of Prague (Obecnı´du˚m, Metro B station “Na´meˇstı´ Republiky”).
4 Addresses and contacts
Organising Committee
Post mail and Express Courier: CHISA 2002, Novotne´ho la´vka 5, 116 68 Praha 1, Czech Republic (c/o Jan Novosad) Telephone: +420 2 2108 2248 Fax: +420 2 2108 2366 or +420 2 3333 5529 E-mail: [email protected]
Scientific Committee
Fax: +420 2 2092 0661 E-mail: [email protected]
Internet website www.chisa.cz/2002
SCIENTIFIC PROGRAM
Goals
The CHISA Congress with all its topics and specialised symposia supports the concept of sustainable development — a concept aimed at the future of mankind. Convinced that chemical engineering includes, masters and creates most of the tools that play a key role in realising this concept, chemical engineers try to find the specific and most effective ways to maximise this effort. This striving includes formulation of new targets of individual branches of chemical engineering science and practice, developing new methods for achieving them, dissemination of relevant information among specialists from Europe and the whole world, and supporting young engineers in entering and understanding the profession.
Congress structure
The Congress consists of the four following structures:
• General topics of chemical and process engineering • PRES 2002 — Fifth Conference on process integration, modelling and optimisation for energy saving and pollution reduction. The Conference is accompanied with a short course • Specialised symposia prepared in co-operation with the respective EFCE Working Parties or other recognised international bodies • Exhibition MARCHES 2002
The technical program includes invited plenary lectures and keynote lectures, parallel lecture sessions, and poster sessions. Congress sections are clustered into five thematic groups.
5 Plenary and keynote lectures
Morning sessions start with two parallel plenary lectures delivered from 8.30 to 9.20 h. There will be fifty keynote lectures delivered in the respective sessions.
Lecture and poster sessions
Twelve parallel lecture sections will take place at 9.40 – 12.30 h. and 14.00 – 17.20 h. based on 20 minute rigid schedules. For keynote lectures 40 minutes are reserved. Poster sessions will take place the whole day from 9.30 to 17.20 h. However, presenters are responsible for their posters during the afternoon coffee break (15.20 – 16.00 h).
General topics
Original contributions, process applications, case histories, and state-of-the-art papers will be presented in sessions on
Reaction engineering Separation processes Fluid flow and multiphase systems Heat transfer processes Phase equilibrium and fluid properties Computer aided process engineering Food processing and technology Particulate solids Chemical engineering education
For details see the Table “Organisation of Scientific Program”.
Fifth Conference “Process integration, modelling and optimisation for energy saving and pollution reduction” — PRES 2002
Topics: Energy saving technology • Combined heat & power • Heat transfer and process integration • Process integration for sustainable development • Integration of renewables • Waste minimisation, processing and manage- ment • Heat utilisation in waste treatment • Batch processes • Dynamic, flexible and sustainable plant operation • Industrial & experimental studies • Industrial application & optimal design
Specialised Symposia
Symposium on environmental engineering and management Organised in co-operation with the EFCE Working Party on Environmental Protection Topics: Treatment and prevention of pollution of air, water and soil • Waste prevention and treatment including com- bustion • Material properties and ecological risks • Recycling, recovery and reuse of materials • Environmental management and integrated management systems
Symposium on process safety Organised in co-operation with the EFCE Working Party on Loss Prevention and Safety Promotion Topics: Hazard identification and risk assessment • Vapour cloud dispersion • UVCE and BLEVE accidents • Management of changes • Accident investigation
6 Symposium on transient multiphase flows Organised in co-operation with the EFCE Working Party on Multiphase Fluid Flow Topics: Transient change in overall system parameters • Application in reactors, pipelines and vessels
Symposium on micro- and mesoporous materials Topics: Microporous and mesoporous materials • Nanosystems • Experimental techniques • Theory of sorption and mass transport • Percolation • Applications
Symposium on supercritical fluids Topics: Phase equilibria and transport properties • Extraction and fractionation • Particle design, aerogels, porous materials • Chemical reactions and bioreactions in SF • Other applications
Chemical technology for sustainable future Topics: Advanced and sustainable design • Renewable resources and energy — biomass, solar and reuse of ma- terials • Cleaner processes • Sustainability approaches • Chemical chain management • Products life cycle • Towards hydrogen fuel economy • High performance materials
Mixing of suspensions Organised in co-operation with the EFCE Working Party on Mixing Topics: Solid concentration profiles • Experimental methods • Particle-liquid hydrodynamics • Static mixers • CFD
CAETS symposium on synergies of various engineering branches
Cyclic operation of trickle bed reactors
PRES 2002 — Compact heat exchangers course
9.00 h. Welcome and Course introduction 9.30 h. Overview of heat exchanger types 10.15 h. Process Integration and Heat Exchanger Networks 11.15 h. Exchangers with cross-corrugated passages and design details 13.30 h. Design exploration with plate heat exchangers 13.45 h. Plate-fin heat exchangers 14.30 h. Design exploration with plate-fin heat exchangers 15.00 h. Recent advances in shell and tube heat exchanger technology 15.45 h. Recent advances in CHE technology 16.15 h. Final discussion
Course Leader: Dr. Vishwas Wadekar, Research Manager at HTFS, Hyprotech UK Ltd, England
Speakers: Prof. P. Stehlı´k, Director of the Institute of Process and Environmental Engineering, Technical University, Brno, Czech Republic, Prof. R. Smith, Head of Department of Process Integration, UMIST, England, Dr. J. Klemesˇ, Senior Project Officer, Department of Process Integration, UMIST, England.
7 Sets of summaries with pre-prints on CD-ROM
Summaries are clustered according to the thematic groups as five sets numbered from 1 to 5 and distinguished by colour cover (c. f. the loose-leaf Final Program Overview). One set is included in Congress fee. Among Congress materials is the CD-ROM containing full texts of accepted lectures and posters. Extra set of summaries and extra CD-ROM may be purchased at the Congress Office at a price of 10 EUR/each and 20 EUR/each, respectively. The sets and CD-ROMs can also be ordered after the Congress by contacting the Organising Committee.
Set 1 — Reaction engineering (Reaction engineering, catalysis and kinetics; Cyclic operation of trickle bed reactors)
Set 2 — Separation processes (Distillation and absorption; Phase equilibrium and fluid properties; Symposium on supercritical fluids; Extraction; Membrane processes; Adsorption and ion exchange; Symposium on micro- and mesoporous materials)
Set 3 — Fluid flow and multiphase systems (Fluid flow; Mixing; Fluidisation; Symposium on transient multiphase flows; Mixing of suspensions; Filtration; Particulate solids)
Set 4 — System engineering (Computer aided process engineering; PRES Conference; Heat transfer processes)
Set 5 — Systems and technology (Symposium on environmental engineering and management; Symposium on pro- cess safety; Food processing and technology; Chemical technology for sustainable future; Chemical engineering education)
Publication policy
No formal proceedings will be published excepting the pre-prints on CD-ROM. Therefore, authors are free to publish their papers at will after the Congress. Selected papers from PRES 2002 will be published in international journals Applied Thermal Engineering, Heat Transfer Engineering, Journal of Cleaner Production and Resources, Conservation and Recycling.
Exhibition MARCHES 2002
MARCHES 2002 — the MARket of CHemical Engineering and Services will take place from Tuesday, 27 August to Thursday, 29 August 2002 in the premises of the CHISA 2002 Congress. The Exhibitors are listed in the Catalogue.
Art & Science mini-gallery
The interesting exhibition, prepared by Professor A. Tamir (Ben Gurion University of Negev), illustrating the interrelation between the world of art and science. The exhibition will be located in the Congress Hall.
List of plenary lectures
A. Bar-Cohen The impact of nanotechnology on the future practice of engineering J. C. Charpentier Triplet ‘Molecular Processes-Product-Process Engineering — P3E’: the future of chemical engi- neering? R. Darton Sustainable development and energy: predicting the future
8 J. Koubek Chemical reactor design and catalyst development — a hand in hand process E. N. Lightfoot Unpredictability and evolution of novel designs B. McKenna Limitations of food safety and quality modelling — case studies K. Wichterle Transport processes in liquid steel: a challenge for chemical engineers
List of keynote lectures
Reaction engineering W. Ehrfeld Development of a microreaction platform for evaluation and implementation of novel process routes S. Fogler Research frontiers in chemical reaction engineering R. King Automatic identification of mathematical models of chemical and biochemical reaction systems F. Pla New developments on modelling and optimization of emulsion polymerization processes
Cyclic operations in trickle bed reactors B. Drinkenburg Cyclic operation in trickle bed reactors
Symposium on micro- and mesoporous materials H. Jobic Dynamics of xylenes in X-type zeolites studied by various neutron scattering techniques
Membrane processes E. Drioli Membrane crystallizers in multicomponent systems
Phase equilibrium and fluid properties V. Dohnal Air-water partitioning of organic compounds of environmental interest I. G. Economou Molecular simulation of phase equilibria A. Toikka On thermodynamics of fluid phase equilibrium of reacting systems in chemically nonequilibrium states P. Ungerer Determination of thermodynamic properties from molecular simulation
Symposium on supercritical fluids R. Eggers Interfacial phenomena in supercritical fluid processing T. Gamse Current trends in supercritical fluid technologies Zˇ. Knez Supercritical fluids — solvents for future?
Symposium on transient multiphase flows M. Giot Two-phase flow water hammer transients and induced loads on materials and structures (WA- HALoads) G. Hetsroni Boiling of surfactant solutions H. M. Prasser Fast visualization of transient two-phase flows and mixing processes in single phase flows by means of electrode-mesh sensors I. Zˇun Multiscale characteristics of bubble flow in simple and complex geometries
Fluid flow D. Gidaspow Hydrodynamics of fluidization: structure and turbulence A. Tamir Fluid flow and thermodynamics via art M. Sommerfeld Requirements for accurate numerical calculations of bubbly flows and associated sensitivity stud- ies O. Wein Wavy film flows: linear stability and evolution L. Zakin Review of recent experimental results and evaluation of physical criteria required for surfactant drag reduction
9 Computer aided process engineering R. Gani The age of computer aided modelling A. Kienle Nonlinear dynamics and control of reactive distillation processes I. Schreiber Computational tools for analysis of nonlinear dynamical systems in chemical engineering F. Stepanek Computer-aided design of granule microstructure
Conference PRES 2002 H. Cabezas Sustainable systems theory: ecological and other aspects (PRES plenary) R. Smith Process integration for reduced environmental impact (PRES plenary) M. Bagajewicz Financial risk management in process design Z. Ercsey Rigorous super-structure in action D. J. Kukulka Factors associated with fouling in the process industry F. Marechal Targeting the integration of multi-period utility systems for site scale process integration J. J. Nossent Reduction of water intake and COD emissions by using new water treatment technology in paper industry V. Plesu Design and optimisation of the dividing wall column for product separation in an oil refinery M. Sorin On minimization of the number of heat exchangers in water networks T. Thonon Development and integration of advanced heat exchangers and process control for high energy efficient distillation columns and separation processes K. Urbaniec Minimisation of water use in a novel sugar manufacturing process X. X. Zhu CO2 emissions and its impact on refinery industry
Chemical engineering education C. D. Grant Chemical engineering education: outcomes and customers
Symposium on process safety L. Allford The European Process Safety Centre (EPSC): A decade of learning H. J. Pasman Developments in loss prevention / process safety / risk assessment methodology: layer of pro- tection analysis R. D. Turney Human factors in the process industries: The PRISM project
Symposium on environmental engineering and management E. Dinjus Environmental friendly processes to use biomass as a feedstock for chemistry and energy
Chemical: technology for sustainable future J. Hora´k Sustainable development for the petrochemical industries — responsible technological programme or a popular slogan? M. Kuncı´rˇ Position of Central European refining and petrochemical sites within Europe J. Landgrave Methodology for performance indicators calculation to evaluate plants of chemical and process industry, in accordance with sustainability outlines and emphasis on institutional, social and exploitation of natural resources A. Mimura Integrated development of biomass plantations for energy, and commodity and fine chemicals K. H. Robra Waste gas cleaning by biofiltration techniques H. Schmauder Towards to a cleaner environment — situation, (chemical, biotechnological, general) technologies and trends
Food processing and technology P. P. Lewicki Water as the determinant of food engineering properties P. Nesvadba Database of physical properties of agro-food materials D. W. Sun Experimental investigation of performance of vacuum cooling for commercial large cooked meat joints K. Urbaniec The evolution of evaporator stations in the beet-sugar industry
10 SOCIAL AND LADIES PROGRAM
All invited get-together events
All Congress participants and accompanying persons are cordially invited to take part.
Festive Congress opening
Municipal House of Prague, Smetana Hall Opening addresses, awards, and a short organ recital. Glass of wine and refreshment in the Ceremonial saloons. Sunday, 25 August 20 – 22 h.
Congress concert in Rudolfinum
Dvorˇa´k Hall of the Rudolfinum The Prague Philharmonia, conductor Ondrˇej Kukal, soloist Frantisˇek Novotny´ (violin) Program: W. A. Mozart: The Marriage of Figaro, Overture; H. Wieniawski: Fantasy Brillante on themes from Gounod’s Faust, Op. 20; M. Ravel: Tzigane, Concerto Rhapsody for Violin and Orchestra; V. H. Vorˇı´sˇek: Symphony in D major Tuesday, 27 August 20 – 22 h.
Farewell party
Restaurant in Masaryk Hostel Congress farewell party with dinner buffet. Thursday, 29 August 20 – 23 h.
Prague sightseeing tours
Prague sightseeing
A basic bus tour introducing visitors to the most important points of interest. A walk through Prague Castle and Lesser Town. Sunday, 25 August, 13 – 17 h. Price: 19 EUR
Old Town
The sightseeing includes the region around the Old Town Square and neighbouring former Jewish Quarter with monuments to a once thriving enclave. Tuesday, 27 August, 9 – 12 h. Price: 19 EUR
11 Prague Castle — Hradcˇany
A tour through the Prague Castle area with a visit of the Royal Palace, St. Vitus Cathedral, St. George Basilica and the Golden Lane. A pleasant stroll to the Lesser Town with its famous palaces. Wednesday, 28 August, 9 – 12 h. Price: 19 EUR
Bus trips
Pilsner Brewery
The brewery is situated in West Bohemian metropolis Pilsen (Plzenˇ). The general term Pilsner originates from the name of the Prazdroj Brewery (Pilsner Urquell) established in 1842. Refreshment included. Monday, 26 August, 12.30 – 18 h. Price: 37 EUR
Karlovy Vary
A bus tour through the picturesque West Bohemian countryside to Karlovy Vary (Carlsbad). The world-renowned spa founded in the 14th century known for its twelve thermal springs and attractive colonnades and parks. An excursion to Becher factory manufacturing the famous Czech liqueur. Lunch included. Monday, 26 August, 8 – 18 h. Price: 46 EUR
Karlsˇtejn Castle
A half-day tour to the Karlsˇtejn Castle 35 km southwest of Prague. The medieval fortress founded in 1348 by the great Czech King and Roman Emperor Charles IV as representative emperor seat and coronation jewellery treasury. Erected by Mathias of Arras. Tuesday, 27 August, 12.30 – 18 h. Price: 25 EUR
Cˇ esky´Krumlov
The old town of Cˇ esky´ Krumlov charmingly situated above the meandering Vltava River in Southern Bohemia is recorded in the UNESCO World Cultural and Natural Heritage list. The large castle dominates more than three hundred historical buildings representing an appealing urbanesque unity. Lunch included. Tuesday, 27 August, 8 – 18 h. Price: 46 EUR
Kutna´Hora
A half-day tour to Kutna´ Hora — the medieval town founded in the 13th century around a silver mine, 65 km east of Prague. A visit of the splendid Gothic St. Barbara Cathedral and the former Royal Mint once coined Prague silver groschen. Refreshment included. Wednesday, 28 August, 12.30 – 18 h. Price: 25 EUR
12 Nuclear power plant Temelı´n and Hluboka´ Castle
The first part of tour includes an excursion to the nuclear power plant at Temelı´n. Tour continues to the beautiful Hluboka´ — originally Gothic castle rebuilt in the Windsor style in the 19th century. Lunch included. Wednesday, 28 August, 8 – 18 h. Price: 45 EUR
Konopisˇteˇ Castle
A castle built in early French Gothic style in the 13th century and rebuilt around 1887 as a hunting chateau by the successor to the Austrian throne Ferdinand d’Este. It houses a valuable collection of weapons, hunting trophies, and works of art. Thursday, 29 August, 12.30 – 18 h. Price: 25 EUR
Evening program
River cruise
A boat trip on the Vltava River. The most beautiful views of the “Golden City”: Prague Castle, Lesser Town, Charles Bridge, National Theatre and Vysˇehrad fortress. Buffet dinner accompanied by music. Monday, 26 August, 20 – 23 h. Price: 25 EUR
Prague State Opera — Giusepe Verdi Festival
Preliminary program:
Saturday, 24 August Un Balo in Maschera Monday, 26 August La Traviata Tuesday, 27 August Rigoletto Wednesday, 28 August Nabucco Thursday, 29 August Un Balo in Maschera Friday, 30 August La Traviata
Beginning at 20 h. Ticket price: 35 EUR/performance
13 GENERAL TIME SCHEDULE (preliminary)
Day Scientific program Time Half-day trips Whole-day trips Evening program Saturday Arrivals 24 August Registration 14–20 Opera ticket offer Sunday Arrivals Prague sightseeing Congress opening 25 August Registration 10–20 13–17 20 – 22, all invited Monday Registration, Congress Office 8 – 17 (Mon-Thu) Pilsner Brewery Karlovy Vary River cruise 26 August Plenary lectures 8.30 – 9.20 12.30 – 18 8–18 20–23 Lecture sessions 9.40 – 12.30, 14 – 17.20 Posters 9.30 – 17.20 Opera ticket offer Tuesday Plenary lectures 8.30 – 9.20 Prague Old Town Cˇ esky´Krumlov Congress concert 27 August Lecture sessions 9.40 – 12.30, 14 – 17.20 9–12 8–18 20 – 22, all invited Posters 9.30 – 17.20 Karlsˇtejn Castle MARCHES 2002 Exhibition 9–17 12.30 – 18 Opera ticket offer Wednesday Plenary lectures 8.30 – 9.20 Prague Castle Temelı´n, Hluboka´Castle Opera ticket offer 28 August Lecture sessions 9.40 – 12.30, 14 – 17.20 9–12 8–18 Posters 9.30 – 17.20 Kutna´Hora MARCHES 2002 Exhibition 9–17 12.30 – 18 Thursday Plenary lectures 8.30 – 9.20 KonopisˇteˇCastle Farewell party 29 August Lecture sessions 9.40 – 12.30, 14 – 17.20 12.30 – 18 20 – 23, all invited Posters 9.30 – 17.20 MARCHES 2002 Exhibition 9–17 Opera ticket offer Friday Departures Opera ticket offer 30 August ORGANISATION OF SCIENTIFIC PROGRAM
Topic Lecture Page Poster Page session session Plenary lectures 16
1. Reaction engineering A1 – A8 16 P1 41
2. Separation processes Extraction D4 – D5 24 P3 48 Absorption and distillation C1 – C4 21 P3 47 Adsorption and ion exchange P3 52 Membrane processes B6 – B8 20 P3 49 Crystallisation P3 53
3. Fluid flow and multiphase systems Fluid flow E3 – E8 26 P5 56 Fluidization F7 – F8 29 P5 58 Mixing F1–F3 27 P5 57 Filtration F5 29 P5 55
4. Heat transfer processes F6 29 P5 58
5. Phase equilibria and fluid properties C5 – C8 22 P3 50
6. Computer aided process engineering G1 – G6 30 P5 53
7. Food processing and technology L1 – L3 40 P7 62
8. Particulate solids D7 25 P5 59
9. Chemical engineering education I2 34 P5 53
10. Fifth Conference PRES 2002 H1 – H7 32 P5 54 I3–I6 34 Compact heat exchangers course I7 – I8 35
11. Symposium on environmental engineering and management J4 – J8 37 P7 60 MTBE remediation seminar L6 41
12. Symposium on process safety J1 – J3 36 P7 65
13. Symposium on transient multiphase flows E1 – E2 25
14. Symposium on micro- and mesoporous materials B3 – B4 19 P3 51
15. Symposium on supercritical fluids D1 – D3 23 P3 50
16. Chemical technology for sustainable future K1 – K7 38 P7 63
17. Mixing of suspensions F4 28 P5 58
18. CAETS I1 34
19. Cyclic operation of trickle bed reactors B1 – B2 19
15 PROGRAM
PLENARY LECTURES A
Monday A1 Lectures — Monday morning Reaction engineering A1.0 8.30 Unpredictability and evolution of novel designs. E. N. Lightfoot (Univ. Wisconsin, Madison WI, US) [1218] Chairmen: H. S. Fogler, M. Marek
H1.0 8.30 Triplet “Molecular Processes - Product - Process En- A1.1 9.40 Keynote lecture: Research frontiers in chemical gineering - P3E” : the future of chemical engineering ?. J.-C. Char- reaction engineering. H. S. Fogler (Univ. Michigan, Ann Arbor pentier (CPE, Villeurbanne, FR) [1225] MI, US) [1002]
H1.1 9.40 Sustainable systems theory: ecological and other A1.2 10.20 Hydrogenation in SISR (Screw Impeller Stirred Re- aspects. C. W. Pawlowski, A. L. Mayer, N. T. Hoagland, actor) laboratory reactor setup - reality and CFD visions. *H. Cabezas (Nat. Risk Manag. Res. Lab., Cincinnati OH, US) [42] J.-P. Mikkola, J. Wa¨rna, *J. Kuusisto, A. Kalantar Neyestanaki, T. Sa l mi (Abo Akademi Univ., FI) [482] H2.1 14.00 Process integration for reduced environmental impact. R. Smith (UMIST, Manchester, UK) [1033] A1.3 10.40 Investigation of uncatalyzed cyclohexane oxidation in a bubble column reactor. *R. Scha¨fer, C. Merten, G. Eigenberger (Univ. Stuttgart, DE) [982]
Tuesday 11.00 Coffee break A1.4 11.30 The influence of oxygen storage on three way A3.0 8.30 Chemical reactor design and catalyst development catalytic converters and its change with catalyst ageing. - a hand in hand process. J. Koubek (Inst. Chem. Technol., *C. Brinkmeier, T. Deuschle, S. Bu¨ chner1,W.Held1,G.Eigen- Praha, CZ) [1217] berger (Univ. Stuttgart, DE; 1Volkswagen AG, Wolfsburg, DE) [986]
H3.0 8.30 Limitations of food safety and quality modelling: - case A1.5 11.50 Dynamic behaviour of the peroxide-thiosulfate-Cu2+ studies. B. M. McKenna (Nat. Univ. Ireland, Dublin, IE) [1168] reaction in the CSTR. *J. Zagora, O. Pesˇek, L. Schreiberova´, I. Schreiber (Inst. Chem. Technol., Praha, CZ) [1187]
A1.6 12.10 Identification of multiple steady states: the first Wednesday step in safety analysis of continuous stirred tank reactor. *A. Molna´r, J. Markosˇ, L. Jelemensky´ (Slovak Tech. Univ., Bratislava, SK) [356] A5.0 8.30 A sustainable energy supply: predicting the future. R. C. Darton (Univ. Oxford, UK) [1262]
H5.0 8.30 The impact of nanotechnology on the future prac- A2 Lectures — Monday afternoon tice of engineering. A. Bar-Cohen (Univ. Maryland, College Park Reaction engineering MD, US) [1230]
Chairmen: W. Ehrfeld, M. Kra´lik
Thursday A2.1 14.00 Keynote lecture: Development of a microreaction platform for evaluation and implementation of novel process routes. *W. Ehrfeld, T. Bieber, M. Kroschel (Ehrfeld Mikrotechnik GmbH, A7.0 8.30 Transport processes in liquid steel: challenge for Wendelsheim, DE) [432] chemical engineers. K. Wichterle (Tech. Univ. Ostrava, CZ) [423]
16 A2.2 14.40 Quantifying molecular diffusion of cinnamaldehyde and the products of its hydrogenation within alumina-supported A4 Lectures — Tuesday afternoon platinum catalysts. *G. Senthil, F. King1, L. F. Gladden Reaction engineering (Univ. Cambridge, UK; 1Synetix, Billingham, UK) [711]
A2.3 15.00 Kinetics of hydrogenation of pseudoionone to hexa- Chairmen: T. Viveros Garcia, V. Tukacˇ hydropseudoionone.J. Gomory, *M. Kra´lik (Slovak Univ. Technol., Bratislava, SK) [759] A4.1 14.00 Modelling of isotopic exchange in the formation of NH3 and H2O on Pd-monolith. *K. Rahkamaa-Tolonen, 15.20 Coffee break and poster session T. Salmi, D. Yu. Murzin, R. L. Keiski, J. Wa¨rna (Abo Akademi Univ., FI) [224] A2.4 16.00 Kinetic considerations of UV-bubble column reactor for removal of CVOCs from gas phase. *D. Alibegic, S. Tsuneda, A4.2 14.20 Mass transfer effects in modelling of catalytic mono- A. Hirata (Waseda Univ., Tokyo, JP) [1248] lith converters with NOx storage. *P. Kocˇı´, V. Ekart, M. Kubicek, M. Marek (Inst. Chem. Technol., Praha, CZ) [497] A2.5 16.20 Catalytic isomerization of linoleic acid over supported metals. A. Laine, N. Kumar, P. Ma¨ki-Arvela, N. Granholm, A4.3 14.40 Analysis and simulation of novel process of mo- B. Holmbom, T. Salmi, *D. Yu. Murzin (Abo Akademi tor fuels production based on natural gas. *E. V. Pisarenko, 1 1 Univ., FI) [209] V. N. Pisarenko ,J.A.Abaskuliev(Colorado State Univ., US; 1Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [618] A2.6 16.40 Direct gas-phase oxidation of ethane. *V. S. Arutyunov, V. M. Rudakov1, V. I. Savchenko1,E.V. A4.4 15.00 Steady state and dynamic simulation of an au- 1 Sheverdenkin1 (Inst. Chem. Phys., Moskva, RU; 1Inst. Probl. tothermal gasoline reformer. *S. Springmann, M. Sommer , 1 1 Chem. Phys., Chernogolovka, RU) [312] M. Himmen , G. Eigenberger (Univ. Stuttgart, DE; Daimler Chrysler AG., Ulm, DE) [575] A2.7 17.00 A transient model for natural gas catalytic converter. *N. Sallamie, M. Estiri, A. Noori Khoshknab (Iran Univ. Sci. Tech- 15.20 Coffee break and poster session nol., Tehran, IR) [345] A4.5 16.00 Catalytic transformation of aromatic com- pounds. *Q. Smejkal, J. Hanika, A. Krejcˇı´, J. Kolena1, D. Kubicˇka1 (Inst. Chem. Technol., Praha, CZ; 1Unipetrol A3 Lectures — Tuesday morning Res. Cent., Litvı´nov, CZ) [349] Reaction engineering A4.6 16.20 Simulation of a trickled bed plug-flow reactor for the hy- drodesulfurization of oil fractions. A. M. Sales Cruz, J. J. Lopes, 1 Chairmen: R. King, I. Schreiber *T. Viveros Garcı´a,J.O.M.DelaRosa, J. A. Ochoa-Tapia (Univ. Autonom. Metrop., Iztapalapa, MX; 1Inst. Mex. Petrol., Mex- A3.1 9.40 Keynote lecture: Automatic identification of math- ico, MX) [814] ematical models of chemical and biochemical reaction systems. *R. King, J. Leifheit, S. Freyer1 (Tech. Univ. Berlin, DE; 1BASF A4.7 16.40 Membrane bioreactors - hybrid activated sludge or AG, Ludwigshafen, DE) [1233] a new process?. *S. Smith, B. Jefferson, S. Judd (Cranfield Univ., UK) [1280] A3.2 10.20 Artificial neural network modelling applied on NOx reduction with octane in excess oxygen over Ag/Al2O3. A4.8 17.00 Kinetic modeling of the liguid-phase hydrogenation. *M. Ro¨ nnholm, F. Klingstedt, K. Era¨nen, J. Wa¨rna, L.-E. Lind- D. Yu. Murzin, *T. Sa l mi (Abo Akademi Univ., FI) [757] fors (Abo Akademi Univ., FI) [402] A4.9 17.20 Modeling and optimization of enzymatic sepa- A3.3 10.40 Dynamic study for VOC combustion in a reverse-flow rating micro-reactor. *F. Tmeˇj, Z. Limbergova´, P. Hasal reactor and nonlinear observer for on-line estimation of inlet con- (Inst. Chem. Technol., Praha, CZ) [643] centration. *D. Edouard, D. Scweich, H. Hammouri, F. Couenne (CNRS, Villeurbanne, FR) [688]
11.00 Coffee break A5 Lectures — Wednesday morning Reaction engineering A3.4 11.30 Multiplicity of steady states in bubble column reactors. *R. Pohorecki, A. Zdro´ jkowski, W. Moniuk (Warsaw Univ. Tech- nol., PL) [1492] Chairmen: J. Kosek, F. Pla
A3.5 11.50 The evolution of reactions in chaotic mixing A5.1 9.40 Keynote lecture: New developments on mod- flows. *E. S. Szalai, F. J. Muzzio (Rutgers Univ., Piscataway elling and optimization of emulsion polymerization processes. 1 NJ, US) [1176] C. Fonteix, *F. Pla, S. Massebeuf, A. Sgard, L. N. Kiss (INPL, Nancy, FR; 1Univ. Laval, Que´bec, CA) [1021] A3.6 12.10 A mathematical model for the direct conversion of methane to methanol in a fixed bed catalytic reactor. *L. Vafajoo, A5.2 10.20 Self-sustained oscillation of particle size distribution M. Sohrabi (Amirkabir Univ. Technol., Tehran, IR) [64] in continuous emulsion polymerization. *K. Kataoka, N. Ohmura, T. Yano, S. Matsuzaki (Kobe Univ., JP) [38]
17 A5.3 10.40 Synthesis of biomedical thermoplastic poyurethanes P. Ma¨ki-Arvela, H. Backman, T. Salmi, D. Yu. Murzin (Abo by reactive extrusion. *S. Hoppe, S. Grigis, F. Pla (LSCG, Akademi, FI) [1281] Nancy, FR) [586]
11.00 Coffee break A7 Lectures — Thursday morning A5.4 11.30 Mixing in suspension polymerisation reactors. S. Reaction engineering Hashim, *B. W. Brooks (Loughborough Univ., UK) [764]
A5.5 11.50 A specialty melt polycondensation pilot plant - design Chairmen: T. Salmi, D. Skala and process capabilities. *M. Saban, G. Liebermann, F. Lee (Xe- rox Res. Center, Mississauga, CA) [1067] A7.1 9.40 Assessment of adsorption-enhanced reaction exem- plified by the Claus process. M. Elsner, *M. Menge, D. W. Agar A5.6 12.10 The effect of temperature on the morphogenesis of (Univ. Dortmund, DE) [733] polyolefin particles in heterogeneous catalytic reactors. *Z. Grof, J. Kosek, M. Marek (Inst. Chem. Technol., Praha, CZ) [1097] A7.2 10.00 Hydrodesulfurization of light gas oil - influence of working conditions and reactor geometry on sulfur conversion. A5.7 12.30 Modeling of free radical polymerization of ethylene us- *D. Skala, A. Orlovic, Z. Todosijevic, M. Cetkovic1 (Fac. Tech- ing bifunctional initiators. N. Al-Nidawy, O. Voinicu, *R. Dhib (Ry- nol. Metall., Beograd, YU; 1Oil Refinery, Pancevo, YU) [855] erson Univ., Toronto, CA) [766] A7.3 10.20 When is combined steam and dry (CO2) reform- ing of natural gas appropriate?. J. F. Cancino, *M. Bagajewicz (Univ. Oklahoma, Norman OK, US) [614] A6 Lectures — Wednesday afternoon Reaction engineering A7.4 10.40 The effect of calcination temperature on the activ- ity and some physicochemical properties of the low temperature water-gas shift reaction catalysts. *M. Sohrabi, A. Irandoukht Chairmen: M. Habulin, J. Markosˇ (Amirkabir Univ. Technol., Tehran, IR) [65]
A6.1 14.00 The use of the oxygen uptake rate to de- 11.00 Coffee break fine nitrification kinetics. *S. R. Juliastuti, J. Baeyens, G. Degueldre1 (Cathol. Univ. Leuven, Heverlee, BE; 1Aquafin, A7.5 11.30 A novel catalytic oxidation of chlorinated volatile Aartselaar, BE) [247] organic compounds. *K. Everaert, J. Degreve, J. Baeyens (Cathol. Univ. Leuven, Heverlee, BE) [9] A6.2 14.20 A theoretical and experimental analysis of membrane bioreactor performances in recycle configuration. *V. Calabro, A7.6 11.50 Decalin as a model compound for ring opening reac- S.Curcio,G.Iorio(Univ. Calabria, Arcavacata di Rende, IT) [344] tion of naphthenic hydrocarbons.*D. Kubicˇka, N. Kumar, T. Salmi, D. Yu. Murzin (Abo Akademi Univ., FI) [835] A6.4 14.40 Modelling of gluconic acid production in an internal- loop airlift reactor. *O. Dolgosˇ, M. Blazˇej, J. Markosˇ (Slovak A7.7 12.10 Nanostructurized metal polymeric catalytic systems in Univ. Technol., Bratislava, SK) [361] hydrogenation and oxidation reactions. *E. Sulman, V. Matveeva, L. Bronstein1, S. Sidorov2, P. Valetsky2, M. Sulman, N. Sema- A6.5 15.00 Effects caused by operating conditions on the prop- gina, G. Demidenko, A. Bykov, V. Doluda (Tver Tech. Univ., RU; agation of the entomopathogenic nematode Steinernema fel- 1Indiana Univ., Bloomington IN, US; 2Nesmeyanov Inst. Orga- tiae in submerged monoxenic culture. *N. Chavarrı´a-Herna´ndez, noelement Comp., Moskva, RU) [284] A. I. Rodrı´guez-Herna´ndez, F. Pe´rez-Guevara1,M.Dela Torre1 (Auton. Univ. Hidalgo State, Tulacingo, MX; 1CINVESTAV- IPN, Mexico City, MX) [804] A8 Lectures — Thursday afternoon 15.20 Coffee break and poster session Reaction engineering A6.6 16.00 Nitrification/denitrification with immobilized systems. *H.-J. Jo¨ rdening, B. Hausmann, M. Zastrutzki (Tech. Univ. Chairmen: K. Bouzek, A. Haeger Braunschweig, DE) [703] A8.1 14.00 Heterogeneous photocatalysis with TiO2: influence of A6.7 16.20 Lipase-catalyzed hydrolysis of sunflower oil in wavelength and radiation intensity on the quantum yield of selected high-pressure batch stirred tank and continuous flat-shape gas reactions. *A. Haeger, D. Hesse (Univ. Hannover, DE) [353] membrane reactor. *M. Habulin, M. Primozˇicˇ, Zˇ .Knez (Fac. Chem. Chem. Eng., Maribor, SI) [864] A8.2 14.20 Kinetics of the irreversible deactivation of the catalyst in the MTO process. *A. G. Gayubo, A. T. Aguayo, R. Vivanco, A6.8 16.40 Lactic acid fermentation in membrane bioreactor: A. Atutxa, J. Bilbao (Univ. Paı´s Vasco, Bilbao, ES) [862] modelling of stress phenomena. N. V. Menshutina, *A. V. Sko- rohodov, E. V. Guseva, M. Fick1, J. Boudrant1 (Mendeleev A8.3 14.40 Deactivation of hydrotreating catalysts: thiophene Univ. Chem. Technol. Russia, Moskva, RU; 1INPL-ENSAIA, HDS and a characterization of spent catalysts. *P. St e ine r, Vandoeuvre-les-Nancy, FR) [760] B. M. Vogelaar1, A. D. Van Langeveld1, S. Eijsbouts2, J. A. Moulijn1, E. A. Blekkan (Norweg. Univ. Sci. Technol., Trond- A6.9 17.00 Catalytic gas phase hydrogenation of o-xylene. heim, NO; 1Delft Univ. Technol., NL; 2AKZO Chemicals, Amster- *A. Kalantar Neyestanaki, M. R. Ro¨ nnholm, J. Wa¨rna, dam, NL) [427]
18 A8.4 15.00 Modeling gas oil cracking reactions in microreactors. *F. Lo´ pez-Isunza, N. Moreno, R. Quintana1,J.C.Moreno1, B2 Lectures — Monday afternoon F. He rna´ndez-Beltra´n1 (Univ. Autonom. Metrop., Iztapalapa, MX; Cyclic operation of trickle bed reactors 1Inst. Mex. Petrol., Me´xico DF, MX) [644]
15.20 Coffee break and poster session Chairmen: H. J. M. Bosman, S. Sicardi
A8.5 16.00 Hydrogenolysis of 1,4-dimethylcyclohexane on sil- B2.1 14.00 Periodic operation - one way to improve the trickle-bed ica supported catalyst; influence of time on stream on activity reactor performance. R. Lange (Univ. Dresden, DE) [1091] and selectivity. F. Locatelli, D. Uzio, G. Niccolai, J. M. Bas- set, *J. P. Candy1 (CNRS, Villeurbanne, FR; 1Inst. Fr. Pet., B2.2 14.20 Slow mode periodic pulsation of the liquid in trickle Rueil-Malmaison, FR) [23] bed reactors. S. Sicardi, L. Manna, *M. Banchero (Politecnico Torino, IT) [1047] A8.6 16.20 Reaction kinetics in system Ln2O3 - SrO - Al2O3 and mechanism of formation of intergrowth structures. *I. A. Zvereva, B2.3 14.40 Experiments with periodically operated liquid feed V. F. Popova1, N. S. Pylkina, A. B. Missul, A. M. Toikka, stream. *P. Houserova´, J. Hanika (Inst. Chem. Technol., V. V. Gusarov 1 (St. Petersburg State Univ., RU; 1Inst. Silicate Praha, CZ) [692] Chem., St. Petersburg, RU) [154] B2.4 15.00 Periodic operations of trickle bed reactor. *D. Ska´la, A8.7 16.40 A mathematical model for deactivation of a solid J. Hanika (Inst. Chem. Technol., Praha, CZ) [971] acid catalyst in liquid-phase isobutane alkylation. S. Sahebdel- far, *M. Kazemeini, F. Khorasheh, A. Badakhshan1 (Sharif 15.20 Coffee break and poster session Univ. Technol., Tehran, IR; 1Univ. Calgary, CA) [203] B2.5 16.00 Periodic state of wet oxidation in trickle-bed re- A8.8 17.00 Degradation of phenol using photocatalytic reaction actor. *V. Tukacˇ, J. Hanika, V. Chyba (Inst. Chem. Technol., in powder catalyst TiO2. *N. Saksono, Slamet (Univ. Indone- Praha, CZ) [547] sia, ID) [51] B2.6 16.20 Pressure drop and liquid holdup in trickle bed reac- tor for air-non-Newtonian liquid systems. *A. Sous, D. Gonza´lez- Mendizabal (Univ. Simo´n Bolı´var, Caracas, VE) [551]
B
B3 Lectures — Tuesday morning Symposium on micro- and mesoporous B1 Lectures — Monday morning materials Cyclic operation of trickle bed reactors Chairmen: P. Hudec, O. Sˇ olcova´ Chairmen: A. A. H. Drinkenburg, G. Wild B3.1 9.40 Keynote lecture: Dynamics of xylenes in X-type ze- B1.1 9.40 Keynote lecture: Cyclic operation in trickle bed reac- olites studied by various neutron scattering techniques. *H. Jobic, 1 1 tors. B. Drinkenburg (Tech. Univ. Eindhoven, NL) [1259] A. Me´thivier (Inst. Rech. Catal., Villeurbanne, FR; Inst. Fr. Pet., Rueil-Malmaison, FR) [213] B1.2 10.20 A rating procedure for cyclic operation of trickle bed reactors. *C. Bu¨ hner, G. Schembecker (GHN, Dort- B3.2 10.20 Evaluation of sorption characteristics of different mund, DE) [1015] mesoporous silica materials. *P. Hudec, A. Smiesˇkova´, Z. Zˇ idek, K. Jesena´k1, A. Jentys2 (Slovak Univ. Technol., Bratislava, SK; 1 2 B1.3 10.40 Local liquid/solid mass transfer in trickle beds Comenius Univ., Bratislava, SK; Tech. Univ., Wien, AT) [1513] with cyclic liquid feeding. M. Trivizadakis, D. Giakoumakis, *A. J. Karabelas (Aristotle Univ., Thessaloniki, GR) [1073] B3.3 10.40 Pore structural characterization of mesoporous silica synthesized by solvent evaporation method. T. Miyata, *A. Endo, 11.00 Coffee break T. Ohmori, T. Akiya, M. Nakaiwa (Nat. Inst. Adv. Ind. Sci. Technol., Ibaraki, JP) [550] B1.4 11.30 Cyclic operation of trickle bed reactors : liquid flow distribution and heat transfer. *D. Borremans, S. Rode, P. Carre´, 11.00 Coffee break G. Wild (CNRS-ENSIC, Nancy, FR) [742] B3.4 11.30 Oxygen enrichment by pressure swing adsorption B1.5 11.50 Transition to pulsing flow and pressure drop in for membrane fuel cell systems. *W. Lengerer, G. Eigenberger high-pressure trickle bed reactors operated with organic liquids. (Univ. Stuttgart, DE) [970] *M. I. Urseanu, H. J. M. Bosman, J. G. Boelhouwer, J. C. Schroi- jen (DSM Res., Geleen, NL) [1079] B3.5 11.50 Removing NPE’s from kraft pulp bleaching filtrates via adsorption with zeolites and activated carbon. S. Sequeira, A. Sil- B1.6 12.10 Induced pulsing flow in trickle-bed reactors. *J. G. vestre, C. P. Neto, *I. Portugal (Univ. Aveiro, PT) [1201] Boelhouwer, H. W. Piepers, A. A. H. Drinkenburg (Eindhoven Univ. Technol., NL) [1355]
19 B3.6 12.10 Production of zeolites from Brazilian coal ashes and B6.2 14.40 Nanofiltration of surfactant solutions - experimental in- its use for metal extraction. *J. C. T. Endres, I. D. Fernandes, vestigation and modelling of mass transfer. *B. Wendler, B. Goers, L. S. Ferret (CIENTEC, Porto Alegre RS, BR) [255] G. Wozny (Tech. Univ., Berlin, DE) [525]
B6.4 15.00 Map of gas permeabilities in polymers. *Z. Pientka, L. Brozˇova´, M. Bleha (Inst. Macromol. Chem., Praha, CZ) [1268] B4 Lectures — Tuesday afternoon Symposium on micro- and mesoporous 15.20 Coffee break and poster session materials B6.6 16.00 Calcium salt mass transfer modelling through a nanofiltration membrane. *R. Maachi, S. Taha1, T. Chaabane, Chairmen: J. Baeyens, M. Kocˇirˇı´k G. Dorange1, D. Legheraba (USTHB, Algiers, DZ; 1ENSCR, Rennes, FR) [950] B4.1 14.00 Chromatographicstudy on multicomponent adsorption in gas phase. K. Chihara, *H. Mizuochi, H. Imabeppu (Meiji Univ., Kawasaki, JP) [310] B7 Lectures — Thursday morning B4.2 14.20 Chromatographic determination of transport char- Separation processes acteristics of porous solids. *O. Sˇ olcova´, P. Schneider (Inst. Chem. Proc. Fundam., Praha, CZ) [414] Membrane processes B4.3 14.40 Mathematical modeling of adsorption processes in capillary electrochromatography. *M. Pacˇes, J. Kosek, M. Marek Chairmen: M. Bleha, B. Wendler (Inst. Chem. Technol., Praha, CZ) [1110] B7.1 9.40 Amination of polyimide membranes using di- and mul- B4.4 15.00 Mathematical modelling of counter-currentchromatog- tivalent amines. *W. Albrecht, T. Weigel, B. Seifert, M. Schossig- raphy. *A. E. Kostanyan, I. A. Sutherland1, S. N. Ignatova2, Tiedemann, R. Hilke, D. Paul (GKSS Res. Cent. Geesthacht, Tel- T. A. Ma ry ut i na 2 (Inst. Gen. Inorg. Chem., Moskva, RU; tow, DE) [265] 1Brunel Univ., Uxbridge, UK; 2Inst. Geochem. Anal. Chem., Moskva, RU) [866] B7.2 10.00 Modeling of batch electrodialysis of alkali and earth al- kali solutions in a cell fitted with an inorganic membrane. A. Moheb 15.20 Coffee break and poster session (Isfahan Univ. Technol., IR) [513]
B4.5 16.00 Mechanistic aspects of the temperature - dependent B7.3 10.20 Effect of the temperature on the transport parame- uptake of biochemicals by smart materials. V. Grabstain, O. Kimhi, ters in diffusion through polymeric matrix. *M. Kamel, F. Mijangos, *H. Bianco-Peled (Technion ITT, Haifa, IL) [1051] M. P. Elizalde (Univ. Paı´s Vasco, Bilbao, ES) [1204]
B4.6 16.20 A comparative study of abatement techniques for B7.4 10.40 Transport numbers of hydroxonium ions in cation- volatile organic compounds (VOCs). K. Everaert, *J. Baeyens, exchange membranes for fuel cells. *V. Ku˚ dela, K. Richau1, J. Degreve (Cathol. Univ. Leuven, Heverlee, BE) [8] J. Schauer, R. Mohr1 (Inst. Macromol. Chem., Praha, CZ; 1GKSS Res. Cent. Geesthacht, Teltow, DE) [1432] B4.7 16.40 Equilibrium studies, sorption kinetics, and column studies for the removal of pesticides from aqueous solutions us- 11.00 Coffee break ing activated carbon produced from coconut shell. *O. Ozgen, M. Mahramanlioglu (Tech. Univ. Istanbul, TR) [1254] B7.5 11.30 Separation of proteins within an electric field us- ing a radial symmetric cell. *M. Poggel, T. Melin (RWTH, B4.8 17.00 The kinetics of adsorption of Se(IV) onto activated car- Aachen, DE) [236] bon from aqueous solution. *R. Leyva-Ramos, C. V. Ruiz Salazar, L. Fuentes Rubio, R. M. Guerrero Coronado (Univ. Aut. San Luis B7.6 11.50 Concentration of apple juice by reverse osmosis at pi- Potosı´, MX) [675] lot plant scale: modelling and economic evaluation. *S. A´ lvarez, F. A. Riera, R. A´ lvarez, J. Coca (Univ. Oviedo, ES) [421] B4.9 17.20 ISEP CSEP a novel separation technique for process engineers. [Moved to poster session as P3.160]. B. Dutre (Chemv- B7.7 12.10 Modeling and simulation of gas separation by com- iron Carbon, Feluy, BE) [1317] posite membrane modules. M. Soltanieh (Sharif Univ. Technol., Tehran, IR) [868]
B6 Lectures — Wednesday afternoon Separation processes B8 Lectures — Thursday afternoon Separation processes Membrane processes Membrane processes Chairmen: W. Albrecht, V. Ku˚dela Chairmen: Z. Pientka, H.-H. Schwarz B6.1 14.00 Keynote lecture: Membrane crystallizers in multi- component systems. *E. Drioli, E. Curcio, G. Di Profio (Univ. Ca- B8.1 14.00 Effect of temperature on the pervaporation perfor- labria, Rende, IT) [1252] mance of poly(1-trimethylsilyl-1-propyne) (PTMSP) membranes.
20 *C. Lo´ pez-Dehesa, J. A. Gonza´lez-Marcos, J. R. Gonza´lez- C1.6 11.50 Non typical applications of the McCabe-Thiele Velasco (Univ. Paı´s Vasco, Bilbao, ES) [318] method. I. L. T. Albuquerque, L. G. S. Vasconcelos, *R. P. Brito (UFP, Campina Grande, BR) [533] B8.2 14.20 Pervaporation separation of aromatic/aliphatic mixtures. H.-H. Schwarz (GKSS-Forschungszentrum, C1.7 12.10 Measurement of bubble size distribution and radial Geesthacht, DE) [548] variation in protein foam fractionation columns using capillary probe with photoelectric sensors. Liping Du, *A. Prokop, R. D. Tanner B8.3 14.40 Prediction of mass transfer coefficient in pervaporation (Vanderbilt Univ., Nashville TN, US) [30] of benzene -cyclohexane mixtures through composite PVA mem- branes on porous PAN supports. *D. Roy, D. Sarkhel, M. Bandy- C1.8 12.30 A unified approach for optimization of batch biotech- opadhyay, P. Bhattacharya (Jadavpur Univ., Calcutta, IN) [1132] nological processes. M. Ardjmand, *A. A. Sayfkordi1,S.Hos- seini (Islamic Azad Univ., Tehran, IR; 1Sharif Univ. Technol., B8.4 15.00 Microfiltration process: mathematical modelling Tehran, IR) [205] and calculation. *E. Guseva, L. Gordeev, Yu. Avramenko, N. V. Menshutina (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [763]
15.20 Coffee break and poster session C2 Lectures — Monday afternoon B8.5 16.00 A unified approach of gas, liquid and supercritical Separation processes solvent transport through microporous membranes. J. Romero, J. Sanchez, *G. M. Rios (IEM UMR, Montpellier, FR) [891] Absorption and distillation B8.6 16.20 Ceramic membranes for filtration of alkaline solu- tions used as washing bath of metallic surfaces. *E. Blachow- Chairmen: M. J. Lockett, V. Staneˇk icz, J. Olszewski1, J. Raabe2, E. Bobryk2, T. Zielniok3 (Inst. Prec. Mech., Warszawa, PL; 1Nat. Fund Env. Prot. Water C2.1 14.00 The effect of maldistribution on separation in packed Manag., Warszawa, PL; 2Tech. Univ., Warszawa, PL; 3Santech distillation columns. *M. J. Lockett, J. F. Billingham (Praxair Inc., Ltd., PL) [825] Tonawanda NY, US) [43] C2.2 14.20 Operation of a bubble bed in series with a trickle bed. *J. Ondra´cˇek, V.Jirˇicˇny´, V. Staneˇk (Inst. Chem. Proc. Fundam., Praha, CZ) [1163]
C2.3 14.40 The behavior of a counter-current packed bed col- umn undergoing flooding. *P. Svoboda, V. Staneˇk, V. Jirˇicˇny´ C (Inst. Chem. Proc. Fundam., Praha, CZ) [1078] C2.4 15.00 Assessment of foaming process using residence time distribution analysis in a narrow annular gap reactor. *R. K. Thakur, C. Vial, G. Djelveh (Univ. Blaise Pascal, Aubiere, FR) [895] C1 Lectures — Monday morning 15.20 Coffee break and poster session Separation processes C2.5 16.00 Experimental and theoretical study of bubble columns Absorption and distillation involving a precipitation reaction. B. Haut, F. Peeters, *T. Cartage, V. Halloin (Univ. Libre, Bruxelles, BE) [848] Chairmen: M. Cˇ a´rsky, V. Staneˇk C2.6 16.20 Analysis of the flow phenomena in modified spray C1.1 9.40 Biosorption column performance. *B. Volesky, columns. L. Broniarz-Press, *M. Ochowiak (Poznan Univ. Tech- M. Carsky1 (McGill Univ., Montreal, CA; 1Univ. Durban- nol., PL) [176] Westville, ZA) [824]
C1.2 10.00 SO2 absorption model on light-off catalyst under oxi- dising conditions. *L. Limousy, N. Sabiri, D. Hadjiev (Univ. Bre- C3 Lectures — Tuesday morning tagne Sud, Lorient, FR) [664] Separation processes
C1.3 10.20 Removal of carbon dioxide by novel tubular-type gas absorber. *M. Teramoto, N. Takeuchi, N. Ohnishi, H. Matsuyama Absorption and distillation (Kyoto Inst. Technol., JP) [370] Chairmen: V. Jirˇicˇny´, Z. Olujic C1.4 10.40 Non-reflux distillation - a modified method of salt dis- tillation. G. Bremers, *R. Galoburda, V. Gulbis, G. Birzietis C3.1 9.40 Functionality of a novel double-effective pack- (Latv. Univ. Agric., Jelgava, LV) [536] ing element. *O. Schneider, J. Stichlmair (Tech. Univ., Mu¨nchen, DE) [470] 11.00 Coffee break C3.2 10.00 Predicting the performance of high capacity struc- C1.5 11.30 Considering the benzol recovery from coke gas. tured packings. E. Saarsloos, P. J. Jansens, *Z. Olujic (Delft *M. R. Ehsani, F. Eghbali (Isfahan Sci. Technol. Town, IR) [723] Univ. Technol., NL) [775]
21 C3.3 10.20 Effect of hydrodynamic parameters on the perfor- mance of sieve tray columns. M. R. Ehsani (Isfahan Univ. Tech- C5 Lectures — Wednesday morning nol., IR) [138] Phase equilibria and fluid properties C3.4 10.40 Porosity of solids by thermal desorption of liquids - estimation of surface film thickness. *J. Goworek, W. Stefaniak Chairmen:K.Aim,D.Lempe (M. Curie-Sklodowska Univ., Lublin, PL) [368] C5.1 9.40 Keynote lecture: Determination of thermody- 11.00 Coffee break namic properties from molecular simulation. *P. Ungerer, M. Lagache1, E. Bourasseau1, P. Pascual1, A. Boutin1, B. Tavi- 1 C3.5 11.30 Interfacial electron and momentum transfer phenom- tian (Inst. Fr. Pet., Rueil Malmaison, FR; Univ. Paris Sud, Or- ena in fine dispersed systems. *A. M. Spasic, M. D. Babic, M. M. say, FR) [1142] Marinko, N. N. Djokovic, M. Mitrovic1,D.N.Krstic1 (Inst. Tech- nol. Nucl. Miner. Raw Mat., Beograd, YU; 1Fac. Technol. Metall., C5.2 10.20 Application of a cubic 3-parameter EOS to supercrit- Beograd, YU) [698] ical phase equilibria involving biological/biochemical compounds and natural products. W.-R. Ji, *D. A. Lempe (Martin-Luther-Univ., C3.6 11.50 Kinetics of absorption of carbon dioxide into aqueous Halle-Wittenberg, DE) [347] solutions of N-methyldiethanolamine + diethanolamine. Chih-Yuan Lin, *Meng-Hui Li (Chung Yuan Christ. Univ., Chung Li, TW) [492] C5.3 10.40 Molecular-based modelling of equilibrium fluid prop- erties at superambient conditions. *K. Aim, M. Lı´sal, J. Pavlı´cˇek (Inst. Chem. Proc. Fundam., Praha, CZ) [1275]
11.00 Coffee break
C5.4 11.30 Application of the hole lattice group contribution C4 Lectures — Tuesday afternoon model for molecular fluids. A. G. Morachevsky, *I. V. Prikhodko, L. I. Reshetova, N. A. Smirnova, A. I. Viktorov (St. Petersburg Separation processes State Univ., RU) [307]
Absorption and distillation C5.5 11.50 Sorption behaviour of cyclohexane in random styrene-butadiene copolymers and related silica compounds. 1 1 Chairmen: J. V. Oldshue, V. Jirˇicˇny´ F. Bacchelli, *F. Montanari, F. Doghieri , C. Baldini (Polimeri Europa, Ravenna, IT; 1Univ. Bologna, IT) [715] C4.1 14.00 Batch continuous pilot studies for scale-up to plant scale continuous gas-liquid solid systems. J. Y. Oldshue (Oldshue C5.6 12.10 Definition of conditions of solubility in systems the gas - Technologies Int., US) [308] liquid. *E. E. Ramazanova, M. M. Asadov (Azerb. State Oil Acad., Baku, AZ) [76] C4.2 14.20 Dynamic model for start-up simulation of three phase distillation columns. *T. K. Tran, J.-U. Repke, G. Wozny (Tech. Univ., Berlin, DE) [314] C6 Lectures — Wednesday afternoon C4.3 14.40 Minimum energy advatages of simple reactive distilla- Phase equilibria and fluid properties tion. *N. Poth, J. Stichlmair (Tech. Univ., Mu¨nchen, DE) [507]
C4.4 15.00 Thermodynamics interpretation of the design and op- Chairmen: O. Dahmani, J. Linek eration of an ideal heat integrated distillation column (HIDiC). *M. Nakaiwa, K. Huang, A. Endo, T. Ohmori, T. Akiya, C6.1 14.00 Keynote lecture: Air-water partitioning of organic T. Takamatsu1 (Nat. Inst. Adv. Ind. Sci. Technol., Tsukuba, JP; compounds of environmental interest. V. Dohnal (Inst. Chem. 1Kansai Univ., Suita, JP) [164] Technol., Praha, CZ) [1122]
15.20 Coffee break and poster session C6.2 14.40 Interfacial properties of high viscous liquids in a su- percritical carbon dioxide atmosphere. *P. T. Jaeger, R. Eggers, C4.5 16.00 Modelling and simulation of of carbon dioxide absorber H. Baumgartl (Tech. Univ. Hamburg-Harburg, DE) [914] by hot carbonated process. *M. R. Rahimpour, A. Z. Kashkoli (Shiraz Univ., IR) [518] C6.3 15.00 Excess volumes in ternary mixtures containing 1-chlorobutane: experimental data and prediction with HSE Con- C4.6 16.20 Model intensification of flue gas absorber. *D. Roquet, formal Solution Theory. O. Dahmani (USTHB, Algiers, DZ) [648] P. Ce´zac, M. Roques (ENSGTI, Pau, FR) [642] 15.20 Coffee break and poster session C4.7 16.40 Distillation columns: inter play between equipment design and control performance. *A. Khelassi, C. Bouyahiaoui, C6.4 16.00 P-V-T behaviour of liquid alkane - 1-chloroalkane mix- J. A. Wilson1,A.Maidi,A.Benhalla,B.Ould-Bouamama2 (Univ. tures at elevated temperatures and high pressures. *J. Linek, Boumerdes, DZ; 1Univ. Nottingham, UK; 2Univ. Sci. Technol., L. Mora´vkova´ (Inst. Chem. Proc. Fundam., Praha, CZ) [772] Lille, FR) [135] C6.5 16.20 Vapour pressures of benzophenone and phenathrene in the low-pressure region. J. M. S. Fonseca, *M. Fulem1, P. Dudkova´1,K.Ru˚zˇicˇka1, M. A. V. Ribeiro da Silva, M. J. S. Monte, V. Ru˚zˇicˇka1 (Univ. Porto, PT; 1Inst. Chem. Tech- nol., Praha, CZ) [1480]
22 C6.6 16.40 Prediction of viscosity of hydrocarbon fluids at high C8.3 15.00 Liquid-liquid equilibria in ternary systems nitromethane pressures. *M. R. Riazi, K. Mahdi, M. Alqallaf (Kuwait Univ., + water + 1-alcohols. Measurement, correlation and prediction. Safat, KW) [706] *Z. Recˇkova´,K.Rˇ eha´k,J.Matousˇ, J. P. Nova´k(Inst. Chem. Tech- nol., Praha, CZ) [1166] C6.7 17.00 Diffusion and instability of a mechanical equilibrium of multicomponent gas mixtures. *V. N. Kosov, Yu. I. Zhavrin1, 15.20 Coffee break and poster session V. D. Seleznev 2, D. U. Kulzhanov3, N. B. Ankusheva (Abay State Univ., Almaty, KZ; 1Kazak State Nat. Univ., Almaty, KZ; C8.4 16.00 Apparent bulk modulus from enthalpy and volume 2Urals State Tech. Univ., Ekaterinburg, RU; 3Atyrau Inst. Pet. Gas, data, different aging temperatures and various polymer systems. Atyrau, KZ) [17] *P. Slobodian, P. Sa´ha (Tomas Bata Univ., Zlı´n, CZ) [401]
C6.8 17.20 Modeling vapor-liquid equilibria for systems H2O- C8.5 16.20 Effect of viscosity on kLa calculated by the dynamic MEA-CO2 and H2O-MDEA-CO2. *J. Poplsteinova, H. F. Svend- pressure method (DPM). *R. I. Carbajal, A. Tecante1 (IPN, Barrio sen, L. L. Lee1 (Norwegian Univ. Sci. Technol.,Trondheim, NO; la Laguna Ticoman, MX; 1UNAM, Coyoacan, MX) [690] 1Univ. Oklahoma, Norman OK, US) [1267] C8.6 16.40 Stability analysis of phase equilibrium using homotopy continuation in complex space. F. Jalali (Univ. Tehran, IR) [79] C7 Lectures — Thursday morning Phase equilibria and fluid properties
Chairmen: D. Kodama, I. V. Prikhodko
C7.1 9.40 Keynote lecture: Molecular simulation of phase equilibria. I. G. Economou (Nat. Res. Cent. Demokritos, Aghia Paraskevi Attikis, GR) [1052] D C7.3 10.20 VLE, LLE, VLLE, and saturated densities for binary systems at high pressures. *D. Kodama, M. Kato (Nihon Univ., Fukushima, JP) [888]
C7.4 10.40 Solubility of butane and isobutane in molten polypropy- D1 Lectures — Monday morning lene and polystyrene. *Y. Sato, M. Wang, S. Takishima, H. Ma- Symposium on supercritical fluids suoka, T. Watanabe1, Y. Fukusawa1 (Hiroshima Univ., Hi- gashi, JP; 1Asahi Kasei Corp., Suzuka, JP) [1137] Chairmen: S. M. Ghoreishi, H. Sovova´ 11.00 Coffee break D1.1 9.40 Keynote lecture: Supercritical fluids - solvents for fu- C7.5 11.30 Representation of VLE and liquid composition ture?. Zˇ .Knez(Univ. Maribor, SI) [668] whith Pitzer’s model: Application to water-inorganic acid sys- tems. M. Cherif, A. Arbi1, M. N. Ammar, M. Abderrabbaa2, D1.2 10.20 ASPEN PLUS(TM) computer simulation for critical *W. Furst3 (ENIT, TN; 1FST, TN; 2La Marsa, TN; 3ENSTA, data prediction of CO2-rich alkane, cycloalkane and aromatic Paris, FR) [783] multi-component systems. *Q. Smejkal, U. Armbruster, B. Kerler, A. Martin (Inst. Appl. Chem., Berlin-Adlershof, DE) [403] C7.6 11.50 An improved SAFT EOS to predict the thermodynamic properties of pure compounds. *C. Ghotbi, B. Aminshahidi1, D1.3 10.40 Residence time distribution in a transpiring wall reactor M. Mofakhami-Mehrabadi (Sharif Univ. Technol., Tehran, IR; for supercritical water oxidation. *K. Lieball, B. Wellig, P. Rudolf 1Ferdowsi Univ., Mashahd, IR) [1159] von Rohr (Swiss Fed. Inst. Technol., Zu¨rich, CH) [564]
C7.7 12.10 Phase equilibria of hydrogel systems. *B. Scha¨fer, 11.00 Coffee break A. Hu¨ ther, G. Maurer (Univ. Kaiserslautern, DE) [366] D1.4 11.30 Application of metal oxide catalyst vs. re- dox catalyst for the partial oxidation of propane in dense CO2. *B. Kerler, A. Martin, M. Baerns (Inst. Appl. Chem., C8 Lectures — Thursday afternoon Berlin-Adlershof, DE) [893] Phase equilibria and fluid properties D1.5 11.50 Investigation of the decomposition of polymers in su- per critical water using a new high pressure high temperature 1 Chairmen: A. M. Toikka, I. Wichterle magnetic suspension balance. *R. Seif, K. Nakai , F. Dreisbach, H. W. Lo¨ sch (Rubotherm Praezisionsmesstechnik, Bochum, DE; 1 C8.1 14.00 Keynote lecture: On thermodynamics of fluid phase BEL Japan, Osaka, JP) [220] equilibrium of reacting systems in chemically nonequilibrium states. A. M. Toikka (St. Petersburg State Univ., RU) [327] D1.6 12.10 Mathematical modeling of environmental hazardous waste elimination via chemical reaction with supercritical fluids. C8.2 14.40 Phase equilibria in three systems with esterifica- *S. M. Ghoreishi, R. Teflan (Isfahan Univ. Technol., IR) [1228] tion reaction. *I. Wichterle, K. Aim (Inst. Chem. Proc. Fundam., Praha, CZ) [1194]
23 D2 Lectures — Monday afternoon D4 Lectures — Tuesday afternoon Symposium on supercritical fluids Separation processes
Chairmen: R. Eggers, P. Subra Extraction
D2.1 14.00 Keynote lecture: Current trends in supercritical fluid Chairmen: H.-J. Bart, J. Procha´zka technologies. *T. Gamse, R. Marr (Graz Univ. Technol., AT) [900] D4.1 14.00 Theory of electroviscoelasticity. *A. M. Spasic, D2.2 14.40 Silica and alumina aerogels as adsorbents for water M. D. Babic, M. M. Marinko, N. N. Djokovic, M. Mitrovic1, vapour. *Z. Novak, P. Kotnik, Zˇ .Knez(Univ. Maribor, SI) [663] D. N. Krstic1 (Inst. Technol. Nucl. Miner. Raw Mat., Beograd, YU; 1Fac. Technol. Metall., Beograd, YU) [719] D2.3 15.00 Adsorption of aromatics on MSC in supercritical CO2 fluid. A chromatographic study. K. Chihara, *T. Kaneko, Y. Inoue, D4.2 14.20 Annular chromatography - a review on potential appli- T. Yos hi da (Meiji Univ., Kawasaki, JP) [263] cations. *H.-J. Bart, J. Brozio, L. Garcia Diez (Univ. Kaiserslau- tern, DE) [116] 15.20 Coffee break and poster session D4.3 14.40 Extraction of Mo(VI) and W(VI) with trialkylamine. *J. D2.4 16.00 Mass balance calculation to control cholesterol pre- Procha´zka, A. Heyberger, E. Volaufova´ (Inst. Chem. Proc. Fun- cipitation in a semi-continuous antisolvent process. P. Subra dam., Praha, CZ) [1018] (Univ. Paris XIII, FR) [222] D4.4 15.00 Indirect (contactless) mass exchange between two D2.5 16.20 Supercritical CO2-extraction of halogenated flame phases. *A. E. Kostanyan, W. Baecker (Inst. Gen. Inorg. Chem., retardants from polymer materials using different modifiers. Moskva, RU) [857] *T. Gamse, R. Marr (Graz Univ. Technol., AT) [937] 15.20 Coffee break and poster session
D4.5 16.00 Design of three phase separators for removal of or- ganic liquids in water. *D. Hadjiev, N. Sabiri, L. L. Limousy (Univ. Bretagne Sud, Lorient, FR) [628]
D3 Lectures — Tuesday morning D4.6 16.20 Formation and stabilization of gel emulsions. Symposium on supercritical fluids *S. N. Ashrafizadeh, M. Hosseinzadeh (Iran Univ. Sci. Technol., Tehran, IR) [1160]
Chairmen: T. Gamse, Z. Knez D4.7 16.40 Unsteady heat transfer from a fluid sphere. *A. Saboni, S. Alexandrova, C. Gourdon1 (Univ. Caen, Saint D3.1 9.40 Keynote lecture: Interfacial phenomena in supercrit- Lo, FR; 1ENSIACET, Toulouse, FR) [679] ical fluid processing. *R. Eggers, P. Jaeger (Tech. Univ. Hamburg- Harburg, DE) [1278]
D3.2 10.20 Continuous decaffeination of liquid coffee-extract. *H. D5 Lectures — Wednesday morning Marckmann, R. Eggers (Tech. Univ. Hamburg-Harburg, DE) [627] Separation processes D3.3 10.40 Resolution of N-methylamphetamine by supercritical fluid extraction. *I. Kmecz, B. Sima´ndi,E.Sze´kely, E. Fogassy, Extraction I. Markovits (Budapest Univ. Technol. Econ., HU) [658] Chairmen: P. Nekova´rˇ, A. M. Spasic 11.00 Coffee break D5.1 9.40 Extraction of Mo(VI) salts by primary amine from D3.4 11.30 Evaluation of extraction curves obtained by su- aqueous sulphuric acid media. P. Ne kov a´rˇ, *D. Schro¨ tterova´ percritical fluid extraction from plant materials. H. Sovova´ (Inst. Chem. Technol., Praha, CZ) [747] (Inst. Chem. Proc. Fundam., Praha, CZ) [280] D5.2 10.00 A review of analytical process scale counter-current D3.5 11.50 Isolation of high value components from marjoram chromatography and its potential as a dynamic high resolution (Origanum majorana L.) by extraction with supercritical carbon solvent extraction process. *I. A. Sutherland, A. Kostanyan1, dioxide. *E. Va´gi, B. Sima´ndi, K. P. Va´sa´rhelyine´1,E´ .He´the- T. Ma ry ut i na 2 (Brunel Univ., Uxbridge, UK; 1Inst. Gen. In- lyi, A´ . Suhajda, A. Dea´k, J. Sawinsky (Budapest Univ. Tech- org. Chem., Moskva, RU; 2Inst. Geochem. Anal. Chem., nol. Econ., HU; 1Cent. Food Res. Inst., Budapest, HU) [491] Moskva, RU) [1483]
D3.6 12.10 Effect of operation conditions on eugenol contents in D5.3 10.20 Solid-liquid extraction of andrographolide from clove bud oil extracted by supercritical carbon dioxide. *S. Mach- plants - experimental study and model. R. Wongkittipong, mudah, M. Sumarno, S. Winardi (Sepuluh Nopember Inst. Tech- *L. Prat1, S. Damronglerd, C. Gourdon1 (Chulalongkorn Univ., nol., Surabaya, ID) [1126] Bangkok, TH; 1CNRS, Toulouse, FR) [573]
D5.4 10.40 Extraction of betulinic acid and betulin from white birch bark. *A. Perva-Uzunalic, M. Hadolin1,Zˇ .Knez, D. Bauman1 (Univ. Maribor, SI; 1PINUS, Racˇe, SI) [906]
24 11.00 Coffee break D5.5 11.30 Synthesis and application of calix[4]arenes substituted E by acetamide and sulfonamide functions to the extraction of gold from highly acidic media. *K. Belhamel, A. Casnati1, M. Benamor, L. Takorabet (Univ. Bejaia, DZ; 1Univ. Parma, IT) [938]
D5.6 11.50 Reverse micellar extraction of bovine serum albumin E1 Lectures — Monday morning using CTAB/isooctane-1-hexanol. A. Haghtalab, *S. Osfouri (Tar- Symposium on transient multiphase flows biat Modarres Univ., Tehran, IR) [1113]
Chairmen: M. Giot, Y. Taitel
E1.1 9.40 Keynote lecture: Boiling of surfactant solutions. *G. Hetsroni, A. Mosyak, R. Rozenblit, Z. Segal (Technion IIT, Haifa, IL) [1185]
D7 Lectures — Thursday morning E1.2 10.20 PIV measurements of the velocity field around a Tay- lor bubble in a vertical pipe. *L. Shemer, A. Gulitski, D. Barnea Particulate solids (Tel-Aviv Univ., IL) [988]
Chairmen: J. Shepperson, Y. Tsuchida E1.3 10.40 Bubble measurement and characterization using op- tical fiber probe: Relationship between measuring accuracy and D7.1 9.40 Experimental validation of the kinematic and radial bubble interfacial deformation. T. Sa i t o, *S. Yamamoto, T. Ya- flow models for granular materials. *J Shepperson, R. W. Green- mashita, M. Fukawa, H. Kusano (Shizuoka Univ., JP) [406] wood, J. P. K. Seville (Univ. Birmingham, UK) [1508] 11.00 Coffee break D7.2 10.00 FE investigations of the effects of a passive insert on flow patterns in silos. *S. Ding, J. Y. Ooi, M. Jecmenica1, E1.4 11.30 Keynote lecture: Multiscale characteristics of bub- G. G. Enstad1, S. R. De Silva1 (Univ. Edinburgh, UK; 1Te le ma r k bly flow in simple and complex geometries. I. Zˇ un (Univ. Lju- Univ. Coll., Porsgrunn, NO) [466] bljana, SI) [1203]
D7.3 10.20 Simulations of silo discharge flow patterns and predic- E1.5 12.10 Comparison between temporal pressure and ERT sig- tions of loads on walls and inserts. *S. Ding, J. Y. Ooi, J. M. Rotter, nals in a bubble column. E. Fransolet, D. Toye, *M. Crine, M. Wojcik1, M. Jecmenica1,S.R.DeSilva1 (Univ. Edinburgh, UK; G. L’Homme, P. Marchot (Univ. Liege, BE) [1123] 1Telemark Univ. Coll., Porsgrunn, NO) [389]
D7.4 10.40 New multi-stage centrifugal classification in almost rigidly rotating flow. K. Nakabayashi, *Y. Tsuchida (Nagoya E2 Lectures — Monday afternoon Inst. Technol., JP) [1024] Symposium on transient multiphase flows 11.00 Coffee break Chairmen:M.Crine,L.Shemer D7.5 11.30 Instruments for dry in-line particle size analy- sis by laserdiffraction including representative sampling and E2.1 14.00 Keynote lecture: Two-phase flow water hammer dry dispersing. A. Pankewitz (Sympatec GmbH, Clausthal- transients and induced loads on materials and structures (WA- Zellerfeld, DE) [1258] HALoads). *M. Giot, A. Dudlik1,E.Lauter2, H. Lemonnier3, I. Tiselj4, F. Castrillo5, W. Van Hove6, R. Perezagua7, D7.6 11.50 Influence of air humidity and surfactant coating on S. Potapov8, J. M. Seynhaeve (Cathol. Univ., Louvain-la- the flow properties of fine powders. *S. Thu¨ mmler, D. Ho¨ hne, Neuve, BE; 1Fraunhofer UMSICHT, Oberhausen, DE; 2Framatone K. Husemann (Freiberg Univ. Mining Technol., DE) [322] ANP, Offenbach, DE; 3CEA, Grenoble, FR; 4J. Stefan Inst., Lju- bljana, SI; 5Iberdola, Madrid, ES; 6Tractebel, Bruxelles, BE; D7.7 12.10 Experimental investigations of bulk material falling 7Empresarios Agrupados, Madrid, ES; 8EDF, Clamart) [1098] processes using LDV. C. Trenker, *W. Ho¨ flinger (Tech. Univ., Wien, AT) [457] E2.2 14.40 Water hammer and cavitational hammer in process plant pipe systems. *A.Dudlik,S.B.H.Scho¨ nfeld, O. Hage- mann, H. Fahlenkamp1 (Fraunhofer UMSICHT, Oberhausen, DE; 1Univ. Dortmund, DE) [6]
E2.3 15.00 Observation of transients in slug flow using elec- trical capacitance tomography. *B. J. Azzopardi, W. W. Clark, G. Baker, T. Dyakowski1 (Univ. Nottingham, UK; 1UMIST, Manch- ester, UK) [228]
15.20 Coffee break and poster session
E2.4 16.00 Atomization of liquids by critical two phase gas-liquid flow. Effects of the flow regime inside the nozzle on the spray. *M. Lo¨ rcher, D. Mewes (Univ. Hannover, DE) [620]
25 E2.5 16.20 Keynote lecture: Fast visualization of transient E4.4 15.00 Experimental study of vortex structures in a pul- two-phase flows and mixing processes in single phase flows by sating impinging jet. *J. Vejrazˇka, P. Marty1, J. Tihon means of electrode-mesh sensors. H.-M. Prasser (Res. Cent., (Inst. Chem. Proc. Fundam., Praha, CZ; 1CEA, Grenoble, FR) [459] Rossendorf, DE) [1244] 15.20 Coffee break and poster session E2.6 17.00 Direct steam generation in parallel pipes using solar energy. S. Natan, D. Barnea, *Y. Ta it e l (Tel Aviv Univ., IL) [1085] E4.5 16.00 A quantitative 3-D flow visualisation technique. *A. Ra- madan, S. Michelet1,K.C.Lee1, M. Yianneskis1 (City Univ. Lon- don, UK; 1King’s Coll. London, UK) [890]
E3 Lectures — Tuesday morning E4.6 16.20 Surfactant effects in liquid jets. *M. Weiss, R. C. Dar- Fluid flow and multiphase systems ton, T. Battal, C. D. Bain (Univ. Oxford, UK) [295] E4.7 16.40 A miniature laser sheet anemometer. *A. Aroussi, Gas-liquid flow M. Menacer (Univ. Nottingham, UK) [1370]
Chairmen: G. Hetsroni, I. Zun E4.8 17.00 Pulverised fuel flow through bifurcators in power station pipelines. *A. Aroussi, S. Abdul-ghani (Univ. Notting- E3.1 9.40 Keynote lecture: Fluid flow and thermodynamics via ham, UK) [1372] art. A. Tamir (Ben-Gurion Univ. Negev, Beer-Sheva, IL) [1161]
E3.2 10.20 Description of flow regimes in a flat bubble column via wavelet transform. E. Olmos, C. Gentric, *G. Wild, S. Poncin, E5 Lectures — Wednesday morning N. Midoux (LSGC, Nancy, FR) [1199] Fluid flow and multiphase systems E3.3 10.40 Improved model for homogeneous bubbly flow. *S. Scheid, M. Schlu¨ ter, S. John, O. Bork, H. Parchmann, Multiphase CFD N. Ra¨biger (Univ. Bremen, DE) [1050] Chairmen: B. Azzopardi, X. Yang 11.00 Coffee break E5.1 9.40 Keynote lecture: Requirements for accurate nu- E3.4 11.30 Limitations of stochastic approach in the calcualtions merical calculations of bubbly flows and associated sensitivity of particle and bubble dispersion in turbulent free shear flows. studies. *M. Sommerfeld, E. Bourloutski (Martin-Luther-Univ., *X. Yang, N. H. Thomas1,L.J.Guo2,L.Li(Univ. Paisley, UK; Halle-Wittenberg, DE) [1514] 1FRED Ltd., Birmingham, UK; 2Xi’an Jiaotong Univ., CN) [1205] E5.2 10.20 Analysis of particle transport processes for the calcu- E3.5 11.50 Sensitivity analysis of the transverse distribution of lation of particle separation in a gas cyclone. *C. A. Ho, M. Som- bubbles in laminar flows in the limit of small particle Reynolds num- merfeld (Martin-Luther-Univ., Halle-Wittenberg, DE) [989] bers. T. Ho, *P. Se´chet, A. Cartellier (LEGI, Grenoble, FR) [662] E5.3 10.40 CFD calculation of particle-wall adhesion in horizon- E3.6 12.10 Comparison of numerical and analytical solutions tal pneumatic conveying of fine powder. *E. Heinl, M. Bohnet of the one-dimensional dispersion model. *N. Siyakatshana, (Tech. Univ. Braunschweig, DE) [957] V. Kudrna, V. Machonˇ, J. Cˇ erma´kova´ (Inst. Chem. Technol., Praha, CZ) [418] 11.00 Coffee break
E5.5 11.30 Computer simulation of turbulent flow in a rectangu- lar channel. I. Rousˇar, *K Petera, P. Ditl (Czech Tech. Univ., E4 Lectures — Tuesday afternoon Praha, CZ) [1153] Fluid flow and multiphase systems E5.6 11.50 Numerical three-dimensional simulation of horizon- tal steam generator thermal-hydraulics: steady-state and tran- Bubbles, particles, jets sient conditions. V. D. Stevanovic, *Z. V. Stosic1,M.Kiera1, U. Stoll1 (Fac. Mech. Eng., Beograd, YU; 1Framatome ANP Chairmen: D. Mewes, H.-M. Prasser GmbH, Erlangen, DE) [1059]
E4.1 14.00 Particles-liquid hydrodynamics and mixing of sus- pensions in airlift loop tanks (ALT). *J. A. Trilleros, R. Dı´az1, P. Redondo (Univ. Complutense, Madrid, ES; 1Univ. San Pablo, E6 Lectures — Wednesday afternoon Madrid, ES) [289] Fluid flow and multiphase systems E4.2 14.20 The effect of gas inlet height and orifice diameter on liquid velocity and gas holdup in an airlift bubble column. Multiphase CFD *F. Yamashita, Y. Kiba, H. Nakatuji, K. Takashina (Kanagawa Inst. Technol., JP) [162] Chairmen: M. Ru˚zˇicˇka, M. Sommerfeld
E4.3 14.40 Mass transfer at swarms of droplets under the in- E6.1 14.00 Influence of instabilities on the trajectory of a light fluence of interfacial convections. *M. Tourneau, J. Stichlmair sphere. *M. Jenny, G. Bouchet, J. Dusˇek (Inst. Mech. Fluids, (Tech. Univ., Mu¨nchen, DE) [496] Strasbourg, FR) [25]
26 E6.2 14.20 Direct numerical simulation of mass transfer between E7.6 12.10 Characterisation of pulverised fuel roping. *A. rising gas bubbles and water. *D. Bothe, M. Koebe, K. Wielage, Aroussi, D. Giddings, S. J. Pickering, E. Mozzafari (Univ. Not- J. Pruess1, H.-J. Warnecke (Univ. Paderborn, DE; 1Martin-Luther tingham, UK) [1373] Univ., Halle, DE) [237]
E6.3 14.40 Parallelization and performance optimization of a dy- namic CFD reactor model. *H. Lindborg, V. Eide, S. Unger1, E8 Lectures — Thursday afternoon S. T. Henriksen, H. A. Jakobsen (Norwegian Univ. Sci. Tech- Fluid flow and multiphase systems nol.,Trondheim, NO; 1Fraunhofer FIRST, Berlin, DE) [1190]
E6.4 15.00 Modelling bubble collisions, coalescence and break- Film flow and rheology up using the Lagrangian approach. *M. Sommerfeld, D. Bro¨der, M. Ru˚zˇicˇka1, J. Drahosˇ1 (Martin-Luther-Univ., Halle- Chairmen: O. Wein, J. Zakin Wittenberg, DE; 1Inst. Chem. Proc. Fundam., Praha, CZ) [987] E8.1 14.00 Keynote lecture: Wavy film flows: linear stability 15.20 Coffee break and poster session and evolution. *O. Wein, J. Tihon (Inst. Chem. Proc. Fundam., Praha, CZ) [1061] E6.5 16.00 CFD and PIV aided study of hydrodynamic and mixing in a Couette-Taylor mixing device. Application to animal cell cul- E8.2 14.40 Hydrodynamics of the solitary waves travelling down ture. H. Ben Amor, L. Coulon, B. Haut, V. Halloin, *F. Peeters a liquid film. *J. Tihon, V. Tovcˇigrecˇko, V. Sobolı´k, O. Wein (Univ. Libre, Bruxelles, BE) [826] (Inst. Chem. Proc. Fundam., Praha, CZ) [1149]
E6.6 16.20 CFD code application for flow through narrow E8.3 15.00 Rheological properties of aqueous ceria dispersions. channels with corrugated walls. S. V. Paras, *A. G. Ka- *A. Nacu, J. P. Hsu (Nat. Taiwan Univ., Taipei, TW) [70] naris, A. A. Mouza, A. J. Karabelas (Aristotle Univ., Thessa- loniki, GR) [621] 15.20 Coffee break and poster session
E6.7 16.40 Mass transfer jump conditions for double emulsion E8.4 16.00 Non-Newtonian fluid flow modeling through piping systems. E. Morales-Za´rate, *J. A. Ochoa-Tapia (Univ. Au- system using power law and Sisko model. *P. Te rnik, J . Ma rn tonom. Metrop., Iztapalapa, MX) [810] (Univ. Maribor, SI) [535]
E6.8 17.00 Electrophoretic mobility in concentrated suspensions E8.5 16.20 Fluid transportation at extremely high or low temper- of charge-regulating colloidal spheres. *J. M. Ding, H. J. Keh atures. *R. Kraemer, R. Neumaier (HERMETIC-Pumpen GmbH, (Nat. Taiwan Univ., Taipei, TW) [18] Gundelfingen, DE) [54]
E8.6 16.40 Mathematical simulation of non-Newtonian liquid (cat- alytic paste) flow in ram extruder. *A. V. Jensa, A. V. Mironov, E. A. Medvedev, V. V. Kostyuchenko, I. A. Petropavlovskiy, E7 Lectures — Thursday morning V. A. Filippin, E. M. Koltsova (Mendeleev Univ. Chem. Tech- Fluid flow and multiphase systems nol. Russia, Moskva, RU) [360] E8.7 17.00 Rheological behavior of motor oil. *S. G. Etemad, Particulate systems A. Mellati, J. Thibault1 (Isfahan Univ. Technol., IR; 1Univ. Ot- tawa, CA) [88] Chairmen: V. Staneˇk, J. Tobis
E7.1 9.40 Keynote lecture: Review of recent experimental re- sults and evaluation of physical criteria required for surfactant drag reduction. *J. L. Zakin, Yunying Qi, Ying Zhang (Ohio State Univ., Columbus OH, US) [724]
E7.2 10.20 Experimental characterization of the dynamic of bubbles flowing in fixed beds. M.-L. Bordas, A. Cartellier, *P. Se´chet, C. Boyer1 (LEGI, Grenoble, FR; 1Inst. Fr. Pet., Ver- F naison, FR) [456]
E7.3 10.40 Turbulent flow behaviour within complex structures. J. Tobis (Inst. Phys. Chem., Warszawa, PL) [300] F1 Lectures — Monday morning 11.00 Coffee break Fluid flow and multiphase systems E7.4 11.30 Network modelling of flow in a packed bed. *A. A. Mar- tins, M. M. Dias, J. C. B. Lopes (Univ. Porto, PT) [526] Mixing
E7.5 11.50 Computing of experimental research of the process Chairmen: O. Bork, T. Moucha dehydration and granulation in an air-fluidized bed. Ya. Ko- rniyenko, *G. Statyukha, D. Skladannyy (Nat. Tech. Univ., F1.1 9.40 Transport characteristics of multiple-Lightnin A315 im- Kyiv, UA) [738] pellers in gas-liquid dispersions. T. Moucha, V. Linek, *M. Fu- jasova´ (Inst. Chem. Technol., Praha, CZ) [606]
27 F1.2 10.00 Prediction of gas hold up distribution in an aerated stirred-tank with disc turbine. *Altway, Danawati, S. Winardi F3 Lectures — Tuesday morning (Sepuluh Nopember Inst. Technol., Surabaya, ID) [1131] Fluid flow and multiphase systems F1.3 10.20 Experimental study on mass transfer mechanism in gas-liquid dispersions. *M. Kordacˇ, V. Linek, T. Moucha Mixing (Inst. Chem. Technol., Praha, CZ) [463] Chairmen: A. Bakker, K. J. Bittorf F1.4 10.40 Gas hold-up and power input in two- and three-phase dual-impeller stirred reactor. *H. Majı´rˇova´, T. Prikopa, M. Jahoda, F3.1 9.40 Computer aided mixing modeling using the Galerkin V. Machonˇ (Inst. Chem. Technol., Praha, CZ) [472] least-squares finite element technique. *K. J. Bittorf, K. Johnson (Dantec Dynamics Inc., Mahwah NJ, US) [419] 11.00 Coffee break F3.2 10.00 CFD analysis of effects of geometrical and process F1.5 11.30 Study on three-phase continuous stirred mixer. parameters on power and kinetics of mixing operations. *S. Basˇic, *J. Cˇ erma´kova´, V. Kudrna, V. Machonˇ , N. Siyakatshana, M. Ja- M. Hribersˇek,L. Sˇ kerget (Fac. Mech. Eng., Maribor, SI) [410] hoda (Inst. Chem. Technol., Praha, CZ) [405] F3.3 10.20 Modeling of turbulence in stirred vessels using large F1.6 11.50 Influence of wake mixing on mass transfer in gas-liqid Eddy simulation. *A. Bakker, K. Dhanasekharan, A. Haidari, reactors. *P. Bork, M. Schlueter, N. Raebiger (Univ. Bre- S. E. Kim (Fluent Inc., Lebanon NH, US) [254] men, DE) [913] F3.4 10.40 Maximum power consumption of an agitator heav- ing inclined blades. *S. Masiuk, D. Pisarek (Tech. Univ. Szczecin, PL) [921] F2 Lectures — Monday afternoon Fluid flow and multiphase systems 11.00 Coffee break F3.6 11.30 Breakage of oil drops in Newtonian and non- Mixing Newtonian continuous phase in Kenics mixers. *Aylianawati, C. Manileve1, M. Baker2, A. W. Pacek (Univ. Birmingham, UK; 1 2 Chairmen: W. Bujalski, E. Szalai Carollo Engrs., Santa Ana, CA, US; Unilever Res., Port Sun- light, UK) [716] F2.1 14.00 Dynamics of laminar mixing in continuous stirred tank reactors. *P. E. Arratia, J. Kukura, F. J. Muzzio (Rutgers Univ., F3.7 11.50 Study of micromixing in a stirred tank using a Rushton Piscataway NJ, US) [1227] turbine: comparison of feed positions and other mixing devices. *M. Assirelli, W. Bujalski, A. W. Nienow, A. Eaglesham1 (Univ. 1 F2.2 14.20 Mixing of non-Newtonian fluids in stirred tanks. Birmingham, UK; Huntsman Polyurethanes, Bruxelles, BE) [1531] *P. E. Arratia, F. J. Muzzio (Rutgers Univ., Piscataway NJ, US) [1229]
F2.3 14.40 Study of blending efficiency of pitched blade impellers. F4 Lectures — Tuesday afternoon *I. Forˇt, T. Jirout, F. Rieger, R. Allner1, R. Sperling1 (Czech Mixing of suspensions Tech. Univ., Praha, CZ; 1Anhalt Univ. Appl. Sci., Ko¨then, DE) [1224]
F2.4 15.00 Investigation of low frequency fluctuations in flow Chairmen: S. M. Kresta, G. Montante field in stirred tank with double fan turbines. Widias- tuti, Altway, *S. Winardi (Sepuluh Nopember Inst. Technol., F4.1 14.00 Choice of a proper equipment for suspension mixing. Surabaya, ID) [1130] *F. Rieger, P. Ditl (Czech Tech. Univ., Praha, CZ) [624]
15.20 Coffee break and poster session F4.2 14.20 Potentials of a nickel/aluminum alloy tracer for solid-phase flow identification in suspension mixing vessels. F2.5 16.00 Nonlinear analysis of tangential dynamical force af- S. D. Vlaev (Inst. Chem. Eng., Sofia, BG) [110] fecting radial baffles in a stirred vessel. *P. Hasal, J. Krateˇna1, I. Forˇt1 (Inst. Chem. Technol., Praha, CZ; 1Czech Tech. Univ., F4.3 14.40 Mixing of suspension with axial-flow hydrofoil im- Praha, CZ) [650] peller. *M. Sˇ pidla, V. Sinevicˇ, T. Hnı´zdil (Inst. Chem. Technol., Praha, CZ) [508] F2.6 16.20 The dynamic pressure along a standard baffle in a vessel agitated by a Rushton turbine: CFD simulation com- F4.4 15.00 CFD predictions of solid concentration distributions pared to experimental results. *J. M. Bujalski, Z. Jaworski1, in a baffled stirred vessel agitated with multiple PBT im- 1 W. Bujalski, I. Forˇt2, A. W. Nienow (Univ. Birmingham, UK; pellers. *G. Montante, D. Rondini, A. Bakker , F. Magelli 1 1Tech. Univ. Szczecin, PL; 2Czech Tech. Univ., Praha, CZ) [671] (Univ. Bologna, IT; Fluent Inc., Lebanon NH, US) [269]
F2.7 16.40 Correlation of discharge flow rate in a vessel with 15.20 Coffee break and poster session pitched blade paddle impeller. *S. Hiraoka, Y. Tada, Y. Kato, Y. Murakami, A. Matsuura, T. Yamaguchi (Nagoya Inst. Tech- F4.5 16.00 Image analysis of agitated particle - liquid transpar- 1 nol., JP) [311] ent system. *V. Sˇ edivy´, P. Ditl, M. Severa (Czech Tech. Univ., Praha, CZ; 1Inst. Hydrodyn., Praha, CZ) [1154]
28 F4.6 16.20 Distribution of solids and solids cloud height in a stirred F6.3 14.40 Estimation of quality and efficiency of coal combustion. tank. *S. M. Kresta, K. J. Bittorf1 (Univ. Alberta, Edmonton, CA; *B. S. Repic, M. P. Jovanovic, N. D. Crnomarkovic, R. V. Mlade- 1Dantec Dynamics, Mahwah NJ, US) [646] novic (Inst. Nucl. Sci. Vincˇa, Beograd, YU) [905]
F4.7 16.40 Some remarks on the scale-up conditions for the solid F6.4 15.00 Thermal analysis of a cylindrical battery using a mathe- distribution in slurry reactors stirred with multiple impellers. G. Mon- matical model. *F. Rashidi, R. Badrnezhad (Amirkabir Univ. Tech- tante, D. Pinelli, *F. Magelli (Univ. Bologna, IT) [1101] nol., Tehran, IR) [175]
15.20 Coffee break and poster session
F6.5 16.00 A new improved method of process design of liquid F5 Lectures — Wednesday morning 1 Separation processes ring pump. B. Hayadar, *D. Rashtchian, D. R. Webb (Sharif Univ. Technol., Tehran, IR; 1UMIST, Manchester, UK) [1103]
Filtration F6.6 16.20 Influence of an inert gas on surface tension driven instabilities of pure evaporating liquids. P. Colinet, B. Haut, Chairmen: W. Ho¨ flinger, J. Prˇidal J. Margerit1, *F. Peeters, J. C. Legros, G. Lebon, V. Halloin (Univ. Libre, Bruxelles, BE; 1Univ. Liege, BE) [858] F5.1 9.40 Characterization of the resistance behavior and sepa- ration efficiency of precoat-layers built up during crossflow filtration. *H. Hess, W. Ho¨ flinger (Tech. Univ., Wien, AT) [412] F7 Lectures — Thursday morning F5.2 10.00 Sorption filter materials as challenge for separation Fluid flow and multiphase systems technology. M. Milichovsky´ (Univ. Pardubice, CZ) [39]
F5.3 10.20 Experimental analysis of particle retention on differ- Fluidization ent filter media in solid-liqid filtration. *M. Rainer, W. Ho¨ flinger (Tech. Univ. Wien, AT) [846] Chairmen: J. Baeyens, D. Gidaspow
F5.4 10.40 Transfer phenomena during the drying of a shrink- F7.1 9.40 Keynote lecture: Hydrodynamics of fluidization: able product : modeling and simulation. *D. Mihoubi, F. Za- structure and turbulence. D. Gidaspow (Illinois Inst. Technol., grouba, J. Vaxelaire1, A. Bellagi2 (Inst. Nat. Res. Sci. Tech., Chicago IL, US) [1165] Hammam-Lif, TN; 1ENSIG, Pau, FR; 2Ec. Nat. Ing. Monas- tir, TN) [124] F7.2 10.20 The assessment of the solids flow in the riser of a circulating fluidised bed (CFB) through positron imaging. 11.00 Coffee break *C. Vandewalle, D. J. Parker1, J. P. K. Seville1, J. Baeyens (Cathol. Univ. Leuven, Heverlee, BE; 1Univ. Birmingham, UK) [240] F5.5 11.30 Description of the clogging behaviour of nonwo- vens for cleanable dust filters by internal particle rearrangement. F7.3 10.40 The influence of the core-annulus flow of dilute CFB *G. Mauschitz, W. Koschutnig, W. Ho¨ flinger (Vienna Univ. Tech- risers on the residence time distribution of the gas phase. *C. Van- nol., AT) [273] dewalle,J.Degre´ve, J. Baeyens (Cathol. Univ. Leuven, Hever- lee, BE) [244] F5.6 11.50 The growing market for hot off-gas filtration media. *I. Schildermans, J. Baeyens (Cathol. Univ. Leuven, Hever- 11.00 Coffee break lee, BE) [243] F7.4 11.30 Examination of flow field and temperature profiles F5.7 12.10 A study on the application of filter-aids in ZDDP fil- in circulating fluidised bed. *R. V. Filkoski, A. J. Stefanova1, tration. *M. Mehrabi, S. S. Nouri, A. Khaleghinasab (NIOC, I. J. Petrovski, A. T. Nospal (Univ. Sv. Kiril i Metodij, Skopje, MK; Tehran, IR) [1384] 1Univ. British Columbia, Vancouver, CA) [691]
F7.5 11.50 The carry-over of catalyst from large fluidized bed gas-catalytic reactors. I. Schildermans, *J. Baeyens F6 Lectures — Wednesday afternoon (Cathol. Univ. Leuven, Heverlee, BE) [241] Heat transfer processes
Chairmen: B. S. Repic, F. Rashidi F8 Lectures — Thursday afternoon Fluid flow and multiphase systems F6.1 14.00 Flow inversion for RTD and heat transfer improve- ment in closed ducts. *L. C. Tu, R. Zˇ itny´, P. Strˇasa´k1,J.Sˇ esta´k (Czech Tech. Univ., Praha, CZ; 1Techsoft Engineering s. r. o., Fluidization Praha, CZ) [981] Chairmen: I. Machacˇ, K. Svoboda F6.2 14.20 Three-dimensional combustion modelling of a biomass fired pulverized fuel boiler. *M. Stastny, F. Ahnert, F8.1 14.00 CFD modelling of an industrial polymerisation flu- H. Spliethoff (Tech. Univ., Delft, NL) [119] idised bed. *A. Gobin, G. Patino, O. Simonin, J. R. Llinas1, E. Helland1, V. Reiling1 (CNRS-INPT, Toulouse, FR; 1BP Chemi- cals, Lave´ra, FR) [622]
29 F8.2 14.20 Fluidization of beds of non-spherical particles with vis- coelastic fluids. R. Teichman, P. Brokl, B. Sˇ isˇka, *I. Machacˇ G2 Lectures — Monday afternoon (Univ. Pardubice, CZ) [694] Computer aided process engineering F8.3 14.40 High temperature defluidisation: a micro mechanistic approach. *P. Pagliai, D. Rhodes1,S.J.R.Simons(Univ. Coll., Plant operation London, UK; 1British Nucl. Fuels, Sellafield, UK) [479] Chairmen: M. Dohnal, A. A. Levis F8.4 15.00 FLUMOV: An innovative dryer based on fluidised- moving bed. *J. M. Arago´ n, M. C. Palancar, M. D. Lie´banes, G2.1 14.00 A framework towards the optimal synthesis and opera- A. B. Vicent (Univ. Complutense, Madrid, ES) [304] tional modelling of batch processes. *I. Papaeconomou, S. B. Jor- gensen, R. Gani (Tech. Univ. Denmark, Lyngby, DK) [1006] 15.20 Coffee break and poster session G2.2 14.20 A mathematical programming approach for multi-site F8.5 16.00 Effect of electric field on the transition veloc- capacity planning in the pharmaceutical industry. *A. A. Levis, ity of an electrically stabilized fluidized bed. *J. B. Helonde, L. G. Papageorgiou (Univ. Coll. London, UK) [1014] N. T. Khobragade1,P.Patil1, R.L.Sonolikar1 (Coll. Eng., Wardha, IN; 1Laxminarayan Inst. Technol., Nagpur, IN) [743] G2.3 14.40 On line approach for optimal maintenance manage- ment for continuous parallel process. *S. E. Sequeira, M. Graells1, L. Puigjaner (Univ. Polit. Catal., Barcelona, ES; 1EUETIB, Barcelona, ES) [49]
G2.4 15.00 Making value from financial-supply chain schedule in- tegration. *M. Badell, M. Auger, G. Santos1, L. Puigjaner2 (EU- ETIB, Barcelona, ES; 1Cimade S. L., Barcelona, ES; 2Univ. Poly- tech. Catalunya, Barcelona, ES) [173] G 15.20 Coffee break and poster session G2.5 16.00 Case-based reasoning system for wastewater treat- ment selection. *Y. Avramenko, S. V. Kolesnikov, N. Men- shutina, A. Kraslawski1 (Mendeleev Univ. Chem. Technol. Rus- sia, Moskva, RU; 1Lappeenranta Univ. Technol., FI) [309] G1 Lectures — Monday morning Computer aided process engineering G2.6 16.20 SimuChemPro : An object-oriented environment for modeling and simulation. *A. Farzi, A. M. Zeinabad, S. G. Etemad (Isfahan Univ. Technol., IR) [373] Process control
Chairmen: M. Bakosˇova´, R. Dhib G3 Lectures — Tuesday morning G1.1 9.40 Process Control of a 2-Bed Pressure Swing Adsorp- Computer aided process engineering tion Plant and Laboratory Experiment. *M. Bitzer, W. Lengerer, M. Stegmaier, G. Eigenberger, M. Zeitz (Univ. Stuttgart, DE) [833] Modelling, simulation, optimization G1.2 10.00 Decentralized adaptive control of MIMO systems: Ap- plication to distillation columns. *M. Bakosˇova´, M. Ondrovicˇova´, Chairmen: R. Gani, M. Kubı´cˇek M. Karsˇaiova´ (Slovak Univ. Technol., Bratislava, SK) [428] G3.1 9.40 Keynote lecture: The age of computer aided mod- G1.3 10.20 Identification and online control of an industrial flu- elling. R. Gani (Tech. Univ. Denmark, Lyngby, DK) [1055] idized catalytic cracking unit. M. Khalilian, *R. Dhib (Ryerson Univ., Toronto, CA) [1209] G3.2 10.20 An alternative approach for on-line optimization of continuous plants operation. *S. E. Sequeira, M. Graells1, G1.4 10.40 Enhanced plant data utilization with on-line resi- L. Puigjaner (Univ. Polit. Catal., Barcelona, ES; 1EUETIB, dence time calculator. *A. Pasanen, U. Ojaniemi, M. Olin, Barcelona, ES) [50] J. Pennanen1 (VTT Chem. Technol., Espoo, FI; 1Metso Automa- tion Inc., Tampere, FI) [746] G3.3 10.40 Multi-objective optimization for the design of optimal hybrid fuel cell power plants. *A. Goyal, U. Diwekar (Carnegie 11.00 Coffee break Mellon Univ., Pittsburgh PA, US) [524]
G1.5 11.30 Non-linear parameter estimation of distillation column. 11.00 Coffee break A. M. Mehrabani Zeinabad (Isfahan Univ. Technol., IR) [364] G3.4 11.30 Optimisation of a distillation/pervaporation process for G1.6 11.50 A neuro-fuzzy controller for product composition con- the separation of a ternary azeotropic mixture by the use of MINLP. trol of the ethanol distillation plant. J. Savkovic-Stevanovic *D. Brusis, J. Stichlmair (Tech. Univ., Mu¨nchen, DE) [287] (Fac. Technol. Metall., Beograd, YU) [1102] G3.5 11.50 Modelling and numerical simulation of the metal oxide electrodeposition process on rotating electrode. I. Theoretical and
30 numerical aspects. *P. Mandin, T. Pauporte´, D. Lincot (ENSC, G5.2 10.00 Open bed-reactor modelling software component. Paris, FR) [1500] J. P. Belaud, M. Pons1, *P. Roux2 (INPT, Toulouse, FR; 1ATOFINA, Pierre-Benite, FR; 2Inst. Fr. Pet., Vernaison, FR) [652] G3.6 12.10 Modeling and simulation of gasoline demercaptaniza- tion process. *S. Zarrinpashne, M. Ahmadi Marvast, S. Shokri, G5.3 10.20 UC-PHP: a ubiquitous computing system to predict M. Bazmi, R. Hashemi, A. M. Mazgarov1,A.F.Vildanov1 (RIPI, hydrocarbon properties in a refinery plant. *M.Ortega,J.Bravo, Tehran, IR; 1J. S. Tatneft, RU) [31] P. P. Sa´nchez-Villalo´ n, M. A. Redondo, C. Bravo (Univ. Castilla La Mancha, Ciudad Real, ES) [726]
G5.4 10.40 Qualitative models of complex systems as decision support system. M. Bongards, *M. Dohnal1 (Univ. Appl. Sci. G4 Lectures — Tuesday afternoon Cologne, Gummersbach, DE; 1Tech. Univ. Brno, CZ) [1442] Computer aided process engineering 11.00 Coffee break
Computer aided design G5.5 11.30 Modeling of an industrial process for isoprene pro- duction using neural network based approach. *R. M. B. Alves, Chairmen: E. Bek-Pedersen, F. Stepanek C. A. O. Nascimento (Univ. Sao Paulo, BR) [509]
G4.1 14.00 Keynote lecture: Computer-aided design of granule G5.6 11.50 Numerical simulation of processes in pulverized coal microstructure. *F. Stepanek, P. B. Warren (Unilever Res., Be- boiler furnace, by means of originally developed 3D CFD-code. bington, UK) [90] *S. Belosevic, S. Oka, M. Sijercic, Lj. Brkic1, T. Zivanovic1, Z. Stevanovic (Inst. Nucl. Sci., Beograd, YU; 1Fac. Mech. Eng., G4.2 14.40 Design and synthesis of separation systems us- Beograd, YU) [33] ing a driving force approach. *E. Bek-Pedersen, R. Gani (Tech. Univ. Denmark, Lyngby, DK) [1012] G5.7 12.10 Modeling and simulation of NGL demercaptaniza- tion process. *M. Ahmadi Marvast, S. Zarrinpashne, S. Shokri, G4.3 15.00 A new component-freeapproach for simultaneous pro- M. Bazmi, R. Hashemi, A. M. Mazgarov1,A.F.Vildanov1 (RIPI, cess and product design through property integration. *M. R. Eden, Tehran, IR; 1J. S. Tatneft, RU) [32] S. B. Jorgensen, R. Gani, M. M. El-Halwagi1 (Tech. Univ. Den- mark, Lyngby, DK; 1Auburn Univ, Auburn AL, US) [1007]
15.20 Coffee break and poster session G6 Lectures — Wednesday afternoon G4.4 16.00 Computer aided molecular design: application Computer aided process engineering to optimal solvent mixture design. I. Stanescu, *R. Gani (Tech. Univ. Denmark, Lyngby, DK) [1010] Nonlinear dynamics G4.5 16.20 Computer aided process safety engineering: De- sign for safety. *B. A. Schupp, S. M. Lemkowitz, L. Goossens, Chairmen: A. Kienle, I. Schreiber A. R. Hale, H. J. Pasman1 (Delft Univ. Technol., NL; 1TNO, Delft, NL) [420] G6.1 14.00 Keynote lecture: Computational tools for analy- sis of nonlinear dynamical systems in chemical engineering. G4.6 16.40 Applying fundamental and neural networks theories *I. Schreiber, M. Kohout, M. Kubicek (Inst. Chem. Technol., in the modeling of a commercial FCC unit. S. Papadokon- Praha, CZ) [1186] stantakis, *G. M. Bollas1, J. Michalopoulos, A. A. Lappas1, I. A. Vasalos1, A. Lygeros (Nat. Tech. Univ. Athens, GR; G6.2 14.40 Firing patterns in periodically perturbed CSTRs. 1Chem. Proc. Eng. Res. Inst., Thessaloniki, GR) [1452] *V. Kofra´nkova´, V. Nevoral, I. Schreiber, M. Marek (Inst. Chem. Technol., Praha, CZ) [1129] G4.7 17.00 Conceptional design modeling of gas turbine cycle for optimum performance. A. M. Hany (Assiut Univ., EG) [4] G6.3 15.00 Spatiotemporal patterns in biochemical reaction- diffusion-convection systems. T. Va nı´cˇkova´, *M. Kohout, I. Schreiber, M. Kubicek (Inst. Chem. Technol., Praha, CZ) [1180]
15.20 Coffee break and poster session G5 Lectures — Wednesday morning Computer aided process engineering G6.4 16.00 Keynote lecture: Nonlinear dynamics and con- trol of reactive distillation processes. A. Kienle (Max-Planck- Inst. Dyn. Kompl. Tech. Syst., Magdeburg, DE) [1178] Software packages and AI G6.5 16.40 Dynamic simulation in process engineering: studying Chairmen: M. Ortega, P. Roux alternative temperature control systems of an exothermically react- ing process. I. Grau, M. A. Alo´s, *A. Go´ mez, J. A. Feliu (Hypro- G5.1 9.40 Computer aided system for creating problem specific tech (subs.: Aspen Technology Inc.), Barcelona, ES) [439] property models. *J. W. Kang, R. Gani (Tech. Univ. Denmark, Lyngby, DK) [1011]
31 H2.5 16.40 New solution for thermal coupling between a crude distillation unit and a delayed coking unit. V. Plesu, G. Bum- H bac, M. Munteanu, *I. Ivanescu1, D. C. Popescu2 (Univ. Po- litehnica, Bucuresti, RO; 1PETROM, Bucuresti, RO; 2PETROM, Ploiesti, RO) [1249]
H2.6 17.00 Modelling and simulation of a combined mem- H1 Lectures — Monday morning brane/distillation process. *P. Kreis, A. Go´rak (Univ. Dort- mund, DE) [869] PRES 2002
Chairmen: J. Klemesˇ, P.Stehlı´k H3 Lectures — Tuesday morning H1.1 9.40 PRES Plenary: Sustainable systems theory: eco- logical and other aspects. C. W. Pawlowski, A. L. Mayer, PRES 2002 N. T. Hoagland, *H. Cabezas (Nat. Risk Manag. Res. Lab., Cincin- nati OH, US) [42] Chairmen: U. M. Diwekar, F. Friedler
H1.2 10.20 Keynote lecture: On minimization of the number H3.1 9.40 Keynote lecture: CO2 emissions and its impact on of heat exchangers in water networks. *M. Sorin, L. Savulescu refinery industry. X. X. Zhu (UMIST, Manchester, UK) [13] (Nat. Resources Canada, Varennes QC, CA) [35] H3.2 10.20 Second law thermodynamics as a utility in devel- 11.00 Coffee break oping sustainable technology. *J. Dewulf, H. Van Langenhove (Ghent. Univ., BE) [234] H1.3 11.30 Water network optimization in the process industry - case study of a liquid detergent plant. *M. Forstmeier, B. Goers, H3.3 10.40 Development of E-Learning for environmental engi- G. Wozny (Tech. Univ., Berlin, DE) [47] neering education. S. Perry (UMIST, Manchester, UK) [434]
H1.4 11.50 Nitrogen removal of pig manure liquid fraction. 11.00 Coffee break *M. D. Hidalgo, J. Del A´ lamo, M. Herna´ndez, R. Irusta (CAR- TIF, Valladolid, ES) [83] H3.4 11.30 Waste minimisation - recycling of waste electrical and electronical equipment. *A. Hornung, J. Scho¨ ner, A. Bala- H1.5 12.10 WADO: water design optimization methodology banovich, S. Donner, J. Furrer, H. Seifert (Forschungszentrum, and software for the synthesis of process water sys- Karlsruhe, DE) [302] tems. *C. Ullmer, N. Kunde1, A. Lassahn, G. Gruhn, K. Schulz1 (Tech. Univ. Hamburg-Harburg, DE; 1Siemens AG, Er- H3.5 11.50 Peroxi-coagulation reactors for the treatment of langen, DE) [612] polluted water. M. De Francesco, *A. Fedi1,P.Pera1, O. Paladino1 (Univ. Genova, IT; 1CIMA, Savona, IT) [713] H1.6 12.30 Optimal wastewater reuse networks design by adap- tive random search optimization. G. Poplewski, *J. Jezowski, H3.6 12.10 Multicriteria decison making in process integration. A. Jezowska (Rzeszow Univ. Technol., PL) [229] *K. Cziner, M. Tuomaala, M. Hurme (Helsinki Univ. Tech- nol., FI) [870]
H2 Lectures — Monday afternoon PRES 2002 H4 Lectures — Tuesday afternoon PRES 2002 Chairmen: H. Cabezas, G. Gruhn Chairmen: J. J. Nossent, G. Wozny H2.1 14.00 PRES Plenary: Process integration for reduced envi- ronmental impact. R. Smith (UMIST, Manchester, UK) [1033] H4.1 14.00 Keynote lecture: Minimisation of water use in a novel sugar manufacturing process. *K. Urbaniec, J. Wernik (Warsaw H2.2 14.40 Keynote lecture: Environmentally benign solvent se- Univ. Technol., Plock, PL) [818] lection and in-process solvent recycling in complex batch dis- tillation. *K.-J.Kim,U.M.Diwekar,K.G.Tomazi1 (Carnegie H4.2 14.40 Analysis of sugar production flowsheets. Part III: Bal- Mellon Univ., Pittsburgh PA, US; 1Mallinckrodt Inc., St. Louis ances at equipment and operation level. *R. Diaz, M. Ribas Gar- MO, US) [805] cı´a, R. Hurtado Vargas, C. De Armas Casanova, L. Rostgaard Beltran (ICIDCA, La Habana, CU) [400] 15.20 Coffee break and poster session H4.3 15.00 Overview of the environmental problems in beet H2.3 16.00 Life cycle analysis of dividing wall columns. P. Sha h, sugar processing: possible solutions. *G. Vaccari, E. Tamburini, *M. Brodkorb (Hyprotech Ltd., Calgary, CA) [808] G. Sgualdino, K. Urbaniec1,J.Klemesˇ2 (Univ. Ferrara, IT; 1Warsaw Univ. Technol., Plock, PL; 2UMIST,Manchester, UK) [543] H2.4 16.20 Design and development of solvent recovery technolo- gies by hybrid separation tools. *A. Szanyi, P. Mizsey, Z. Fonyo 15.20 Coffee break and poster session (Budapest Univ. Technol. Econ., HU) [1181] H4.4 16.00 AWARENET: agro-food wastes minimisation and reduction network. L. De las Fuentes, B. Sanders1, *J.
32 Klemesˇ2 (GAIKER, Zamudio, ES; 1ADAS, Wolverhampton, UK; H6.3 15.00 Framework for water minimisation technology eval- 2UMIST, Manchester, UK) [1328] uation in paper making. *J. Manninen, S. Kaijaluoto, T. Pu- umalainen, J. Hakala (VTT Energy, Jyva¨skyla¨, FI) [750] H4.5 16.20 Optimization of a ASR pyrolysis reactor for the mini- mization of energy consumption. *A. Chiarioni, V. Dovi (Univ. Gen- 15.20 Coffee break and poster session ova, IT) [288] H6.4 16.00 System closure in an integrated newsprint mill, prac- H4.6 16.40 New one-stage MILP procedure for HEN design and tical application. *S. Shafiei, S. Domenech1,J.Paris(Ec. Poly- retrofit. A. Barbaro, *M. B. Bagajewicz (Univ. Oklahoma, Norman tech., Montreal, CA; 1ENSIGC, Toulouse, FR) [258] OK, US) [531] H6.5 16.20 Use of process heat of a pulp mill in a district heating H4.7 17.00 Interfaces between process simulation environment system - synthesis of flexible heat exchanger network. J. M. Aal- and process integration software. V. Plesu, *C. Marcov-Tacu, tola (Helsinki Univ. Technol., FI) [45] G. Bumbac, P. Iancu, M. T. Bercaru, I. Grozeanu1 (Univ. Po- litehnica, Bucuresti, RO; 1PETROM, Ploiesti, RO) [1247] H6.6 16.40 Processing of wastes from pulp and paper plant. J. Oral, J. Sikula, R. Puchy´rˇ, Z. Hajny´, P. Trunda, *P. St e hlı´k1, L. Be´bar1 (EVECO Ltd., Brno, CZ; 1Tech. Univ., Brno, CZ) [1094]
H6.7 17.00 Energy and water saving - using pinch analysis. Sˇ .Bo- H5 Lectures — Wednesday morning ha´cˇek (PulpPaper Res. Inst., Bratislava, SK) [1188] PRES 2002 H6.8 17.20 Increasing paper machine performance by integrat- ing biochemical and chemical processes. *E. Bobu, V. Popa Chairmen: V. Plesu, T. Thonon (Tech. Univ. Iasi, RO) [1246]
H5.1 9.40 Keynote lecture: Targeting the integration of H6.9 17.40 Examples of practical applications of process integra- multi-period utility systems for site scale process integration. tion to pulp and paper mills. T. Re t s i na , *S. Rouzinou (American *F. Marechal, B. Kalitventzeff1 (Swiss Fed. Inst. Technol., Lau- Process Inc., Athens, GR) [455] sanne, CH; 1Belsim s. a., Saint-Georges-sur-Meuse, BE) [587]
H5.2 10.20 Cooling system design with pressure drop constraints. *J. Kim, R. Smith (UMIST, Manchester, UK) [740] H7 Lectures — Thursday morning H5.3 10.40 Utility system management using path analysis. *H. Singh, I. McKay (Hyprotech Ltd., Calgary, CA) [46] PRES 2002
11.00 Coffee break Chairmen: S. Kaijaluoto, A. Hornung
H5.4 11.30 Separation of azeotropic mixtures: synthesis of col- H7.1 9.40 Keynote lecture: Design and optimisation of the umn sequences with recycles. S. K. Wasylkiewicz, *M. Brodkorb dividing wall column for product separation in an oil refinery. (Hyprotech Ltd., Calgary, CA) [725] *V. Plesu, R. D. Isopescu, T. Gheorghita1 (Univ. Politehnica, Bu- curesti, RO; 1Astra Romana, Ploiesti, RO) [1235] H5.5 11.50 Alternative approach in optimization of plate type heat exchangers. *Z. Jegla, P. Stehlı´k, J. Kohoutek (Tech. Univ., H7.3 10.20 The using of plate heat exchangerswith optimal group- Brno, CZ) [395] ing for district heating systems. L. L. Tovazhniansky, T. G. Babak, *G. L. Havin1, O. P. Arseneva1 (Nat. Tech. Univ., Kharkiv, UA; H5.6 12.10 Entropy generation reduction through chemical pinch 1Sodrugesrtvo, Kharkiv, UA) [602] analysis. Case study: methanol synthesis heat integrated reactor. *V. Lavric, D. Baetens1, J. De Ruyck (Vrije Univ., Bruxelles, BE; H7.4 10.40 Long-term leaching behaviour of zinc in Portland Ce- 1Vlaam. Inst. Technol. Onder., Mol, BE) [447] ment. *M. F. De Velasco, A. Andre´s, A. Irabien (Univ. Cantabria, Santander, ES) [761]
11.00 Coffee break
H6 Lectures — Wednesday afternoon H7.5 11.30 Conceptional design modeling of combined power generation cycle for optimum performance. A. M. Hany (Assiut PRES 2002 Univ., EG) [5]
Chairmen: F. Marechal, J. Paris H7.6 11.50 New approach to the exposure-response study of the industrial impact on forest. *O. B. Butusov, V. P. Meshalkin1 (For- H6.1 14.00 Keynote lecture: Reduction of water intake and COD est Ecol. Cent., Moskva, RU; 1Mendeleev Univ. Chem. Tech- emissions by using new watertreatment technology in paper indus- nol. Russia, Moskva, RU) [1088] try. *J. J. Nossent, B. Hepp (TNO Ind. Technol., Delft, NL) [559]
H6.2 14.40 EPPIC Thematic Network “A Competitive European Pulp and Paper Industry”. *P. Badieritaki, A. J. J. F Nossent1 (Eu- ropean Process Greece, Zografos, GR; 1TNO, Delft, NL) [352]
33 I2.6 16.40 Chemical reaction engineering undergraduate experi- I ments. F. A. De Silva, *I. Portugal (Univ. Aveiro, PT) [1202] I2.7 17.00 “IASU General Test” - Information control system aca- demic process for institutions of higher education. *G. Statyukha, A. Kvitka, V. Petrovskiy (Nat. Tech. Univ., Kyiv, UA) [949]
I1 Lectures — Monday morning I2.8 17.20 Expanded excel used for balancing of process CAETS Symposium of synergies of various lines. *M. Sˇ isler, J. Skrˇiva´nek, P. Ditl (Czech Tech. Univ., engineering branches Praha, CZ) [1082]
Moderation and introductory lecture. J. Koubek (Inst. Chem. Technol., Praha, CZ) I3 Lectures — Tuesday morning Keynote lecture: The role of interdisciplinary co-operation in the PRES 2002 history and perspectives of chemical industry. J. Hora´k (Inst. Chem. Technol., Praha, CZ) Chairmen:R.Smith,M.Sorin
Engineering achievements of the 20th Century and challenges for I3.1 9.40 Keynote lecture: Development and integration of ad- the 21st. W. A. Wulf (President, Nat. Acad. Eng., US) vanced heat exchangers and process control for high energy ef- ficient distillation columns and separation processes. T. Thonon Nanotechnology: The challenge for the educators. G. Tegart (Vic- (CEA, Grenoble, FR) [1242] toria Univ. Technol., Melbourne, AU) I3.2 10.20 Scale-up or scale-out?. D. J. Brennan (Monash Univ., The China’s greatest achievements of engineering and technologi- Clayton Vic., AU) [659] cal sciences in the 20th Century. Song Jian (Chinese Acad. Eng., CN) I3.3 10.40 Possible approach for optimum selection of util- ity systems. *P. Ma rt ina´k, P. Stehlı´k, L. Be´bar (Tech. Univ., Collaboration between universities and industry. A. Broers (Univ. Brno, CZ) [813] Cambridge, UK) 11.00 Coffee break Czech national program of targeted research in the European con- text. K. Klusa´cˇek (Technol. Center, Czech Acad. Sci., Praha, I3.4 11.30 A methodology for improving heat exchanger network CZ) operation. H. Rodera, D. Westphalen, H. K. Shethna, *M. Brod- korb (Hyprotech Ltd., Calgary, CA) [383]
I3.5 11.50 Design of optimal flexible heat recovery systems us- I2 Lectures — Monday afternoon ing evolutionary programming. *F. Pettersson, J. So¨derman(Abo Chemical engineering education Akademi Univ., FI) [839] I3.6 12.10 Synthesis method for tankage treatment. *L. Halasz, Chairmen: V. Machonˇ, M.Molzahn A. B. Nagy, F. Friedler (Univ. Veszpre´m, HU) [585]
I2.1 14.00 Keynote lecture: Chemical engineering educa- tion: outcomes and customers. *C. D. Grant, B. R. Dickson (Univ. Strathclyde, Glasgow, UK) [1257] I4 Lectures — Tuesday afternoon I2.2 14.40 Chemical engineering education - the Australian and PRES 2002 New Zealand way. *D. G. Wood, D. C. Shallcross (Univ. Mel- bourne, AU) [67] Chairmen: J. Jelı´nek, B. Kalitventzeff
I2.3 15.00 New relationship between chemistry and chemical en- I4.1 14.00 Keynote lecture: Factors associated with fouling in gineering : current evolvements in Toulouse. *A.-M. Wilhelm, the process industry. *D. J. Kukulka, R. E. Baier, J. C. Mollendorf P. Duverneuil, G. Casamatta (ENSIACET, Toulouse, FR) [1353] (State Univ. New York, Buffalo NY, US) [464]
15.20 Coffee break and poster session I4.2 14.40 Local linear models for nonlinear model predictive con- trol of a reactive distillation column. *K. Dadhe, R. Gesthuisen, I2.4 16.00 Creation of multimedia education courses in the S. Engell (Univ. Dortmund, DE) [1074] pharmaceutics area. *D. V. Shishulin, N. V. Menshutina, G. A. Avramenko, H. Leuenberger1, L. S. Gordeev (Mendeleev I4.3 15.00 Hydrodynamic diagnosis of a shell-and-tube heat ex- Univ. Chem. Technol. Russia, Moskva, RU; 1Univ. Basel, CH) [741] changer using tracer. *M. Albaric, C. Jallut1, P. Bandelier (CEA, Grenoble, FR; 1ESCPE, Lyon, FR) [1072] I2.5 16.20 Developing an Internet course: dynamic modelling and simulation of chemical engineering and bioengineering pro- 15.20 Coffee break and poster session cesses. I. J. Dunn, *J. E. Prenosil (Swiss Fed. Inst. Technol., Zu¨rich, CH) [1342] I4.4 16.00 The simulation of multicomponent mixtures conden- sation in plate condensers. L. L. Tovazhnyansky, *P. O. Ka -
34 pustenko, O. G. Nagorna, O. Y. Perevertaylenko (Nat. Tech. D. M. Young1,C.A.V.Costa(Univ. Porto, PT; 1US EPA, Cincinnati Univ., Kharkiv, UA) [601] OH, US) [448]
I4.5 16.20 Equilibria in limestone based FGD process - I6.3 15.00 Information management for engineering sciences. magnesium addition. J. A. Michalski (Inst. Phys. Chem., *M. Weiten, B. Goers, G. Wozny, M. Jekel (Tech. Univ., Warszawa, PL) [181] Berlin, DE) [486]
I4.6 16.40 What and how to execute the overall management in 15.20 Coffee break and poster session the complex chemical plants. Young Ho Kim (Eng. Manuf. Con- sult., Koyang, KR) [1158] I6.4 16.00 Algorithmic synthesis of an azeotropic-distillation sys- tem: production of pure ethanol revisited. *S. Novaki, B. Bertok, I4.7 17.00 Optimal design of crude fractionation units and new F. Friedler, L. T. Fan1,G.Feng1 (Univ. Veszpre´m, HU; 1Kansas technologies to improve distillation yield. Shuncheng Ji, *M. Baga- State Univ., Manhattan KS, US) [394] jewicz (Univ. Oklahoma, Norman OK, US) [540] I6.5 16.20 Incorporating heat integration in batch process scheduling. *R. Adonyi, J. Romero1, L. Puigjaner1,F. Friedler (Univ. Veszpre´m, HU; 1Univ. Polytech. Catalunya, Barcelona, ES) [475]
I5 Lectures — Wednesday morning I6.6 16.40 Influence of variations in cost factors in structural op- timisation of heat recovery systems with moist air streams. *J. So¨- PRES 2002 derman, F. Pettersson (Abo Akademi Univ., FI) [485]
Chairmen: K. Urbaniec, G. Vaccari I6.7 17.00 Universal plant model for production planning. K.-Y. Cheung, *Li Wenkai, C.-W. Hui, H. Sakamoto1,K.Hirata1, I5.1 9.40 Keynote lecture: Financial risk management in L. O’Young2 (Hong Kong Univ. Sci. Technol., CN; 1Mitsubishi planning under uncertainty. A. F. Barbaro, *M. B. Bagajewicz, Chem. Corp., Yokkaichi Mie, JP; 2MC Res. Innov. Cent., Mt. View A. P. Koppol (Univ. Oklahoma, Norman OK, US) [1516] CA, US) [380]
I5.2 10.20 Revamp of rectification section in styrene unit for higher capacity and efficiency. J. Jelı´nek (Koch-Glitsch a. s., Brno, CZ) [158]
I5.3 10.40 Supply chain optimization of refinery. *Li Wenkai, 1 I7 Lectures — Thursday morning Chi-Wai Hui, Ben Hua (Hong Kong Univ. Sci. Technol., CN; Compact heat exchangers course 1South China Univ. Technol., Guangzhou, CN) [199]
11.00 Coffee break 9:00 Welcome and Course introduction
I5.4 11.30 Cost estimation procedures for process integra- 9:30 Overview of heat exchanger types tion retrofit studies. M. Taal, *J. Klemesˇ, P. Martinak1, P. St e hlı´k1 (UMIST, Manchester, UK; 1Tech. Univ., Brno, CZ) [131] 10:15 Process integration and heat exchanger networks
I5.5 11.50 Physico chemical characterization and kinetic mod- 11:15 Exchangers with cross-corrugatedpassages and design de- eling of liquid fuels and surrogates. *E. Ranzi, R. Del Rosso, tails S. Pierucci, S. Granata (Politecnico, Milano, IT) [367] 13:30 Design exploration with plate heat exchangers I5.6 12.10 On the integrated management of industrial re- sources incorporating finances. T. K. Zhelev (Univ. Durban- 13:45 Plate-fin heat exchangers Westville, ZA) [285] 14:30 Design exploration with plate-fin heat exchangers
15:00 Recent advances in shell and tube heat exchanger technol- ogy
I6 Lectures — Wednesday afternoon 15:45 Recent advances in CHE technology PRES 2002 16:15 Final discussion
Chairmen: P. O. Kapustenko, H. Singh Course Leader: V. Wadekar, Hyprotech UK Ltd, UK Speakers: P. Stehlı´k, Tech. Univ., Brno, CZ; R. Smith, UMIST, Manchester, UK; I6.1 14.00 Keynote lecture: Rigorous super-structure in ac- J. Klemesˇ, UMIST, UK. tion. *Z. Ercsey, Z. Kova´cs1, F. Friedler, L. T. Fan2 (Univ. Veszpre´m, HU; 1Univ. Szeged, HU; 2Kansas Univ., Manhattan KS, US) [879]
I6.2 14.40 Environmental analysis of gasoline blending com- ponents through their life cycle. *T.M.Mata,R.L.Smith1,
35 15.20 Coffee break and poster session J J2.5 16.00 Dependability in chemical industry. P. Fuchs (Tech. Univ., Liberec, CZ) [680]
J2.6 16.20 Chemical reaction modeling problems in indus- trial and environmental safety. *I. A. Kirillov, B. V. Potap- kin, M. A. Deminsky, E. V. Shoulakova, S. V. Petrusev, J1 Lectures — Monday morning 1 Symposium on process safety M. I. Strelkova, I. E. Cheshigin, G. I. Belov (Kurchatov Inst., Moskva, RU; 1Res. Inst. High Temp., Moskva, RU) [721]
Riskassessment J2.7 16.40 Computer-aided life cycle safety engineering: con- cept and software requirements. I. A. Kirillov, A. V. Panasenko1, Chairmen: H. J. Pasman, J. Sˇ karka I. E. Lukashevich, *A. I. Lobanov2 (Kurchatov Inst., Moskva, RU; 1Cent. Res. Inst. Mach. Build., Korolev, RU; 2Inst. Physics Tech- J1.1 9.40 Keynote lecture: Developments in loss prevention / nol., Dolgoprudny, RU) [722] process safety / risk assessment methodology: layer of protection analysis. H. J. Pasman (TNO, Delft, NL) [629] J2.8 17.00 Why are we publishing less accident report in Iran? Once bitten twice shy. D. Rashtchian (Sharif Univ. Technol., J1.2 10.20 A methodology and a software (DominoXL) for Tehran, IR) [1143] studying domino effects. C. Fie´vez, C. Delvosalle, *S. Brohez (Fac. Polytech. Mons, BE) [382]
J1.3 10.40 Experimental research of the dispersion-behavior of heavy gases with regard to the influence of the roughness and the slope of the ground with small scale-experiments in a wind tunnel. S. Hartwig, J.-H. Kim, *A. Rupp (Univ. Wuppertal, DE) [637] J3 Lectures — Tuesday morning Symposium on process safety 11.00 Coffee break
J1.4 11.30 Note on emergency relief vent size. *A. Sogaro, Human factor. SEVESO-II S. Colombo, G. Biardi (Politechnica, Milano, IT) [770] Chairmen: F. Babinec, R. Turney J1.5 11.50 Estimation of minimum amount of gas leaking for ex- plosion at enclosure. *K. S. Park, Y. D. Jo (Inst. Gas Safety Tech- J3.1 9.40 Keynote lecture: Human factors in the process in- nol., Kyeonggi-do, KR) [634] dustries: The PRISM project. R. D. Turney (European Proc. Safety Cent., Rugby, UK) [355] J1.6 12.10 Virtual reality support for industrial safety and loss pre- vention. *I. E. Lukashevich, I. A. Kirillov, E. A. Rossinsky1 (Kur- J3.2 10.20 SEQHAZ - a revolutionary hazard study tool. R. Salo chatov Inst., Moskva, RU; 1Bauman State Tech. Univ., (Neste Engineering Oy, Porvoo, FI) [1054] Moskva, RU) [796] J3.3 10.40 Implementation of SEVESO II: an efficient method- J1.7 12.30 A strategy for early detection of hazardous states ological approach. *P. Lerena, G. Suter (Swiss Safety Inst., in batch reactors. *J.-S. Chang, K.-Y. Chen (Tatung Univ., Basel, CH) [959] Taipei, TW) [1327] 11.00 Coffee break
J3.4 11.30 Learning from SEVESO II Safety Reports. F. Babinec (Tech. Univ., Brno, CZ) [1177] J2 Lectures — Monday afternoon Symposium on process safety J3.5 11.50 Actual requirements for safety documentation accord- ing Czech version of SEVESO II Directive. A. Bernatik (Regional EIACent., Ostrava, CZ) [892] Safety management J3.6 12.10 Qualitative safety analysis and common sense Chairmen: A. Rupp, V. Va´clavek reasoning applied to polymerisation reactors. R. Koivisto, M. Bongards1, *F. Babinec2, M. Dohnal2 (VTT Manuf. Tech- J2.1 14.00 Keynote lecture: The European Process Safety Cen- nol., Tampere, FI; 1Fachhochschule, Gummersbach, DE; tre (EPSC): A decade of learning. J. Calzia, R. Turney, *L. Allford 2Tech. Univ. Brno, CZ) [1443] (EPSC, Rugby, UK) [592] J3.7 12.30 Experience with quantitative risk assessment (QRA) J2.2 14.40 The safety modelling language. *B. A. Schupp, in sense of legislation Seveso II. *V. Va´clavek, M. Podracka´, S. M. Lemkowitz, L. Goossens, A. R. Hale, H. J. Pasman1 (Delft A. Novotna´ (Inst. Chem. Technol., Praha, CZ) [1040] Univ. Technol., NL; 1TNO Defence Cent., Delft, NL) [600]
J2.4 15.00 Strain caused by substances at activities with high-exposition rate. S. Hartwig, J.-H. Kim, *A. Rupp (Univ. Wup- pertal, DE) [665]
36 J5.3 10.40 Selective flotation of plastics mixtures with J4 Lectures — Tuesday afternoon polystyrene. *P. Basarˇova´, L. Bartovska´, K. Korˇı´nek Symposium on environmental engineering (Inst. Chem. Technol., Praha, CZ) [661] and management 11.00 Coffee break
Wastewater J5.4 11.30 Study and modelling of electric arc furnace slag alteration. *E. Le Yaouanq, E. Garcia-Diaz, P. Degrugilliers, Chairmen: J. Hora´k, J. Venselaar J. M. Siwak1 (Ec. Mines Douai, FR; 1Cons. Gen. Mines, Paris, FR) [579] J4.1 14.00 Treatment of sewage sludge: the economy of using advanced sludge treatment methods for sewage J5.5 11.50 Comparing the effect of various coagulants on perfor- 1 sludge. *E. Neyens, J. Baeyens, M. Weemaes ,B.De mance of secondary clarifier in sulfite mill pulp and paper plant. 1 1 heyder (Cathol. Univ. Leuven, Heverlee, BE; Aquafin, Aartse- *M. C. Amiri, S. Ghodbanan, N. Hatami (Isfahan Univ. Tech- laar, BE) [242] nol., IR) [1385]
J4.2 14.20 Alkaline thermolysis improves the dewaterability of ac- J5.6 12.10 The combination of membrane separation technol- 1 tivate sewage sludge. *E. Neyens, J. Baeyens, M. Weemaes , ogy for treating hazardous waste landfill leachates. *T. Se t i a di , 1 1 B. De heyder (Cathol. Univ. Leuven, Heverlee, BE; Aquafin, S. Fairus (Inst. Technol. Bandung, ID) [335] Aartselaar, BE) [206]
J4.3 14.40 The use of wet oxidation and PACT(R) for the treat- ment of propylene oxide/styrene monomer (PO/SM) industrial wastewaters at the Repsol PO/SM Plant in Tarragona, Spain. J. Pe- drerol, S. Ruiz, *C. Maugans1 (Repsol Quimica, Tarragona, ES; 1USFilter, Rothschild WI, US) [174] J6 Lectures — Wednesday afternoon Symposium on environmental engineering J4.4 15.00 UV/H2O2 chemical oxidation for high loaded effluents: Application to surfactants in water. Kinetics of decomposition and and management biodegradability. *J. Sanz, J. L. Lombranˇa,A.M.DeLuis,R.Ro- driguez (Univ. Paı´s Vasco, Bilbao, ES) [250] Air pollution
15.20 Coffee break and poster session Chairmen: T. Saito, V. Va´clavek
J4.7 16.00 Rising Behavior of Ozone-containing Bubbles in a J6.1 14.00 Abatement of VOCes by combustion technology Bubble Column. *Hua Wei Chen, Young Ku (Nat. Taiwan with the scope of energy process integration. *V. Va´clavek, Univ. Sci. Technol., Taipei, TW) [1124] A. Novotna´, J. Dedkova´ (Inst. Chem. Technol., Praha, CZ) [1037]
J4.8 16.20 Removal of heavy metals from industrial wastewaters: J6.2 14.20 Treatment of gaseous aromatic pollutant by optical- Areview.M. A. Zarraa (Alexandria Univ., EG) [114] fiber photocatalytic reactor: radiation distribution and quantum ef- ficiency influenced by photocatalyst coating. *Wen Wang, Young J4.9 16.40 Potential of freezing in wastewater treatment: applica- Ku (Nat. Taiwan Univ. Sci. Technol., Taipei, TW) [1115] tion on nitrates and phosphates removal. *A. Rodriguez, Y. Aurelle (INSA, Toulouse, FR) [1364] J6.3 14.40 Reduction of carbon dioxide in gas steams by UV/TiO2 process. *Wan-Hui Lee, Young Ku (Nat. Taiwan Univ. Sci. Tech- J4.1017.00 An intelligent multi-objective approach to solve rural nol., Taipei, TW) [1134] wastewater management problems. M. A. E. El Tokhy, H. A. Ta- 1 laat, *S.R.Tewfik,M.H.Rasmy(Nat. Res. Cent., Cairo, EG; J6.4 15.00 Deep sea sequestration of CO2 gas with highly 1 Cairo Univ., EG) [1523] environmental acceptability via a gas lift pump system. *T. Saito, S. Kosugi1, T. Kajishima2, K. Tsuchiya3 (Shizuoka Univ., JP; 1Sumimoto Met. Ind.,Tokyo, JP; 2Osaka Univ., JP; 3Univ. Tokushima, JP) [429] J5 Lectures — Wednesday morning Symposium on environmental engineering 15.20 Coffee break and poster session and management J6.6 16.00 Heat recovery from dilute methane emissions by us- ing a catalytic flow reversal reactor technology. H. Sapoundjiev Wastewater (Nat. Resources Canada, Varennes, CA) [476]
Chairmen: E. Dinjus, M. Puncˇocha´rˇ J6.7 16.20 Characteristic of char obtained in pyrolysis process of municipal sewage sludge. J. B. Bien, M. Sanitsky, *J. D. Bien, J5.1 9.40 Keynote lecture: Environmental friendly processes W. Bialczak (Tech. Univ. Czestochowa, PL) [828] to use biomass as a feedstock for chemistry and energy. E. Dinjus (Forschungszentrum Karlsruhe, DE) [1287] J6.8 16.40 Halide compounds removal from hot coal derived gas with sodium based sorbents. *M. Nunokawa, M. Kobayashi, J5.2 10.20 Strategies for small-site characterization and assess- H. Shirai (Cent. Res. Inst. Elect. Power Ind., Yokosuka, JP) [1301] ment of gasoline release. *R. E. Woodward, R. L. Sloan1 (Sierra Env. Serv. Inc., Houston TX, US; 1Lyondell Chem. Co., Chan- nelview TX, US) [666]
37 J8.5 16.00 Recent developments in bioremediation of fuel oxy- J7 Lectures — Thursday morning genates. E. E. Moyer (Tighe Bond, Inc., Westfield MA, US) [779] Symposium on environmental engineering and management J8.6 16.20 Complete perchloroethylene (PCE) dechlorination to ethylene in anaerobic fixed-bed reactor. *F. Aulenta, F. Giarolli, M. Majone, M. Petrangeli Papini, V. Tandoi (Univ. Rome La Waste release reduction Sapienza, IT) [626]
Chairmen: J. P. Candy, E. Neyens
J7.1 9.40 The effect of double diffusion on the dispersion of pol- lutants discharged into the ocean. S. S. S. Cardoso, *M. M. Chow, J. M. Holford (Univ. Cambridge, UK) [974]
J7.2 10.00 Use of PACT to improve organic compounds biodegradability in textile wastewaters. M. Ghaheri (IROST, Tehran, IR) [44]
J7.3 10.20 Decomposition of 2-Chlorophenolin Aqueous Solution by Sonolysis Process. Young Ku, Tai-Chi Huang, *Chih-Ming Ma (Nat. Taiwan Univ. Sci. Technol., Taipei, TW) [1125] K J7.4 10.40 Surface organo-metallic chemistry on metals; remov- ing of heavy metals from water solution, by strong chemisorption on catalyst surface. G. Godard, J. M. Basset, *J. P. Candy (CNRS, Villeurbanne, FR) [239] K1 Lectures — Monday morning 11.00 Coffee break Chemical technology for sustainable future J7.5 11.30 Studies on treatment of carbonaceous wastewater by fixed film aeration tank. S. Yaghmaei (Sharif Univ. Technol., Bioprocesses Tehran, IR) [1118] Chairmen: J. Pa´ca, H. P. Schmauder J7.7 11.50 Phosphate removal using acid treated spent bleaching earth. M. Mahramanlioglu (Instanbul Univ., Avcilar, TR) [928] K1.1 9.40 Keynote lecture: Towards to a cleaner environ- ment - situation, (chemical, biotechnological, general) technolo- gies and trends. *H.-P. Schmauder, J. Pa´ca1 (Res. Cent. Med. Tech. Biotechnol., Bad Langensalza, DE; 1Inst. Chem. Technol., J8 Lectures — Thursday afternoon Praha, CZ) [604] Symposium on environmental engineering and management K1.2 10.20 Biodegradation processes for the cleaner environ- ment. K. Miksch (Silesian Univ. Technol., Gliwice, PL) [1183]
Organic pollutants K1.3 10.40 Chemical and biological reactions of TNT and RDX. *R. Bajpai, M. Qasim1, L. Hansen1, M. Popovic2, Chairmen: M. Kra´lik, R. E. Woodward J. Pa´ca3 (Univ. Missouri, Columbia MO, US; 1US Army ERDC, Vicksburg MS, US; 2Tech. Fachhochschule, Berlin, DE; J8.1 14.00 Common myths, misconceptions and assump- 3Inst. Chem. Technol., Praha, CZ) [736] tions about MTBE: where are we now?. *R. E. Woodward, R. L. Sloan1 (Sierra Env. Serv., Houston TX, US; 1Lyondell 11.00 Coffee break Chem. Co., Channelview TX, US) [625] K1.4 11.30 Aerobic biodegradation of 4-nitrotoluene in aqueous J8.2 14.20 Use of enriched mixed cultures for high rate polyhy- solution by a mixed culture. *J. Pa´ca, J. Ba´rta, R. Bajpai1, droxyalkanoate production from solid waste fermentation products. H.-P. Schmauder2 (Inst. Chem. Technol., Praha, CZ; 1Univ. Mis- M. Beccari, *D. Dionisi, M. Majone, V. Papa (Univ. Rome La souri, Columbia MO, US; 2Res. Cent. Med. Tech. Biotech., Bad Sapienza, IT) [609] Langensalza, DE) [10]
J8.3 14.40 Analysis of the efficiency of three advanced oxidation K1.5 11.50 An engineering analysis of alkali hydrolysis of processes on the generation of hydroxyl radicals in the treatment 2,4,6-trinitrotoluene. *R. Bajpai, D. Parekh, S. Herrmann1, of phenol. *J. Sanz, J. L. Lombranˇ a, A. M. De Luis, M. Ortueta, M. Popovic1,J.Pa´ca2 (Univ. Missouri, Columbia MO, US; F. Varona (Univ. Paı´s Vasco, Bilbao, ES) [207] 1Tech. Fachhochschule, Berlin, DE; 2Inst. Chem. Technol., Praha, CZ) [730] J8.4 15.00 A comparison of ecological impacts of methyl tert.butyl ether and ethyl tert.butyl ether used as components of reformulated K1.7 12.10 Timber industry waste processing by means of bio- gasolines. M. Kra´lik (Slovak Univ. Technol., Bratislava, SK) [727] conversion. E. Prutenskaya, *E. Sulman, A. Poyarkova (Tver Tech. Univ., RU) [299] 15.20 Coffee break and poster session
38 Middlesbrough, UK; 1Res. Cent. Med. Tech. Biotech., Bad Lan- K2 Lectures — Monday afternoon gensalza, DE) [468] Chemical technology for sustainable future K3.6 12.10 Microbial sensing and control: from bioremediation to health hazard prevention. *P. Adriaens, S. J. Skerlos (Univ. Michi- Bioprocesses gan, Ann Arbor MI, US) [1200]
Chairmen: R. Bajpai, J. Pa´ca
K2.1 14.00 Keynote lecture: Waste gas cleaning by biofiltra- tion techniques. *K.-H. Robra, R. Vogrin, M. Wellacher, B. Al- tenburger (Graz Univ. Technol., AT) [202] K4 Lectures — Tuesday afternoon K2.2 14.40 New trends in biological waste gas treatment. C. Kennes (Univ. La Coruna, ES) [871] Chemical technology for sustainable future
K2.3 15.00 Influence of ammonium delivery on toluene degrada- Petrochemistry tion in a fungal biofilter. *J. R. Woertz, K. A. Kinney (Univ. Texas, Austin TX, US) [754] Chairmen: M. Stepanski, J. Sˇ karka
15.20 Coffee break and poster session K4.1 14.00 Keynote lecture: Position of Central European refining and petrochemical sites within Europe. *M. Kuncı´rˇ, K2.4 16.00 Styrene removal from waste gas in biofilter. *J. Pa´ca, J. Sˇ karka1 (Unipetrol a. s., Praha, CZ; 1Cˇ SCHI, Praha, CZ) [1151] M. Halecky´, E. Klapkova´, A. M. Gerrard1,C.S.Soccol2,B.Kout- 1 sky´ (Inst. Chem. Technol., Praha, CZ; Univ. Teeside, Middles- K4.2 14.40 Improved DMT process uses melt crystalliza- 2 brough, UK; Univ. Fed. Parana´, Curitiba, BR) [41] tion technology. E. Schaefer, *M. Stepanski, K. Fiedler1, A. Schoengen1 (Sulzer Chemtech. Ltd., Buchs, CH; 1HG Heg- K2.5 16.20 Steady state and transient models for the biofiltration manns Ingenieur GmbH, Gelsenkirchen, DE) [912] of styrene/air mixtures. *A. M. Gerrard, D. Ha´jkova´1, M. Halecky, 1 1 J. Pa´ca (Univ. Teeside, Middlesbrough, UK; Inst. Chem. Tech- K4.3 15.00 A quick survey on the adverse consequences of nol., Praha, CZ) [52] refining visbreaker naphtha in middle distillate hydrocrackers. *H. Bridjanian, M. Ghaedian, D. Forootan (Res. Inst. Pet. Ind., K2.6 16.40 A new technology for an optimised supply of emerged Tehran, IR) [261] microbial cultures. *M. Hornung, M. Ludwig, H.-P. Schmauder (Res. Cent. Med. Tech. Biotech., Bad Langensalza, DE) [385]
K5 Lectures — Wednesday morning K3 Lectures — Tuesday morning Chemical technology for sustainable future Chemical technology for sustainable future Petrochemistry, polymers Bioprocesses Chairmen: J. Hora´k,N.Tanaka Chairmen:A.M.Gerrard,C.Kennes K5.1 9.40 Keynote lecture: Sustainable development for K3.1 9.40 Keynote lecture: Integrated development of biomass the petrochemical industries - responsible technological pro- plantations for energy, and commodity and fine chemicals. gramme or a popular slogan?. J. Hora´k (Inst. Chem. Technol., A. Mimura (Yamanashi Univ., JP) [1045] Praha, CZ) [1156]
K3.2 10.20 Degradation of lignite by molds: Contribution of oxida- K5.2 10.20 Porosity control in production of porous nylon-6 mate- 1 1 tive and hydrolytic enzymes. *U. Ho¨ lker, M. Janssen ,J.Lenz , rials. N. Tanaka (Gunma Univ., Kiryu, JP) [328] M. Ho¨fer(Univ. Bonn, DE; 1Ho¨fer Bioreact GmbH, Bonn, DE) [836] K5.3 10.40 Acceleration of the drying time by insertion of a me- K3.3 10.40 Enzymes of yeast Candida tropicalis responsible for chanical dewatering step in the advanced Vienna Process for mass 1 biodegradation of phenol. *M. Stiborova´, J. Pa´ca (Charles Univ., deacidification of old newspapers and books. *R. Edl, H. Hess, 1 Praha, CZ; Inst. Chem. Technol., Praha, CZ) [140] W. Ruhm1,W.Ho¨ flinger (Tech. Univ., Wien, AT; 1O¨ sterreich. Na- tionalbibliothek, Wien, AT) [390] 11.00 Coffee break 11.00 Coffee break K3.4 11.30 Extraction and degradation of waste water phenols. *E. Sulman, N. Komarova (Tver Tech. Univ., RU) [276] K5.4 11.30 Decolorization of chromophoric lignin via reduction re- action in stirred tank reactor. *S. M. Ghoreishi, M. Haghighi (Isfa- K3.5 11.50 First modelling experiments for optimizing bacte- han Univ. Technol., IR) [179] rial cellulose formation with new technologies. M. A. Gerrard, *M. Hornung1, M. Ludwig1, H.-P. Schmauder1 (Univ. Teeside,
39 11.00 Coffee break K6 Lectures — Wednesday afternoon Chemical technology for sustainable future K7.5 11.30 Purification of celestite with acid washing and conver- sion of strontium sulfate to strontium carbonate. *H. Dogan, S. Ko- cakusak, M. Koral, J. Koroglu, K. Akcay, H. Yuzer (TUBITAK, Organic technology Gebze-Kocaeli, TR) [59]
Chairmen: J. Landgrave, V. Tukacˇ K7.6 11.50 Comparative study of solar air humidification - dehu- midification unit. *I. M. Ismail, A. M. Hany (Assiut Univ., EG) [14] K6.1 14.00 Keynote lecture: Methodology for performance in- dicators calculation to evaluate plants of chemical and pro- cess industry, in accordance with sustainability outlines and em- phasis on institutional, social and exploitation of natural re- sources. *J. Landgrave, E. Martinez (Univ. Nac. Autonom. Mex- ico, UNAM, MX) [504] K6.2 14.40 Sustainable technology process for power genera- L tion from coal by supercritical water oxidation. *M. J. Cocero, M. D. Bermejo, F. Fdez-Polanco (Univ. Valladolid, ES) [333]
K6.3 15.00 Catalytic removal of dissolved oxygen from water and steam cycle of power plants. A. Moheb (Isfahan Univ. Tech- L1 Lectures — Monday morning nol., IR) [409] Food processing and technology 15.20 Coffee break and poster session Chairmen: B. McKenna, K. Urbaniec K6.4 16.00 Carbon materials as selective adsorbents for evalu- ation of microamounts of platinum metals from technological so- L1.1 9.40 Keynote lecture: The evolution of evaporator stations lutions. *L. P. Tikhonova, I. A. Tarkovskaya, S. V. Rosokha, in the beet-sugar industry. K. Urbaniec (Warsaw Univ. Technol., 1 2 3 S. B. Lyubchik , V. A. Kadochnikov , F. Beguin (Inst. Appl. Plock, PL) [883] Probl. Phys. Biophys., Kyiv, UA; 1Inst. Phys. Org. Coal Chem., 2 3 Kyiv, UA; Pridneprovskyi Plant, Dneprodzerzhinsk, UA; CNRS, L1.2 10.20 Keynote lecture: Experimental investigation of per- Orleans, FR) [105] formance of vacuum cooling for commercial large cooked meat joints. *Da-Wen Sun, Lijun Wang (Univ. Coll. Dublin, IE) [1128]
11.00 Coffee break K7 Lectures — Thursday morning Chemical technology for sustainable future L1.3 11.30 Plate evaporators in food industry - theory and prac- tice. P. Hoffman (Czech Tech. Univ., Praha, CZ) [194]
Inorganic technology L1.4 11.50 New trends in industrial crystallization of sugar. *Z. Bubnı´k, P. Kadlec, V. Pour, H. Sˇ tarhova´, A. Hinkova´ Chairmen: O. Paladino, S. Vackova´ (Inst. Chem. Technol., Praha, CZ) [227]
K7.1 9.40 Physical properties of modified CdTe surface layers. L1.5 12.10 Water-in-oil microemulsions at freezing temperatures. 1 1 J. Gonza´lez-Herna´ndez, V. P. Makhnii ,P.N.Gorley,Yu.V. Application to accelerated microwave thawing of frozen foods. 1 2 2 Vorobiev, V. E. Baranyuk , *S. Vackova´ ,T.Horazˇdovsky´ , M. Merabet (Nestle´ Res. Cent., Lausanne, CH) [1031] P. P. Horley, N. V. Demych1,M.M.Sletov1 (CINVESTAV-IPN, Mexico City, MX; 1Chernivtsy Nat. Univ., UA; 2Czech Tech. Univ., Praha, CZ) [929] L2 Lectures — Monday afternoon K7.2 10.00 X-ray and optical properties of bulk crystals and thin films of CuInxGa(1-x)Se2. J. Gonza´les-Hena´ndez, Food processing and technology P. N. Gorle y 1, Yu. V. Vorobiev, V. V. Khomyak1, *S. Vackova´2, 2 3 T. Hora zˇdovsky´ , P. P. Horley, Z. D. Kovalyuk ,O.N. Chairmen: P. Lewicki, P. Nesvadba Sydor3 (CINVESTAV-IPN, Mexico City, MX; 1Chernivtsy Nat. 2 3 Univ., UA; Czech Tech. Univ., Praha, CZ; Mat. Sci. Probl. Inst., L2.1 14.00 Keynote lecture: Water as the determinant of Chenivtsy, UA) [946] food engineering properties. P. P. Le wic ki (Warsaw Agric. Univ., PL) [303] K7.3 10.20 Role of particle size and porosity of Ni/Al and Ni/Mg/fe oxide powders in the prediction of the properties of cathodes and L2.2 14.40 Keynote lecture: Database of physical properties anodes for MCFC applications. *O. Paladino, M. De Francesco, of agro-food materials. *P. Nesvadba, M. Housˇka1,W.Wolf2, 1 1 C. Resini, P. Capobianco (CIMA, Savona, IT; Ansaldo Ric., Gen- V. Gekas3, D. Jarvis4,P.A.Sadd5 (Robert Gordon Univ., Ab- ova, IT) [784] erdeen, UK; 1Inst. Food Res., Praha, CZ; 2Fed. Res. Cent. Nutr., Karlsruhe, DE; 3Tech. Univ. Crete, Chania, GR; 4Unilever K7.4 10.40 Atomic engineering: fine dispersed systems. Res. Lab., Bedford, UK; 5Rank Hovis McDougall Ltd., High *A. M. Spasic, M. D. Babic, M. M. Marinko, N. N. Djokovic, Wycombe, UK) [980] D. N. Krstic1,M.Mitrovic1 (Inst. Technol. Nucl. Min. Raw Mat., 1 Beograd, YU; Fac. Technol. Metal., Beograd, YU) [72] 15.20 Coffee break and poster session
40 L2.3 16.00 Water transport properties of edible films intended 15:30 Break for food packaging applications. *G. G. Buonocore, M. A. Del Nobile1, M. C. Di Martino, A. Aldi2,L.Nicolais(Univ. Naples, 15:45 MTBE remediation case studies Napoli, IT; 1Univ. Foggia, IT; 2CNR, Napoli, IT) [613] 17:15 Conclusions and recommendations L2.4 16.20 Exploitation of process modelling by ARIS system in czech dairy company - MADETA a.s. *P. Burian, T. Forma´nek, Speakers: R. Sloan, Lyondell Chem. Co., Channelview TX; E. P. Prˇı´lepek1,P.Krejcˇı´1 (Inst. Chem. Proc. Fundam., Praha, CZ; Moyer, Tighe and Bond, Inc., Westfield, MA; R. Woodward, Sierra 1Jihocˇeske´mle´ka´rny,Cˇ eske´ Budeˇjovice, CZ) [320] Environmental Services, Houston, TX
L2.5 16.40 Nonlinear mathematical model and advanced con- trol of a distilation process with reduced energy consumption. *A. Sipos, V. Jascanu (Univ. Sibiu, RO) [113]
L2.6 17.00 Studies on the acid activation of Bentonite Clays. H. Jazayeri, *M. Rezaei (Iran Univ. Sci. Technol., Tehran, IR) [1441] POSTERS
L3 Lectures — Tuesday morning Food processing and technology P1 Posters — Monday Reaction engineering Chairmen: M. Saska, D. W. Sun P1.1 Numerical modelling and experimental study of process of L3.1 9.40 Changes of chemical composition during expan- hydrogen production from organic fuel. *V. Fateev, R. Blach1, sion cooking of rapeseedfaba bean mixtures. *L. Mosci- A. Vishnjakov, V. Chaschin, T. Fateeva2, F. Pekhota (Kurcha- cki, H. Kozlowska1, J. Pokorny´2,Z.Re´blova´2,D.J.Van tov Inst., Moskva, RU; 1David Systems Technology, Madrid, ES; Zuilichem3 (Lublin Agric. Univ., PL; 1Polish Acad, Sci., Ol- 2Lomonosov State Univ., Moskva, RU) [872] sztyn, PL; 2Inst. Chem. Technol., Praha, CZ; 3Wageningen Agric. Univ., NL) [827] P1.2 Model fundamentals for the design of three-phase loop reac- tors. *S. John, S. Scheid, H. Parchmann, O. Bork, M. Schlu¨ter, L3.2 10.00 Effect of soybean flour on the flavour of ex- N. Ra¨biger (Univ. Bremen, DE) [1266] truded wheat flour. *J. Pokorny´, A. Farouk1, F. Pudil, V. Janda (Inst. Chem. Technol., Praha, CZ; 1Nat. Res. Cent., P1.3 Hydrodynamic characterizaton of a loop reactor and its mod- Cairo, EG) [990] elling. *S. Moussous, A. Bensmaili1 (EMP, Bordj El-Bahri, DZ; 1USTHB, Algiers, DZ) [908] L3.3 10.20 Influence of functional components addition on qual- ity of precooked pasta. *A. Wo´ jtowicz, L. Moscicki (Lublin P1.4 Immobilized systems for hydrolysis. K. Hausmann, *H.- Agric. Univ., PL) [484] J. Jo¨ rdening (Tech. Univ. Braunschweig, DE) [1236]
L3.4 10.40 Modeling the lactic acid bacteria growth-cycle for a P1.5 The study of UV radiation effect on CIELAB coordinates of or- batch cultivation. *C. Altieri, M. A. Del Nobile, M. G. Sinigaglia, ganic coatings on steel. *A. Zarubica, M. Purenovic, M. Miljkovic, E. La Notte (Univ. Foggia, IT) [514] L. Despotovic-Kostic1 (Univ. Nis, YU; 1Pomoravlje, Nis, YU) [677]
11.00 Coffee break P1.6 The study of steel protection effect by application of molten active microalloyed aluminum and by covering that composition L3.5 11.30 Modeling the starch retrogradation kinetic of durum by organic coating. *A. Zarubica, M. Purenovic, M. Miljkovic wheat bread. *M. A. Del Nobile, T. Martoriello, G. G. Buonocore, (Univ. Nis, YU) [676] G. Moccia (Univ. Foggia, IT) [515] P1.7 Radiation effects in high density polyethylene (HDPE), polyamide 6 (PA6) and polyethylene/polyamide 6 (80/20) blends: ESR investigations. *C. Albano, P. Silva, R. Perera1 (Inst. L6 Lectures — Wednesday afternoon Venez. Invest. Cienc., Caracas, VE; 1Univ. Sı´mo´n Bolı´var, Cara- Symposium on environmental engineering cas, VE) [932] and management P1.8 Change in surface area and dissolution during the acid di- gestion of phosphate particle at 25 oC. *M. Arbi, M. El Maaoui MTBE remediation seminar (Lab. Chim. Min. Ind. FST, TN) [735]
13:30 Introduction P1.9 Chemical catalytic reaction and biological oxidation for treat- ment of non-biodegradable textile effluent. *S. M. Ghoreishi, 13:45 Properties of MTBE and other gasoline components M. Haghighi (Isfahan Univ. Technol., IR) [178]
14:15 Site assessment P1.10 2,4,6-Triphenylpyrylium cation as heterogeneous solar photocatalyst: adsorption onto different supporting materials and 14:30 Applicable physical, chemical, and biological remedial tech- applications. A. M. Amat, *A. Arques, A. Manresa, M. A. Miranda, nologies L. Santos-Juanes, R. F. Vercher (Tech. Univ. Valencia, ES) [340]
41 P1.11 Non-ideal behaviour of the desulphurisation reaction with P1.27 Chemical reaction in porous media: simulation on a Ca(OH)2 sorbents improved by hydration. T. L. Hechavarrı´a, pore network. P.E.Laranjeira,A.A.Martins,J.C.B.Lopes, *A. Garea1,J.A.Irabien1 (Univ. Oriente, Santiago de Cuba, CU; *M. M. Dias (Univ. Porto, PT) [958] 1Univ. Cantabria, Santander, ES) [769] P1.28 Continuous monitoring of chemical reactors by flow in- P1.12 Dry reforming of methane in tubular membrane reactors. jection analysis. Dispersion model and transfer function. *L. Paturzo, A. Basile, G. Calabro, G. Vitulli1 (Univ. Calabria, A. Abad, S. C. Cardona, J. I. Torregrosa, *J. Navarro-Laboulais Rende, IT; 1Univ. Pisa, IT) [687] (Tech. Univ. Valencia, ES) [211]
P1.13 Simplified prediction of the bagfilter desulphurisation from P1.30 A gray - box approach for biofilm growth modeling. laboratory fixed bed data. *A. Garea, J. A. Marque´s, A. Irabien, *H. Velasco-Bedra´n, U. Are´chiga Viramontes1, T. Esparza- H.-K. Reissner1, G. Krammer2,A.Friedl3 (Univ. Cantabria, San- Isunza1,H.F.Lo´ pez-Isunza1 (Nat. Sch. Biol. Sci., Casco de Santo tander, ES; 1AE Energietechnik, Graz, AT; 2Tech. Univ. Graz, AT; To ma´s, MX; 1Univ. Autonom. Metrop., Iztapalapa, MX) [342] 3Tech. Univ. Wien, AT) [785] P1.31 Experimental determination of inhibition of nitrification P1.14 Synthesis gas from natural gas by noncatalytic partial ox- by micropollutants. J. Rachmania, C. Creemers, *J. Baeyens idation. *M. H. Eikani, S. Rowshanzamir1 (IROST, Tehran, IR; (Cathol. Univ. Leuven, Heverlee, BE) [216] 1Iran Univ. Sci. Technol., Tehran, IR) [584] P1.32 Hydrodesulfurization of the light gas oil - kinetic determi- P1.15 Modelling of coupled enzyme membrane oscillators - ef- nation in batch autoclave. *D. Skala, A. Orlovic, B. Markovic1, fects of an electric field. *M. Kohout, I. Schreiber, P. Hasal, A. Tarlecki-Baricevic1, D. Jovanovic1 (Fac. Technol. Metall., M. Marek (Inst. Chem. Technol., Praha, CZ) [1182] Beograd, YU; 1ICTM, Beograd, YU) [854]
P1.16 Design of a pilot plant scale coal gasifier. *M. R. Ehsani, P1.33 Hydrodesulfurization of the light gas oil - catalyst activity A. Alemrajabi, R. Fatemi (Isfahan Sci. Technol. Town, IR) [134] study in fixed-bed reactor. *D. Skala, A. Orlovic, B. Markovic1, A. Tarlecki-Baricevic1, D. Jovanovic1 (Fac. Technol. Metall., P1.17 Catalytic oxidation of chlorinated hydrocarbons. Technol- Beograd, YU; 1ICTM, Beograd, YU) [856] ogy of treatment of wastes. L. N. Zanaveskin, *O. A. Konorev (Sci. Res. Inst. Syntez, Moskva, RU) [1009] P1.35 Survey of the catalytic activity, cracking of the n- hexadecane in the presence of metallic silicates catalysts (Al, P1.18 Product distribution in the catalytic transformation of oxy- Ni, Mo ). Application of the “sol-gel” method. *A. Boucenna, genates on a HZSM-5 zeolite. *A. Atutxa, A. G. Gayubo, S. Dekkar, A. Gherbi (Univ. M. Bougarra, Boumerdes, DZ) [1138] A. T. Aguayo, R. Vivanco, J. Bilbao (Univ. Paı´s Vasco, Bil- bao, ES) [877] P1.36 Influence of thermal treatment on capacitive characteris- tics of LiLaAl electrodes. N. A. Sobgaida, A. A. Olshanskaya, P1.19 Effect of hydrotreatment of FCC feedstocks. L. J. Cano, *S. S. Popova (Saratov State Tech. Univ., RU) [1108] *C. R. Lo´ pez, G. H. Moreno (Mex. Pet. Inst., Mexico, MX) [444] P1.37 On the way to catalytic polymerization of olefins in P1.20 Effect of FCC feedstock quality on product distri- the gas-phase minireactor. *A. Nova´k, G. Salejova´, J. Kosek, bution. *M. E. Mariaca-Dominguez, S. Rodriguez-Salomon, M. Marek (Inst. Chem. Technol., Praha, CZ) [1099] R. Maya-Yescas, G. E. Martinez-Tapia, A. Gonzalez-Ortiz (Inst. Mex. Petrol., Mexico City, MX) [744] P1.38 Evaluation of technological factors influence on the ef- ficiency of the reactor’s operation of N,N-methyl phenylamine P1.21 Coke aging and its incidence on catalyst regeneration. synthesis. *O. A. Tishin, V. N. Kharitonov, E. K. Beloussov1, *A. T. Aguayo, A. G. Gayubo, A. Atutxa, R. Vivanco, J. M. Aran- Yu. D. Batrin1, T. V. Rudakova1,M.K.Starovoitov1 (Vol- des (Univ. Paı´s Vasco, Bilbao, ES) [737] gograd State Tech. Univ., Volzhsky, RU; 1JSC Volzhsky Orgsyn- these, RU) [1064] P1.22 Aggregation and sintering of supported metal catalyst par- ticles. L. Gmachowski (Inst. Phys. Chem., Warszawa, PL) [264] P1.39 Preliminary mixing conditions determination in stirred tank reactors. *O. A. Tishin, I. N. Dorokhov1, A. F. Katcheguine2 (Vol- P1.23 Role of water in the reaction medium on the acidity de- gograd State Tech. Univ., Volzhsky, RU; 1Mendeleev Univ. terioration of the HZSM-5 zeolite. *R. Vivanco, A. G. Gayubo, Chem. Technol. Russia, Moskva, RU; 2JSC Volzhsky Orgsyn- A. T. Aguayo, A. Atutxa, J. Bilbao (Univ. Paı´s Vasco, Bil- these, RU) [1065] bao, ES) [880] P1.40 Kinetic model development of morpholine synthe- P1.24 Ag/SiO2 and Cu/SiO2 cogelled xerogel catalysts for ben- sis. *V. M. Shapovalov, O. A. Tishin, V. N. Harritonov, zene combustion and 2-butanol deshydrogenation. *S. Lam- M. K. Starovoitov1, A. F. Katcheguine1, T. V. Rudakova1, bert, N. Tcherkassova, C. Cellier1, F. Ferauche, B. Hein- E. K. Beloussov1, Yu. D. Batrin1 (Volgograd State Tech. Univ., richs, P. Grange1, J.-P. Pirard (Univ. Liege, BE; 1Cathol Univ., Volzhsky, RU; 1JSC Volzhsky Orgsynthese, RU) [1062] Louvain-La-Neuve, BE) [91] P1.41 Three way catalytic activity of a high surface low load- P1.25 Kinetics and modeling of asymmetric hydrogenation over ing Pt/Ce0.68Zr0.32O2 washcoated monolith. J. R. Gonza´lez- modified heterogeneous catalysts: Coverage dependent adsorp- Velasco, M. P. Gonza´lez-Marcos, *A. Betolaza, J. L. Marc, tion modes of substrate and catalyst modifier. *E. Toukonitty, M. A. Gutie´rrez-Ortiz (Univ. Paı´s Vasco, Bilbao, ES) [975] B. Sˇ evcˇı´kova´,P.Ma¨ki-Arvela, J. Wa¨rna,T.Salmi,D.Yu.Murzin (Abo Akademi Univ., FI) [758] P1.42 Surface properties of acid activated and Fe-, Al- pil- lared clays. *S. Balci, A. Dageri, S. Poyraz (Gazi Univ., P1.26 Mathematical modeling of a Pd-membrane methanol reac- Ankara-Maltepe, TR) [972] tor. *M. R. Rahimpour, S. Gader (Shiraz Univ., IR) [498]
42 P1.43 Catalytic activity of ceria-silver-cobalt composite oxide cat- roquin, G. Betancourt, E. Mariaca-Dominguez, W. Smith alyst for the selective carbon monoxide oxidation. F. Balikci, (Inst. Mex. Pet., Mexico, MX) [608] *C. Gu¨ldu¨r (Gazi Univ., Ankara-Maltepe, TR) [956] P1.58 Fine-dispersed aluminium oxide production process devel- P1.44 Nitric oxide reduction with carbon monoxide over opment and simulation. E. E. Grenberg, Yu. I. Levin, I. E. Strel- cobalt-palladium catalysts. *E. David, V. Stanciu, A. Armeanu, nikova, V. V. Saradgev, D. A. Bobrov1, O. P. Shumakova1, C. Sandru (Nat. Res. Inst. Cryog. Isotop. Technol., RO) [923] *O. V. Istomina1 (FSUE IREA, Moskva, RU; 1Mendeleev Univ. Chem. Technol. Russia, Moscow, RU) [217] P1.45 Energetic chemical process of synthesis-gas production from natural gas. *V. N. Pisarenko, D. B. Belyi (Mendeleev P1.59 Hot wall tubular CVD reactor: design and kinetics of film Univ. Chem. Technol. Russia, Moskva, RU) [904] growth. K. T. Raic (Fac. Technol. Metall., Beograd, YU) [219]
P1.46 Determinations of the activation energy of oxidative and P1.60 An investigation on the effect of kinetics in modeling of dual non-oxidative thermal degradations of the total lipids extracted fuel (natural gas/diesel) catalytic converter. *N. Sallamie, M. Estiri from fatty and intramuscular tissue fallow deer (Cervus Dama (Iran Univ. Sci. Technol., Tehran, IR) [125] dama L). *L. Milovanovic, I. Popovic1,D.Skala1, D. Antonovic1, S. Saicˇic2,M.Ranic3 (Inst. Nucl. Sci. Vincˇa, Beograd, YU; P1.61 Kinetics of cinnamaldehyde liquid-phase hydrogenation 1Fac. Technol. Metall., Beograd, YU; 2Inst. Meat Hyg. Technol., over supported bimetallic Ru-Sn sol-gel catalysts. *J. Ha´jek, Beograd, YU; 3Inst. Med. Res., Beograd, YU) [902] D. Yu. Murzin, N. Kumar, T. Salmi (Abo Akademi Univ., FI) [120]
P1.47 Effect of high temperature treatment of support on P1.62 Kinetic study of carbonyl sulphide with aqueous solutions the cobalt catalyst activity in 2,3-dihydrofuran synthesis. of diethanolamine and methydiethanolamine. Experiments and V. Stonkus, K. Edolfa, L. Leite, *A. Ruplis1, L. Plyasova2, modeling. F. Amararene, *C. Bouallou (Ec. Nat. Sup. Mines, A. Khassin2 (Latv. Inst. Org. Synt., Riga, LV; 1Riga Tech. Univ., LV; Paris, FR) [27] 2Boreskov Inst. Catal., Novosibirsk, RU) [844] P1.63 Shape-selectivity in naphthalene isopropylation. *R. Brzo- P1.48 Comparison of hydrodynamic characteristis between bath zowski, W. Skupinski ´ (Inst. Ind. Chem., Warszawa, PL) [372] and continuous torus reactor. F. At ma ni , *A. Bensmaili (USTHB, Algiers, DZ) [832] P1.64 Proposition of technology for reduction of sulfur and nitrogen oxides emissions from thermal power plants. *N. D. P1.49 Analysis of the emergency cooling regime reliability for Crnomarkovic, B. S. Repic, R. V. Mladenovic, M. P. Jovanovic, batch reactors with exothermic reaction. *S. Sˇ patenka, J. Hora´k O. M. Neskovic, M. V. Veljkovic, V. M. Manovic1 (Inst. Nucl. Sci. (Inst. Chem. Technol., Praha, CZ) [820] Vincˇa, Beograd, YU; 1Fac. Min. Geol., Beograd, YU) [369]
P1.50 Method of using by-products of processes of disproportion- P1.65 Tubular reactor simulations of supercritical water oxida- ation of trichlorosilane and trietoxysilane as a source for aerogel tion: effect of adding lateral air feed streams both on conversion preparation. L. Gordeev, M. Glebov, *I. Bogomolov (Mendeleev and temperature profiles. *M. J. Cocero, J. Are´valo (Univ. Val- Univ. Chem. Technol. Russia, Moskva, RU) [811] ladolid, ES) [339]
P1.51 An algorithm to estimate the effectiveness factor in catalytic P1.66 Effect of surface chemical properties of activated carbon on pellets. S. D. Keegan, S. P. Bressa, N. J. Mariani1, *G. D. Mazza the ozone decomposition reaction in aqueous phase. *H. Valde´s (Univ. Nac. La Plata, AR; 1Univ. Buenos Aires, AR) [801] Morales, C. A. Zaror (Univ. Concepcio´n, CL) [317]
P1.52 Solar energy conversion on CdSe electrode with nanostruc- P1.67 Modelling of mass transfer with complex reaction in tured surface. *G. Ya. Kolbasov, T. S. Lukiyanuk (Inst. Gen. In- gas-liquid systems. D.-J. Vinel, *C. Bouallou (Ec. Nat. Sup. Mines, org. Chem., Kyiv, UA) [714] Paris, FR) [225]
P1.53 Products of non-total thermocatalytic and high-temperature P1.68 Study of carbon catalysts in liquid - phase oxidation of wa- oxidation of chloroorganic derivatives of propane. *Z. Gorzka, ter contaminants by oxygen. *M. V. Batygina, N. M. Dobrynkin, A. Zarczynski, M. Kazmierczak, M. Misiak (Tech. Univ. A. S. Noskov (Boreskov Inst. Catal., Novosibirsk, RU) [238] Lodz, PL) [709] P1.69 Factors affecting production of some sulfa drugs. I. I. Imam P1.54 Oxidation of tetrachloromethane with application of a Ismail (Nat. Res. Cent., Cairo, EG) [53] platinum catalyst. *A. Zarczynski, T. Paryjczak, Z. Gorzka, M. Kazmierczak, E. Szulc (Tech. Univ. Lodz, PL) [704] P1.71 Plasma conversion of silicium tetrafluoride. *A. Ivanov, V. Seredenko, V. Shatalov, A. Volosnev (Russ. Res. Inst. Chem. P1.55 Kinetic parameters of the alcoholic fermentation carried Technol., Moskva, RU) [84] out by the use of a mixture of Saccharomyces cerevisiae and Kluyveromyces fragilis. G. Inei-Shizukawa, *H. Velasco-Bedra´n, P1.72 Influence of polyelectrolytes on crystallization of zeo- O. Sa´nchez-Collazo, M. Dı´az-Olvera (Esc. Nac. Cienc. Biol., Car- lite Y. *H. J. Koroglu, H. Yuzer, A. N. Bulutcu1 (TUBITAK, pio, MX) [700] Gebze-Kocaeli, TR; 1Istanbul Tech. Univ., TR) [86]
P1.56 Influence of thiazole on concentrations of dioxins P1.73 Application of tracers for optimisation of petrochemical in oxidation of 1,2-dichloropropane on copper-zinc cata- waste water treatment processes and apparatus. *A. Owczarczyk, lyst. *M. Kazmierczak, T. Paryjczak, M. Misiak, E. Lezak J. Palige, A. G. Chmielewski (Inst. Nucl. Chem. Technol., (Tech. Univ. Lodz, PL) [697] Warszawa, PL) [89]
P1.57 Upgrading of middle distillate of Maya heavy crude oil with different Ni-Mo hydrotreating catalysts. *A. Pe´rez, G. Mar-
43 P1.74 The influence of catalyst composition on polyalphaolefins P1.90 Assessment of Pt, Co-Mo and Ni-Mo catalysts supported hydrogenation efficiency. *O. N. Tsvetkov, V. M. Shkolnikov over alumina for aromatic hydrogenation. *J. Trujillo de Herrera, (All-Russ. Res. Inst. Oil Ref., Moskva, RU) [96] M. Gil, A. Gonza´lez, S. Marzuka (Univ. Cent. Venezuela, Cara- cas, VE) [404] P1.75 Kinetic modelling of the hydrothermal reaction of fly ash with calcium hydroxide and CaSO4 in the preparation of desul- P1.91 Catalytic activity of Pt catalysts supported on activated car- furant sorbents. *M. J. Renedo, J. Ferna´ndez (Univ. Cantabria, bon felts. *J. Vilella, S. R. De Miguel, C. Salinas-Martinez de Santander, ES) [98] Lecea1, A. Linares-Solano1,O.A.Scelza(Univ. Nat. Litoral, San- tiago del Estero, AR; 1Univ. Alicante, ES) [408] P1.76 Effect of temperature on ultrasonic decomposition of or- ganic compound. *F. Yamashita, Y. Kiba, N. Aihara (Kanagawa P1.92 Heterophase polymerization processes in presence of Inst. Technol., JP) [139] polyvinyl pyrrolidone. V. Levytskyi, *O. Suberlyak, T. Humenet- skyi (Lviv Polytech., UA) [478] P1.77 New catalytic systems: catalytic decomposition of per- oxocomplexes in akaline solutions. *E. G. Ippolitov, M. A. P1.93 Mathematical simulation and optimization of a wide class Shlyakhova1, U. M. Boldurev1, T. A. Tripol’skaya (Inst. Gen. In- of bacteria growth in biochemical reactors. *A. S. Skichko, org. Chem., Moskva, RU; 1State Pedag. Univ., Moskva, RU) [150] E. V. Shmakova, S. E. Muhtarova, N. S. Panikov, E. M. Koltsova (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [501] P1.78 Treatment of the waste polyolefines. P. Grzybowski (War- saw Univ. Technol., PL) [166] P1.94 Optimal temperature policy for batch reactor in the pres- ence of catalyst deactivation. *I. Grubecki, M. Wojcik (Univ. Tech- P1.79 Complex PVP-Me(n+) - active catalyst of vinyl monomers nol. Agric., Bydgoszcz, PL) [541] polymerization. V. Skorokhoda, *O. Suberlyak, O. Grytsenko (Nat. Univ. Lviv Polytechnic, UA) [169] P1.95 Steady state optimization of the cyclohexanol production through phenol hydrogenation. *M. M. Santos, R. Maciel Filho P1.80 Characterization of catalysts for the conversion of CO, CO2 (UNICAMP, Campinas, BR) [576] and H2 to dimethyl ether by FTIR spectroscopy, X-ray diffraction and X-ray fluorescence. *J. Erenˇa,J.M.Arandes,R.Garonˇa, P1.96 Kinetic studying in a torus reactor: application to the A. T. Aguayo, J. Bilbao (Univ. Paı´s Vasco, Bilbao, ES) [177] saponification. *R. Rihani, A. Bensmaili1 (EMP, Algiers, DZ; 1USTHB, Algiers, DZ) [640] P1.81 Physical properties of bifunctional catalysts for synthesis of dimethyl ether from syngas and CO2. *J. Erenˇa, J. M. Aran- P1.97 Modeling of plug-flow reactor with exothermic reaction. des, R. Garonˇ a, A. G. Gayubo, J. Bilbao (Univ. Paı´s Vasco, Bil- E. Gordeeva (State Univ. Eng. Ecol., Moskva, RU) [645] bao, ES) [193] P1.98 Inertia effect of mixing feed stream with recycle stream P1.82 Control of enzymatic protein hydrolysis by measurements in the tubular reactor with mass-feedback. M. Berezowski, of the freezing point depression. A. Guadix, *E. M. Guadix, M. Kowalczyk, A. Wegrzynska1, *M. Kurpas1 (Univ. Technol., M. P. Pa´ez, F. Camacho (Univ. Granada, ES) [252] Krakow, PL; 1Silesian Univ. Technol., Gliwice, PL) [696]
P1.83 Catalytical removal of nitrates from waste water. M. Bereza, P1.99 Influence of ceria on Pt catalysts for hydrocarbons *E. Sulman, V. Matveeva (Tver Tech. Univ., RU) [268] oxidation. H. Pe´rez-Pastenes, *T. Viveros-Garcı´a (Univ. Au- tonom. Metrop., Iztapalapa, MX) [755] P1.84 Liquid-phase catalytic reduction of 2,4- dimethylacetophenone. *I. P. Shkilyova, Yu. N. Venkova, P1.100 Partial oxidation of light alkanes over silica supported L. P. Misko (Tver Tech. Univ., RU) [281] monometallic and bimetallic oxide systems. M. C. Herrera Del- gado, *M. A. Larrubia, L. J. Alemany, M. Panizza1, C. Resini1, P1.85 Economical efficiency analysis of combined technology G. Busca1 (Univ. Ma´laga, ES; 1Univ. Genova, IT) [773] in dimethyl ether manufacture from methanol. V. N. Pisarenko, *M. B. Glebov, E. A. Moshnyakov, L. S. Glebov (Mendeleev P1.101 Partial propane photoinduced oxidation with bimetallic Univ. Chem. Technol. Russia, Moskva, RU) [315] TiO2 supported catalysts. *M. C. Herrera Delgado, A. Garcı´a- Crespillo, M. A. Larrubia, J. M. Blasco, L. J. Alemany P1.86 Effect of additives on the curing of an unsaturated polyester (Univ. Ma´laga, ES) [774] resin. *S. Tomanova´, R. Pavlica, A. Blaha (Tomas Bata Univ., Zlı´n, CZ) [316] P1.102 Stress in membrane bioreactor: theoretical investi- gations and experimental results. N. Menshutina, *E. Gu- P1.87 Low-temperature dehydrogenation of isobutane with mem- seva, R. Kuzmichev, T. Nizhegorodova, M. Fick1,J. brane reactor. M. Ohta, Y. Ikeda, *A. Igarashi (Kogakuin Univ., Boudrant1 (Mendeleev Univ. Chem. Technol.Russia, Moskva, RU; Tokyo, JP) [323] 1INPL-ENSAIA, Vandoeuvre-les-Nancy, FR) [788]
P1.88 The combustion process of coal chars and its influence P1.103 An analytic solution to the transient diffusion-reaction on development of porous structure. B. Remiarova´, *J. Markosˇ, problem with particle diameter distribution in a slurry reactor. R. Zˇ ajdlı´k, L. Jelemensky´, K. Bumbalova´ (Slovak Univ. Technol., E. Morales-Za´rate, *R. Lobo-Oehmichen, J. A. Ochoa-Tapia Bratislava, SK) [377] (Univ. Autonom. Metrop., Iztapalapa, MX) [802]
P1.89 Thermal deactivation of a beta-galactosidase from K. P1.104 Approximate isothermal global effectiveness factor. fragilis. M. Ladero, R. Ferrero, A. Santos, *F. G a rc´a-Ochoa ı J. O. M. De la Rosa, T. V. Viveros Garcı´a1, *J. A. Ochoa- (Univ. Complutense, Madrid, ES) [379] Tapia1 (Inst. Mex. Petrol., Mexico City, MX; 1Univ. Au- tonom. Metrop., Iztapalapa, MX) [803]
44 P1.105 The insertion of EtNCO into W-Cl bond - the direct V. Havra´nek2, J. Leitner3 (Inst. Chem. Proc. Fundam., Praha, CZ; method of its condensation. *N. A. Ovchinnikova, A. E. Sinyakov, 1Inst. Rock Struct. Mech., Praha, CZ; 2Nucl. Phys. Inst., Rˇ ezˇu Yu. N. Mikhailov, Yu. E. Gorbunova, A. S. Kanishcheva, Prahy, CZ; 3Inst. Chem. Technol., Praha, CZ) [1155] S. G. Sakharov (Inst. Gen. Inorg. Chem., Moskva, RU) [884] P1.122 The study of the apatite porosity changes during nitric acid P1.106 Limitation of catalyst deactivation during selective oxida- dissolution. *I. Sedla´rˇova´, J.Vı´densky´, P. Pla´t(Inst. Chem. Tech- tion of hydrocarbons by use of structured catalyst carrier. *W. Kra- nol., Praha, CZ) [1167] jewski, A. Dubis, A. Kolodziej, Z. Najzarek1 (Inst. Chem. Eng., Gliwice, PL; 1Tech. Univ. Opole, PL) [917] P1.123 E2-integral for the determination of kinetic parameters from thermogravimetry. Hsi-Jen Chen (Tamkang Univ., Tam- P1.108 Synthesis, characterization and activity of Pd mixed ox- sui, TW) [1150] ides Al-Mg catalysts. C. Caldero´ n, M. Rebollar, M. A. Valen- zuela, *J. Salmones1 (Nat. Polytech. Inst., Me´xico DF, MX; P1.124 Periodic feed modulation of wet oxidation in trickle-bed re- 1Inst. Mex. Petrol., Me´xico DF, MX) [973] actor. *V. Ch. Chyba, V. Tukacˇ, J. Hanika (Inst. Chem. Technol., Praha, CZ) [1191] P1.109 Investigation of redox system Eu3+/Eu2+ electroreduc- tion on carbon glass electrode. A. G. Baynoserova, G. S. Mi- P1.125 Application of slurry impregnation for preparation nazheva, S. T. Shalgymbaev, *M. K. Nauryzbaev (Al-Farabi of MoO3/Al2O3 catalysts with sharp eggshell Mo distribu- Kaz. Nat. Univ., KZ) [960] tion. L. Kaluzˇa, *M. Zdrazˇil (Inst. Chem. Proc. Fundam., Praha, CZ) [1192] P1.110 Electrochemical and optical studies of anodized Nb sur- faces as high performance material. *I. Arsova, A. Buzarovska, P1.126 Hydrocarbon feedstock tests by laboratory pyrolysis. *Z. A. Prusi, L. Arsov (Univ. Kiril Metodij, Skopje, MK) [991] Beˇlohlav, D. Pavlı´k, T. Herink1, P. Svoboda1 (Inst. Chem. Tech- nol., Praha, CZ; 1Chemopetrol a. s., Litvı´nov, CZ) [1214] P1.111 The application of shrinking core model in describing of magnesite reaction with sulfuric acid. *P. J irku˚, J. Vı´densky´, P1.127 Using the gas chromatograph pyrolyser as a micro-pulse V. Glaser (Inst. Chem. Technol., Praha, CZ) [996] reactor for study of kinetics and selectivity of heterogeneouslycatal- ysed reactions. *P. Za´mostny´, Z. Beˇlohlav (Inst. Chem. Technol., P1.112 The effects acting by zinc oxide reaction with sul- Praha, CZ) [1215] fane. *M. Moravec, J. Vı´densky´, V. Glaser, P. Cˇ erma´k (Inst. Chem. Technol., Praha, CZ) [998] P1.128 Determination of kinetic parameters of dicyclopentadi- ene hydrogenation. *D. Ska´la, J. Hanika (Inst. Chem. Technol., P1.113 Applicability of the photo-fenton system using solar Praha, CZ) [966] energy. I. B. S. Will, *J. E. F. De Moraes, R. Guardani, C. A. O. Nascimento (Univ. Sao Paulo, BR) [1003] P1.129 1H NMR imaging as a method to investigate of the cat- alytic reactions. *A. A. Lysova, I. V. Koptyug1, A. V. Kulikov2, P1.114 Catalytic oxidation of 1,1,2,2-tetrachloroethane. O. V. A. Kirillov2, R. Z. Sagdeev1,V.N.Parmon2 (Novosibirsk A. Konorev, *K. L. Zanaveskin (Sci. Res. Inst. Syntez, State Univ., RU; 1Int. Tomogr. Cent., Novosibirsk, RU; 2Boreskov Moskva, RU) [1008] Inst. Catal., Novosibirsk, RU) [1282]
P1.115 Increasing the acetification rates in a pilot-plant acetifier P1.130 Gas desulfurization and sulfur recovery using redoxy- by cellular adaptation effect. *I. De Ory, L. E. Romero, D. Cantero regenerative catalysts. *D. C. Popescu, E. Angelescu1,I.Viorel (Univ. Ca´diz, ES) [1019] (PETROM, Ploiesti, RO; 1Univ. Politehnica, Bucuresti, RO) [1277]
P1.116 Synthesis and optimization of ethylene amines process. P1.131 Experimental investigations of esterification with and *F. Golmohammad, D. Sadeghi Fateh, S. Shokrollahzadeh without homogeneous catalytic support. *C. Rohde, R. Marr, (IROST, Tehran, IR) [1036] M. Siebenhofer (Tech. Univ. Graz, AT) [1297]
P1.117 Remediation of aminosilicone-containing wastewaters by P1.132 Effect of heavy metals on phenol biodegradation and advanced oxidation processes: comparison of artificial and so- nitrification. B. Ferna´ndez, L. Amor, C. Kennes, *M. C. Veiga lar irradiation in the photo-fenton reaction. A. C. S. C Teixeira, (Univ. Corunˇa, ES) [1424] R. Guardani, *C. A. O. Nascimento (Univ. Sao Paulo, BR) [1044] P1.133 Desorption of Ag (I) on chitosan beads. R. Zarzy- P1.118 Extended mechanism of the bromate-sulfite-ferrocyanide cki, *M. Dorabialska, W. Sujka, Z. Modrzejewska (Tech. Univ. reaction and comparison with experiments. J. Zagora, M. Lodz, PL) [1333] Voslarˇ, L. Schreiberova´, *I. Schreiber (Inst. Chem. Technol., Praha, CZ) [1092] P1.134 Effect of Ir loading and sulfur compounds on hydrodenitro- genation activity of the Ir-Mo/alumina sulfide catalyst. *J. Cinibulk, P1.119 Propylene aromatisation on zeolites based cata- Z. Vı´t (Inst. Chem. Proc. Fundam., Praha, CZ) [1323] lysts. *B. Hamada, K. Adjamov1 (Univ. Boumerdes, DZ; 1Acad. Pet. Chem., Baku, AZ) [1112] P1.135 Mixing process of catalysts into nitrogen gas jet. *R. Ogiso, A. Mizusaki1,H.Monji1, G. Matsui1 (Chioda Corp., P1.120 Electrooxidation of crude oil emulsion on smooth platinic Yokohama, JP; 1Univ. Tsukuba, JP) [1329] electrode. *A. Gawdzik, S. Gajda, P. Wlodarczyk, A. Sofronkow (Univ. Opole, PL) [1145] P1.136 Forced composition cycling of a catalytic fixed bed reactor for steam methane reforming: modeling and experimental aspects. P1.121 An equilibrium analysis of behavior of trace elements dur- *R. M. M. Jorge, L. M. M. Jorge1, R. Giudici2 (UFP, Curitiba, BR; ing fluidized bed combustion of lignite. J. Smolı´k, J. Schwarz, 1Univ. Est. Marinaga´, BR; 2EPUSP, Sao Paulo, BR) [1331] *L. Dzˇumbova´, J. Kugler, V. Vesely´, I. Sy´korova1,J.Kucˇera2,
45 P1.137 Mathematical modeling of the catalytic decoking pro- P1.153 Acetylcholine esterase - dynamic behavior with flow cess by periodic air pulses. *R. M. M. Jorge, L. M. M. Jorge1, calorimetry. *F. Ma l´k, ı V. Sˇ tefuca (Slovak Univ. Technol., R. Giudici2 (UFP,Curitiba, BR; 1Univ. Est. Marinaga´,BR;2EPUSP, Bratislava, SK) [1437] Sao Paulo, BR) [1332] P1.154 Study of the effect of sucrose concentrationand cultivation P1.139 Application of radioisotopic-35S active site monitoring for time on the fructosyltransferase production by Aureobasidium pul- preselection of sulfide CoMo catalysts for HDS of crudes of various lulans. *M. Antosˇova´, M. Polakovicˇ, M. Slovinska´, A. Madlova´, types. V. M. Kogan (Zelinsky Inst. Org. Chem., Moskva, RU) [1358] V. Illeova´, V.Ba´lesˇ (Slovak Univ. Technol., Bratislava, SK) [1438]
P1.140 Biodegradation process in an inverse fluidized bed flow P1.155 The comparison study of metal-oxide and carbon reactor. *B. Kawalec-Pietrenko, J. Szczepaniak (Tech. Univ. catalysts in the catalytic wet peroxide oxidation of phenol. Gdansk, PL) [1362] *O. P. Pestunova, O. L. Ogorodnikova, V. N. Parmon (Boreskov Inst. Catal., Novosibirsk, RU) [1439] P1.141 Experimental study of penicillin G hydrolysis in an enzy- matic electromembrane mini-reactor with immobilised penicillin G P1.156 Growth and non-growth production of gluconic acid acylase. A. Zadrazˇil, R. Chmelı´kova´,*P. Hasal (Inst. Chem. Tech- from glucose by Aspergillus niger. *H. Znad, V. Ba´lesˇ (Slovak nol., Praha, CZ) [1368] Univ. Technol., Bratislava, SK) [1440]
P1.142 Transport parameters of ion-exchange and hydrogel P1.157 Sulfur poisoning of palladium catalysts used for methane membranes. A. Androva´, R. Kukula, *P. Hasal (Inst. Chem. Tech- oxidation: effect of support. L. S. Escando´n, *S. Ordonez, nol., Praha, CZ) [1377] F. V. Dı´ez (Univ. Oviedo, ES) [1446]
P1.143 Vapor-phase nitration of aromatic hydrocarbons over het- P1.158 Importance of the wall effects in reverse flow re- erogeneouscatalysts. *S. S. Demygin, A. A. Greish, L. M. Kustov actors for catalytic combustion of methane lean mixtures. (Inst. Org. Chem., Moskva, RU) [1378] M. A. G. Hevia, *S. Ordonez, F. V. Dı´ez, D. Fissore1, A. A. Baresi1 (Univ. Oviedo, ES; 1Politecnico, Torino, IT) [1447] P1.144 Performance of anaerobic baffled reactor (ABR) treating synthetic wastewater influenced by decreasing COD/SO4 ratios. P1.159 Gas-liquid mass transfer enhancement in multi-phase *M. Vossoughi, M. Shakeri, I. Alemzedeh (Sharif Univ. Technol., reactors using microphases. *H. J. Heeres, M. V. Dagaonkar, Tehran, IR) [1380] A. A. C. M. Beenackers (Rijks Univ. Groningen, NL) [1448]
P1.145 Efficient oxidation of phenolic compounds by iron and P1.160 Kinetics of thermal inactivation of a low-purity urease. manganese porphyrine/MCM41 catalysts. *K. Nazari, R. Khoda- V. Illeova´, *M. Polakovicˇ, V. Sˇ tefuca, P. Acˇai, J. Muhammad farin, S. Shokrolahzadeh1, A. Mahmoudi1 (Islamic Azad (Slovak Univ. Technol., Bratislava, SK) [1456] Univ., Shahr Rey Branch, Tehran, IR; 1Islamic Azad Univ., Tehran, IR) [1383] P1.161 Kinetics of esterification of phthalic anhydride with se- lected aliphatic alcohols. *M. Grzesik, J. Skrzypek, M. La- P1.146 A novel reactor concept for steam reforming with inte- chowska (Inst. Chem. Eng., Gliwice, PL) [1459] grated feed evaporation and water-gas-shift reaction. *A. Morillo, G. Eigenberger, I. Hermann1, D. Lemken1 (Univ. Stuttgart, DE; P1.162 Multiply solutions in autocatalysis with external energy 1Adam Opel AG, Mainz-Kastel, DE) [1392] transfer. *M. Grzesik, P. Ptaszek1, J. Skrzypek (Inst. Chem. Eng., Gliwice, PL; 1Acad. Agric., Krako´w, PL) [1462] P1.147 Effect of liquid phase viscosity and type of gas distrib- utor on gas phase mixing in bubble column reactor. M. Fialova´ P1.163 Optimum temperature profile for a complex reaction sys- (Inst. Chem. Proc. Fundam., Praha, CZ) [1397] tem accompanied by external diffusion. *M. Grzesik, J. Skrzypek, A. Ptaszek1 (Inst. Chem. Eng., Gliwice, PL; 1Acad. Agric., P1.148 Reaction kinetic investigation using reaction calorimetry Krako´w, PL) [1464] combined with gas evolution measurement. *M. Godala, L. Now- icki (Tech. Univ. Lodz, PL) [1402] P1.164 Optimum temperature profile for a complex reaction sys- tem accompanied by internal diffusion. *M. Grzesik, J. Skrzypek, P1.149 Optimization of reaction conditions on catalytic removal of A. Ptaszek1 (Inst. Chem. Eng., Gliwice, PL; 1Acad. Agric., ortho-methoxy phenol from aqueous solutions using horsersdish Krako´w, PL) [1465] peroxidase(HRP C). *R. Khodafarin, K. Nazari, A. Mahmoudi (Islamic Azad Univ., Tehran, IR) [1411] P1.165 Synthesis of 2,4,6-trisubstituteds-triasine containing frag- ments of sterically hindered and their potential application as addi- P1.150 Plasmachemical synthesis of tungsten carbide for catal- tives anti-oxidisers of lubricants. *F. Yahia Laaouad, S. Mokrani ysis. *V. Brozˇek,V.Dufek,M.Elia´sˇ1,J.Zˇ´laı 1, J. Jancˇa1 (Inst. (Univ. Boumerdes, DZ) [1468] Chem. Technol., Praha, CZ; 1Masaryk Univ., Brno, CZ) [1426] P1.166 Kinetics of methane catalytic combustion on Mn P1.151 Polynomial interpolation of the solutions of diffusion- substituted barium hexa-aluminates catalysts. *V. Pitchon, kinetic equations. I. A. Denisov, A. D. Polyanin, P. V. Sysoev, D. Yu. Murzin1 (LERCSI, Strasbourg, FR; 1Abo Akad. Univ., *A. V. Vyazmin (Inst. Probl. Mech., Moskva, RU) [1434] Turku, FI) [1489]
P1.152 Methanol steam reforming for pure hydrogen production P1.167 Kinetics and equilibrium of copper sorption from using a membrane reactor. *A. Basile, F. Gallucci, L. Paturzo sludges on chelating ampholyte. V. N. Rychkov, *M. L. Cherny, (Res. Inst. Membrane Technol., Rende, IT) [1436] E. V. Kirillov, S. V. Kirillov (Urals State Tech. Univ., Ekaterin- burg, RU) [1488]
46 P1.168 Method of using by-products of processes of dispropor- P1.183 Niobium pentoxide reduction-carburization with tionation of trietoxysilane as a source for aerogel preparation. hydrogen-methane at low temperature in a rotary cylinder reactor: L. S. Gordeev, M. B. Glebov, *I. B. Bogomolov (Mendeleev synthesis, caracterization and kinetics. F. A. Oliveira Fontes, Univ. Chem. Technol. Russ., Moskva, RU) [1490] J. F. De Souza, *C. P. Souza, M. Benachour1,K.K.P.Gomes (UFRN, Lagoa Nova, BR; 1UFPE, Recife, BR) [768] P1.169 Effect of gas distributor and column geometry on bubbling regimes and gas holdup in bubble column re- actors. *M. Fialova´, J. Zahradnı´k, M. Ruzicka, J. Dra- hosˇ, J. Rˇ eznı´cˇkova´1 (Inst. Chem. Proc. Fundam., Praha, CZ; P3 Posters — Tuesday 1 Inst. Chem. Technol., Praha, CZ) [1503] Separation processes P1.170 A computer control pilot plant system for suding of py- rolysis reactions and coke deposition in thermal cracking process Absorption and distillation - experimental results. *A. Niaei, M. E. Masoumi, J. Towfighi, M. Sadrameli, M. Shahrokhi (Tarbiat Modarres Univ., IR) [1510] P3.1 Sensitivity study and energy consumption optimization of isopropylbenzene distillation. *V. Malinovskiy, T. N. Gartman P1.171 Influence of acid-base properties of modified alumina (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [566] on VOC combustion activity of Pt/Al2O3 catalyst. *K. Jira´tova´, T. Ioannides1,P.Cˇ uba, G. Avgouropoulos1,J.Kocia´nova´ P3.2 Experimental and simulated separation curves for recov- (Inst. Chem. Proc. Fundam., Praha, CZ; 1Inst. Chem. Eng., Pa- ering carotenoids from vegetal oil through molecular distillation tras, GR) [1519] process. *C. B. Batistella, M. R. Wolf Maciel, R. Maciel Filho (UNICAMP, Campinas, BR) [847] P1.172 Modeling and simulation of the pyrolysis reactions and coke deposition in industrial ethane crackers. J. Towfighi, P3.3 Simulation and optimization of a CO2 absorption plant *A. Niaei, R. Karimzadeh, G. Saedi, S. Hosseini (Tarbiat Modar- with amines. *H. Elman, L. Hernandez, S. Sandoval, W. Lo´pez res Univ., Tehran, IR) [1524] (Univ. Cent. Venezuela, Caracas, VE) [570]
P1.173 Possible applications for vacuum pyrolysis in the process- P3.5 Effect of draft tube with a perforated plate on gas holdup ing of waste materials. W. A. De Jongh, *J. H. Knoetze (Univ. Stel- and mass transfer in a bubble column. *F. Yamashita, Y. Kiba, lenbosch, Matieland, ZA) [1525] Y. Kit a ha ra (Kanagawa Inst. Technol., JP) [137]
P1.174 The non-oxidative methane aromatization on Mo-modified P3.6 Measurement of gas holdup by ultrasonic displacement sen- zeolite catalysts. *Sˇ .Sˇ patenka, J. Kacˇur, V. Fı´la, J. Fulem, sor. *F. Yamashita, Y. Kiba, M. Kimura (Kanagawa Inst. Tech- B. Bernauer (Inst. Chem. Technol., Praha, CZ) [1526] nol., JP) [147]
P1.175 Oxygen uptake rate (OUR) in animal cell culture. *S. Van- P3.7 Profiles of gas holdup and passage frequency of bubbles laethem, V. Halloin, E. DeBuyle1 (Univ. Libre, Bruxelles, BE; in bubble columns. *F. Yamashita, Y. Kiba, T. Usui, K. Tanabe, 1GlaxoSmithKline, Rixensart, BE) [873] Y. Ono (Kanagawa Inst. Technol., JP) [153]
P1.176 The behavior of the millisecond downflow fluidized bed P3.8 Performance characteristics of a multivessel batch distilla- reactor compared to the conventional fluidized catalytic cracker. tion column. *G. Fieg, T. Kapala (Cognis Deutschland, Du¨ssel- *Y. Jin, Y. Zheng, F. Wei (Tsinghua Univ., Beijing, CN) [1348] dorf, DE) [97]
P1.177 Application of reactive distillation in the oil refining and P3.9 Comparative minimum energy consumptions analysis of re- petrochemical industry. *M. M. Elgarni, J. Rashed (Pet. Res. Inst., active distillation processes with and without recycle. S. L. Nazan- Tripoli, LY) [1512] sky, A. V. Solokhin, *V. S. Timofeev (Lomonosov State Univ., Moskva, RU) [417] P1.178 Forecasting of changing the physical characteristics of polymeric materials under different ways of their modification. P3.10 Experimental study of solid - liquid mass transfer in column *Yu. A. Komissarov, Yu. V. Zelenev, V. I. Khromov (Mendeleev with structured packing. *G. Soare, G. Bozga, R. Dima, V. Plesu Univ. Chem. Technol. Russia, Moskva, RU) [21] (Univ. Politech., Bucuresti, RO) [458]
P1.179 New design of a reverse-flow reactor. J. Thullie, P3.11 Hybrid of melt crystallization with distillation and mem- *M. Bodzek (Silesian Univ. Technol., Gliwice, PL) [529] brane separation. *S. K. Myasnikov, A: D. Uteshinsky, B. A. Kasymbekov1, N. N. Kulov (Inst. Gen. Inorg. Chem., P1.180 Kinetic and reaction mechanism of the ferrihydrite to Moskva, RU; 1South Kaz. State Univ., Shimkent, KZ) [481] goethite transformationin alkaline medium. *A. Hamzaoui, A. Arbi, M. El Maaoui (Fac. Sci., Tunis, TN) [1501] P3.12 Chemisorption treatment of flue gases produced by mu- nicipal solid waste incineration. *Ya. Gumnitsky, Kh. Dereyko1, P1.181 Catalytic decomposition of nitrous oxide over cal- Yu. Yatchyshyn1 (Tech. Univ. Czestochowa, PL; 1Lviv Politech- cined hydrotalcite-like compounds. *L. Obalova´, F. Kovanda1, nic, UA) [829] K. Jira´tova´2,M.Chmielova´, K. Wichterle, V. Dornicˇa´k1 (Tech. Univ. Ostrava, CZ; 1Inst. Chem. Technol., Praha, CZ; 2Inst. Chem. P3.13 On the estimation of efficiency of mass concentration fluctu- Proc. Fundam., Praha, CZ) [1528] ations to mass transport enhancement in multicomponent turbulent media. *L. Broniarz-Press, V. Press, J. Szymanowski (Poznan P1.182 Kinetics of dissolution of calcined Tunisian phosphate ore Univ. Technol., PL) [192] particles using phosphoric acid and acetic acid. F. Be n Bra hi m (Fac. Sci., Gafsa, TN) [1530] P3.14 Steady-state behavior of an industrial azeotropic distillation column. R. R. Rocha, J. H. P. Brooman1, L. G. S. Vasconcelos,
47 *R. P. Brito (UFP, Campina Grande, BR; 1OOP Petroquı´m., Ala- gos, BR) [577] P3 Posters — Tuesday Separation processes P3.15 Continuous distillation in columns with two flows of feed. S. A. Reshetov (Karpov Inst. Phys. Chem., Moskva, RU) [899] Extraction P3.16 Ozone - water mass transfer coefficients. Analyti- cal methodologies for its determination. *A. Abad, S. C. Car- P3.32 Fluid dynamics study in a column packed with SMVP with dona, J. I. Torregrosa, J. Navarro-Laboulais (Tech. Univ. Va- mass transfer. A. Pe´rez, *H. Elman, H. A´ vila, A. Viveros Garcı´a lencia, ES) [231] (Univ. Cent. Venezuela, Caracas, VE) [469]
P3.17 Mathematical modelling of a rectification process from po- P3.33 Simulation of mass transfer in fractal media on a sample of sitions of the system approach. *G. N. Semenov, Yu. A. Komis- extraction (accounting interphase films formation) and membrane sarov, E. A. Semenova (Mendeleev Chem. Technol. Inst. Russ., separation. V. A. Vasilenko, *E. V. Shmakova, E. M. Koltsova Moskva, RU) [29] (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [572]
P3.18 The distillation column design from HETP using absorp- P3.34 Transient measurement for interfacial tension of n-alkanes- tion data. *E. Prokopova´, V. Linek, T. Moucha, J. F. Rejl water-surfactant systems by the emergent drop technique. (Inst. Chem. Technol., Praha, CZ) [605] S. Zeppieri, *A. Lo´pez de Ramos (Univ. Sı´mo´n Bolı´var, Cara- cas, VE) [887] P3.20 Enzymatic reactions within a solvent resistant membrane. *M. Becker, I. Lehmann, G. Malsch, T. Weigel, H.-G. Hicke P3.35 Comparison of experimental rising single drop mass trans- (GKSS-Forschungszentrum, Geesthacht, DE) [449] fer coefficient with mathematical models in liquid-liquid extrac- tion systems. *S. Shokrollahzadeh, H. Bahmanyar1 (IROST, 1 P3.21 Pilot plant studies on biofiltration of waste gases Tehran, IR; Tehran Univ., IR) [1032] from lacquer covered wire plant. A. Wieczorek (Tech. Univ. Szczecin, PL) [1030] P3.36 Determination of concentration-dependentdiffusivities dur- ing solvent extraction of rosemary oil by finite differences method. 1 P3.22 Effects of gas flow rate and inlet concentration on *S. Krim, C. Boutekedjiret ,F.Bentahar(USTHB, Algiers, DZ; 1 styrene biofiltration performance. *A. Wieczorek, B. Ambrozek Ec. Nat. Polytech., El-Harrach, DZ) [1208] (Tech. Univ. Szczecin, PL) [1028] P3.37 Solvent effects in extraction of alkohols and phenols. P3.24 Application of knowledge discovery to the selection of the *M. Jagiello, V. Prezhdo (J. Kochanowski Univ., Kielce, PL) [196] bioseparations. S. Belaev, *A. Kraslawski, L. Nystro¨m(Lappeen- ranta Univ. Technol., FI) [821] P3.38 Extraction of medical herbs. R. S. Beric, *J. Savkovic-Stevanovic1, B. M. Damnjanovic, P. R. Dam- 1 P3.25 A method of calculation of concentrations of microimpu- njanovic (Zorka Res. Cent., Sabac, YU; Fac. Technol. Metall., rities along the height of distillation column. *N. A. Vyazmina, Beograd, YU) [1107] G. I. Litvinenko1 (Topaz Distillery, Pushkino, RU; 1Karpov Inst. Phys. Chem., Moskva, RU) [1393] P3.39 Recycling of used mineral insulating oil by extraction with N-methyl-2-pyrrolidone.*J. Lukic, A. Orlovic, J. Jovanovic (Tesla P3.26 A case study in multicomponent distillation col- Elect. Eng. Inst., Beograd, YU) [558] umn targeting for energy savings. *M. Mascia, G. Tola (Univ. Cagliari, IT) [1420] P3.40 Solvent extraction study of active compounds from thyme (Thymus vulgaris). *M. Hadolin, Sˇ . Stangler Herodezˇ1, 1 1 P3.27 Some aspects on the dynamic and control of semi- M. Sˇ kerget ,Zˇ .Knez,D.Bauman(PINUS TKI, Racˇe, SI; 1 continuous, middle-vessel distillation columns. *R. Monroy- Univ. Maribor, SI) [882] Loperena, P. Flores (Inst. Mex. Petrol., Mexico, MX) [1423] P3.41 Natural wax refining by liquid/liquid extraction. A. Garcı´a, 1 1 P3.28 Dynamics of absorption in co-current packed col- *A. Heyberger ,J.Procha´zka , R. Canete, M. Vinals (ICIDCA, 1 umn under periodically variable conditions. H. Vychodilova´, La Habana, CU; Inst. Chem. Proc. Fundam., Praha, CZ) [226] *V. Staneˇk, T. Akramov, V. Jirˇicˇny´ (Inst. Chem. Proc. Fundam., Praha, CZ) [1458] P3.42 Aroma compounds recovery from aqueous solutions using liquid-liquid extraction. *M. H. Eikani, F. Golmohammad, A. Hoj- P3.29 Up-to-date methods of designing packing elements for jati (IROST, Tehran, IR) [964] mass-exchange units. *G. Diakonov, M. Farakhov, R. Takhavout- dinov, Kh. Yasaveev, M. Yasaveev (Kazan State Tech- P3.43 Extraction of uranium from non-complexing medium in chlo- nol. Univ., RU) [1498] roform using polymethylene bis-(acylpyrazolols) as extractants. M. Boufatit, *H. Hamid (USTHB, Alger, DZ) [115] P3.30 Comparative study of adsorptive bubble separation pro- cesses: foam separation and solvent sublation. *A. M. Toikka, O P3.44 Extraction of indium from sulfuric acid solutions by mixtures Lobacheva (St. Petersburg State Univ., RU) [1481] of di-(2-ethylhexyl) phosphoric and caprylic acids. Yu. Fleitlikh, G. L. Pashkov, E. S. Stoyanov1, I. V. Makarov2, A. I. Kholkin3, P3.31 Modified Handlos Baron dropside mass transfer model. *D. *N. A. Grigoreva, L. K. Nikiforova, N. I. Pavlenko, G. V. Bastani, M. Abbaszadeh (Sharif Univ. Technol., Tehran,IR) [1285] Kolesnichenko (Inst. Chem. Chem. Technol., Krasnoyarsk, RU; 1Boreskov Inst. Catal., Novosibirsk, RU; 2Inst. Gidrotsvetmet, Novosibirsk, RU; 3Inst. Gen. Inorg. Chem., Moskva, RU) [117]
48 P3.45 Distribution of Fe (III), Cu (II), Ni (II) and Co (II) P3.59 Effect of ionic sizes on critical coagulation concentration: from chloride and sulphate solutions with binary extractants. particles covered by a charge-regulated membrane. *J. P. Hsu, A. A. Voshkin, *V. V. Belova, A. I. Kholkin (Inst. Gen. In- S. W. Huang (Nat. Taiwan Univ., Taipei, TW) [2] org. Chem., Moskva, RU) [313] P3.60 Electrical interaction between two rod-like particles cov- P3.46 Red mud processing with scandium extraction. *O. A. Ko- ered by an ion-penetrable membranes in a water-oil interface. marov, G. A. Kolobov1, K. E. Movsesov (State Sci. Res. Des. *J. M. Jiang, J. P. Hsu (Nat. Taiwan Univ., Taipei, TW) [68] Inst. Titan, Zaporozhnye, UA; 1State Eng. Acad., Zaporozh- nye, UA) [656] P3.62 Study of limiting current densities in the electrodialysis pro- cess. *V. Fa´ra,A.Cˇ ernı´n1, V. Mejta, I. Jandova´ (Inst. Chem. Tech- P3.47 Effect of ultrasound on the extraction of principal sub- nol., Praha, CZ; 1MEGA as., Stra´zˇ pod Ralskem, CZ) [580] stances from Centella asiatica (Linn.) Urban. *H. Duriyabunleng, C. Chaichantipyuth, S. Wongkumchai (Chulanlongkorn Univ., P3.63 The preparation of high purity water using the electrodeion- Bangkok, TH) [1291] ization process. *D. Tvrznı´k, V. Mejta, I. Jandova´, V. Fa´ra (Inst. Chem. Technol., Praha, CZ) [598] P3.48 Numeric flow simulation of a RDC extraction column. *T. Haderer, C. Huber, R. Marr (Tech. Univ. Graz, AT) [1295] P3.64 A study on the production of concentrated nitric acid by electroosmofiltration. *U. Christian, M. B. Glebov, L. S. Gordeev (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [343]
P3 Posters — Tuesday P3.65 Ion-exchange membranes based on sulfonated Separation processes poly(2,6-dimethyl-1,4-phenylene oxide) and on sulfonated poly(1,4-phenylene sulfide). J. Schauer (Inst. Macromol. Chem., Praha, CZ) [1263] Membrane processes P3.66 Removal of DOC from surface water by means of P3.49 Dialysis membranes on base modified to polyamide-6. microfiltration-activated carbon. K. Konieczny, *G. Klomfas (Sile- *O. Suberlyak, J. Koszkul, J. Melnyk (Tech. Univ., Czesto- sian Univ. Technol., Gliwice, PL) [155] chowa, PL) [16] P3.67 Organic solvents recovery in edible oil processing using P3.50 A novel solvent resistant membrane. *H.-G. Hicke, nanofiltration. A. Garcı´a, *S. A´ lvarez, F. A. Riera, R. A´ lvarez, I. Lehmann, G. Malsch, M. Ulbricht1, M. Becker J. Coca (Univ. Oviedo, ES) [542] (GKSS-Forschungszentrum, Geesthacht, DE; 1ELIPSA GmbH, Berlin, DE) [386] P3.68 Zinc recovery from chloride media by using semi- batch rotating film pertraction. K. Dimitrov, *A. Saboni1, P3.51 Comparison of the performance of cellulose and S. Alexandrova1, L. Boyadzhiev (Inst. Chem. Eng., Sofia, BG; polyamide NF membranes used in water softening. M. Bodzek, 1Univ. Caen, FR) [798] *K. Wesolowska (Silesian Univ. Technol., Gliwice, PL) [129] P3.69 Modeling of zinc recovery in RF pertraction. *S. P3.52 Synthesis and characterization of microporous mem- Alexandrova, K. Dimitrov1, A. Saboni, E. Debray, L. brane. *N. Agoudjil, Z. Malek, A. Larbot1 (USTHB, Alger, DZ; Boyadzhiev1 (Univ. Caen, FR; 1Inst. Chem. Eng., Sofia, BG) [701] 1Ec. Sup. Chim., Montpellier, FR) [58] P3.70 Recovery of iron (III) from acidic chloride solutions by P3.53 Separation properties of a polyethylene membrane and RF pertraction. K. Dimitrov, S. Alexandrova, *A. Saboni1, model calculations. P. Iza´k, L. Bartovska´, M. Sˇ ´pek,ı P. Uchytil1, E. Debray1, L. Boyadzhiev (Inst. Chem. Eng., Sofia, BG; *K. Friess, J. Machkova´, K. Habrdova´ (Inst. Chem. Technol., 1Univ. Caen, FR) [780] Praha, CZ; 1Inst. Chem. Proc. Fundam., Praha, CZ) [568] P3.71 The use of MF and UF membranes for the treatment P3.54 Sorption of organic vapors in polymer membranes. of distiller’s stillage. *J. Uher, P. Choteˇborska´, K. Melzoch, *K. Friess, M. Sˇ ´pek,ı V. Hynek, K. Bohata´, P.Iza´k1, P. Sysel M. Rychtera (Inst. Chem. Technol., Praha, CZ) [1319] (Inst. Chem. Technol., Praha, CZ; 1Inst. Chem. Proc. Fundam., Praha, CZ) [1467] P3.72 Recovery of proteins from stickwaters by ultrafiltra- tion. M. D. Sua´rez, *S. A´ lvarez, F. A. Riera, R. A´ lvarez P3.55 Interactions between a particle with an ion-penetrable (Univ. Oviedo, ES) [557] charged membrane and a charged surface. S. J. Tseng (Tamkang Univ. Taipei, TW) [7] P3.73 Effect of transmembrane pressure on ultrafiltration be- haviour of emulsified oily wastewater. *X.-G. Hu, J. Mora1, P3.56 Charge effects in the cross-flow microfiltration of dispersed A. Koris1, E. Bekassy-Molnar1, G. Vatai1 (Hefei Univ. Tech- systems. *D. Sˇ mı´dova´, P.Mikula´sˇek, P. Velikovska´ (Univ. Pardu- nol., CN; 1Szent Istvan Univ., Budapest, HU) [1345] bice, CZ) [413] P3.74 Effects of excess sludge thickening with ultrafiltration pro- P3.57 A common sense analysis of biofouling as vector optimisa- cess on anaerobic digestion. E. Neczaj, *A. Tomska, M. Madela, tion tasks using equationless knowledge. *M. Dohnal, H. Chmiel C. Kozlowski (Tech. Univ. Czestochowa, PL) [977] (Tech. Univ. Brno, CZ) [1427] P3.75 Enhanced cross-flow microfiltration of skim milk using a P3.58 Fuzzy optimisation of membrane biofouling. *M. Dohnal, static mixer as turbulence promoter. *D. M. Krstic, M. D. Caric, H. Chmiel (Tech. Univ. Brno, CZ) [1428] S. D. Milanovic, M. N. Tekic (Univ. Novi Sad, YU) [82]
49 P3.76 Application of ultrafiltration and reverse osmosis to the treatment of the wastewater produced by the meat industry. J. Bo- P3 Posters — Tuesday hdziewicz, *E. Sroka, E. Lobos (Silesian Univ. Technol., Gli- Phase equilibria and fluid properties wice, PL) [1344]
P3.77 Membrane filtration for vegetable oil degumming. *A. Ko- P3.90 Revision of UNIFAC group interaction parameters to im- ris, G. Vatai (St. Istva´n Univ., Budapest, HU) [1189] prove solubility prediction results for solvent-polymer systems. *G. Wibawa, S. Takishima, Y. Sato, H. Masuoka (Hiroshima Univ., P3.78 Hybrid membrane process for removal of bacte- Higashi-Hiroshima, JP) [1135] rial lipopolysaccharide from human serum proteins with chelating polymer supports coordinated with Ca2+, Mg2+ P3.91 The second virial coefficient for Kihara model with embed- and Fe3+ ions. *G. Tishchenko, K. Luetzow1,M.Bleha, ded electrostatic interactions. *J. Janecˇek, T. Boublı´k (Charles W. Albrecht1 (Inst. Macromol. Chem., Praha, CZ; 1GKSS Univ., Praha, CZ) [1471] Forschungszentrum, Geesthacht, DE) [1265] P3.92 Thermodynamic theory of three-critical points. B. I. P3.79 Permeability of polymer membranes for organic vapors. Gorovitz (St. Petersburg State Univ., RU) [1473] *K. Friess, M. Sˇ ´pek,ı V. Hynek, K. Bohata´, P.Iza´k1, P. Sysel (Inst. Chem. Technol., Praha, CZ; 1Inst. Chem. Proc. Fundam., P3.93 The analytic determination of thermodynamic state Praha, CZ) [1466] parametres of the hydro ammonia solution at the saturation point. I. L. Candin, *M. A. Candin (Univ. Sibiu, RO) [1260] P3.80 Design and testing of the new flow permeameter. L. Hen- drich, V. Hynek, M. Sˇ ´pek,ı *J. Prˇidal1,A.Urban1 (Inst. Chem. P3.94 Evaluation of high-pressure vapour-liquid equilibrium data Technol., Praha, CZ; 1Mikropur sro., Hradec Kra´love´, CZ) [1081] by means of gnostic theory. Z. Wagner (Inst. Chem. Proc. Fun- dam., Praha, CZ) [1196] P3.81 Cross-flow microfiltration with additives in the feed stream. *J. Cakl, H. Jirankova, V. Machacˇka, I. Bauer (Univ. Pardu- P3.95 Thermodynamics of ketone + chloroalkane binary mixtures bice, CZ) [425] in terms of DISQUAC model. *D. Dragoescu, M. Teodorescu, A. Barhala (Inst. Phys. Chem., Bucuresti, RO) [1415] P3.82 Apple juice ultrafiltration (UF) flux modeling using mass transfer model and optimization of diafiltration. *M. Yazdanshenas, P3.96 New interaction parameters related to the group -OCOO- A. Tabatabaee-Nezhad, R. Roostaazad1, A. Khoshfetrat (Sa- and alkane, cycloalkane and alcohols. Application to the ASOG hand Univ. Technol., IR; 1Sharif Univ. Technol., Tehran, IR) [1457] and UNIFAC method for several ELV at 101.3 kPa. *A. Rodrı´guez, J. Canosa, A. Domı´nguez, J. Tojo (Univ. Vigo, ES) [1303]
P3.97 Simulation of the phase behaviour of the acetic acid- water-carbon dioxide system at elevated pressures. *C. Pereyra, E. Martı´nez de la Ossa (Univ. Ca´diz, ES) [1422]
P3 Posters — Tuesday P3.98 A new model for predicting activity coefficients in aque- ous solutions of amino acids and peptides. S. Mortazavi-Manesh, Symposium on supercritical fluids C. Ghotbi, *V. Taghikhani (Sharif Univ. Technol., Tehran, IR) [94]
P3.83 Mathematical modeling of gel drying by extraction with P3.99 Selection of real components and their usage in the charac- supercritical carbon dioxide. *A. Orlovic, S. Petrovic, D. Skala terisation procedures of petroleum mixtures. *E. Eckert, T. Vaneˇk (Fac. Technol. Metall., Beograd, YU) [500] (Inst. Chem. Technol., Praha, CZ) [660]
P3.84 Supercritical CO2 regenerationof activated carbon fiber ad- P3.100 Liquid and vapor phase equilibrium of multi-component sorbed by heavy oil. K. Chihara, *T. Yoshida, M. Takubo, T. Kawai higher fatty acid mixtures. *V. A. Plesovskikh, A. A. Bezdenezh- (Meiji Univ., Kawasaki, JP) [294] nykh (ZAO Nevskaya Cosmetica, St. Petersburg, RU) [28]
P3.86 Development of a supercritical extraction process for vita- P3.101 Vapor-liquid equilibrium of ethanol + 2-methyl-1-butanol mins recovering. *E. B. Moraes, C. J. G. Vasconcelos, M. R. Wolf system. *I. Santiago, C. Pereyra, E. Martı´nez de la Ossa Maciel (UNICAMP, Campinas, BR) [433] (Univ. Ca´diz, ES) [1416]
P3.87 Integrated biocatalytic production processes using super- P3.103 Quality validation study of the flash curves of coal tars. critical carbon dioxide as process medium. *C. Bauer, T. Gamse, G. Filipczak (Tech. Univ. Opole, PL) [778] R. Marr (Tech. Univ. Graz, AT) [1294] P3.104 A new apparatus for high-pressure fluid phase equilib- P3.88 Modelling of the supercritical fluid extraction of antho- rium measurements at elevated temperatures. K. Aim, *A. Babicˇ cyanins with CO2 + cosolvents. *C. Mantell, M. Rodrı´guez, (Inst. Chem. Proc. Fundam., Praha, CZ) [1273] E. Martı´nez de la Ossa (Univ. Ca´diz, ES) [1417] P3.105 Limiting activity coefficients in binary mixtures of P3.89 Supercritical fluid extraction and characterization of Urtica 1-alkanols and toluene. *P. Vrbka, D. Rozbroj, V. Dohnal Dioica L. leaves pigments. *M. Sajfrtova´, H. Sovova´,M.Ba´rtlova´, (Inst. Chem. Technol., Praha, CZ) [1412] L. Opletal1 (Inst. Chem. Proc. Fundam., Praha, CZ; 1Charles Univ., Hradec Kra´love´, CZ) [1340] P3.106 A new generator column apparatus to determine the tem- perature dependence of aqueous solubility of polynuclear aro- matic hydrocarbons. P. Doha´nyosova´, *V. Dohnal, D. Fenclova´ (Inst. Chem. Technol., Praha, CZ) [1511]
50 P3.107 Temperature dependence of limiting activity coefficient P3.123 Isobaric heating of annealed a-PMMA, simultaneous en- of 2-methyl-2-propanol in water. D. Fenclova´, V. Lasˇtovka, thalpy and volume response. *J. Hadacˇ, P. Slobodian, P. Sa´ha V. Dohnal, *P. Vrbka (Inst. Chem. Technol., Praha, CZ) [1469] (Fac. Technol., Zlı´n, CZ) [490]
P3.108 Simple equations of state - simultaneous description of P3.124 Temperature and pressure initiation of volume relaxation vapor pressure data and second virial coefficient data. *V. Meistr, in a-PMMA and a-PMMA/PEO amorphous blends. *P. Slobodian, P. Vonˇ ka, J. Lovland1 (Inst. Chem. Technol., Praha, CZ; J. Hadacˇ, P.Sa´ha (Fac. Technol., Zlı´n, CZ) [172] 1Norwegian Univ. Sci. Technol., Trondheim, NO) [1309] P3.125 Excess molar enthalpies of non-electrolyte binary so- P3.109 Thermochemical modelling and oxygen solubility mea- lutions, experimental and thermodynamic models at 298.15 K. surements in acidic zinc leaching solution. *T. Kaskiala, J. Salmi- *J. B. Parsa, H. Iloukhani (Bu-Ali-Sina Univ., Hamadan, IR) [953] nen (Helsinki Univ. Technol., FI) [1479] P3.126 Methods for calculating some thermophysical parame- P3.110 Solubilities data of the Co+2, Ni+2, Cl-/H2O ; Co+2, Ni+2, ters of the liquid saturated hydro ammonia solution. *I. L. Candin, SO42-/H2O systems using the quasi-isotermic thermometric tech- M. A. Candin (Univ. Sibiu, RO) [815] nique. Y. C. Nascimento, *C. P. Souza, K. K. P. Gomes (UFRN, Lagoa Nova, BR) [787] P3.127 Studies on the rheological properties of the solutions of anionic surfactant’s mixtures. *L. Broniarz-Press, I. Poltorak P3.111 Liquid - liquid equilibrium for four-component systems. (Poznan Univ. Technol., PL) [197] E. Graczova´ (Slovak Univ. Technol., Bratislava, SK) [1435] P3.128 Interfacial tension experimental values for alkanes+water- P3.112 Phase equilibrium in binary systems of polyethylene glycol NaCl solutions. S. Zeppieri, *A. L. Lo´pezdeRamos(Univ. Sı´mo´n and fatty acids. V. N. Danilin, S. G. Shabalina, *L. V. Borovskaya, Bolı´var, Caracas, VE) [860] F. R. Shperber (Kuban State Technol. Univ., Krasnodar, RU) [1414] P3.129 Relaxation process at conductive poly(thiophene) and P3.113 Phase equilibrium “liquid-solid” and “solid-solid” in its poly(alkyl) derivatives: kinetics of electrochemical doping. system palmitic acid-stearic acid-geneicosan. V. N. Danilin, *A. Buzarovska, L. Arsov (Univ. Kiril Metodij, Skopje, MK) [984] *A. V. Martsinkovskii, M. U. Gneushev, A. I. Degtyarov (Kuban State Technol. Univ., Krasnodar, RU) [1413] P3.130 Separation of low molecular weight fractions of polythio- phene and its derivatives by HPLC method. *A. Buzarovska, I. Ar- P3.114 Estimation of solid triacilglycerol quantities in hydro- sova, L. Arsova (Univ. Kiril Metodij, Skopje, MK) [985] genated fats by the method of dynamic calorimetry. V. N. Danilin, S. P. Dotsenko, L. V. Borovskaya, *S. G. Shabalina (Kuban State P3.131 A supramolecular model of eutectics. mecha- Technol. Univ., Krasnodar, RU) [1406] nisms of formation of nanostructures in alloys. *V. S. Per- vov, E. V. Makhonina, Zh. V. Dobrokhotova, I. D. Mikheikin1, P3.115 A thermodynamic model for reliable predicting of con- Yu. A. Zavrazhnov2 (Inst. Gen. Inorg. Chem., Moskva, RU; 1State ditions on gas hydrate formation. *R. Khodafarin, H. R. Khak- Univ. Env. Eng., Moskva, RU; 2Voronezh State Univ., RU) [262] daman, H. R. Bakhtiari, K. Nazari (Res. Inst. Pet. Ind., Tehran, IR) [1430] P3.132 Evaluation of some methods for calculation of the enthalpies of formation of silicates of calcium and barium. P3.116 Phase equilibra in mixing fluorinated and hydrogenated *V. Taranenkova, G. Shabanova, A. Kozhanova (Kharkiv Poly- nonionics surfactants. A. Gherbi (Univ. Boumerdes, DZ) [927] tech. Inst., UA) [952]
P3.117 Delta Go of solid heterodimers. I. Malijevska´, *Z. P3.133 The analytic determination of thermocaloric parametres - Sedla´kova´ (Inst. Chem. Technol., Praha, CZ) [1336] enthalpy and entropy - of the hydro ammonia solution. I. L. Candin, I. Vonica, *M. A. Candin (Univ Sibiu, RO) [1470] P3.118 The evolution of liquid-liquid equilibrium diagram struc- ture: theory and computation. *M. A. Solokhin, A. V. Solokhin, V. P3.134 Solubility measurement of acid gases in ethanolamine S. Timofeev (Lomonosov Moscow State Acad. Fine Chem. Tech- solutions. J. Alaei, *M. Tajerian, M. Mehrabi (NIOC, nol., RU) [593] Tehran, IR) [1518]
P3.119 Experimental study on Lysozyme partitioning in aqueous two phase systems of polymer-salt system and effect of cosalt on partitioning. A. Haghtalab, *B. Mokhtarani, G. Maurer1 (Tarbiat P3 Posters — Tuesday 1 Modares Univ., Tehran, IR; Univ. Kaiserslautern, DE) [461] Symposium on micro- and mesoporous P3.120 Temperature dependence of excess molar volumes of materials the octane + 1-chloroalkane system. *J. Linek, L. Mora´vkova´ (Inst. Chem. Proc. Fundam., Praha, CZ) [789] P3.135 Application of association theory to prediction of water va- por adsorption isotherm on activated carbon. *J. Nastaj, K. Giza P3.121 Excess molar volumes of binary and ternary liquid mix- (Tech. Univ. Szczecin, PL) [1084] tures containing 2,2,2-trifluroethanol, water, acetone and n-alkanol at 298.15 and 101 kPa. M. Sassi, *Z. Atik (USTHB, Al- P3.136 Research and mathematical modeling of titania nanoparti- giers, DZ) [1318] cles production via sol-gel technology. *A. Yu. Racina, I. Bobrikov, S. E. Muhtarova, E. M. Koltsova (Mendeleev Univ. Chem. Tech- P3.122 Density behaviour of carbon dioxide + water mix- nol. Russia, Moskva, RU) [561] ture at high pressures. *M. Kato, D. Kodama (Nihon Univ., Fukushima, JP) [837]
51 P3.137 Textural properties of porous solids from liquid expul- ion exchange. *I. Monzie, L. Muhr, G. Gre´villot (ENSIC, sion permporometry. *O. Sˇ olcova´, P. Uchytil, P. Schneider Nancy, FR) [1093] (Inst. Chem. Proc. Fundam., Praha, CZ) [589] P3.151 Ordered mesoporous silica materials - porosity in- P3.138 Synthesis and characterisation of SAPO-11 by varying sil- vestigations and adsorption properties. *J. Goworek, A. ica sources and investigation of catalytic property in isomerization Deryło-Marczewska, A. Boro´wka (M. Curie-Sklodowska Univ., of 1-butene to iso-butene. *N. Kumar, V. Nieminen, J. I. Villegas, Lublin, PL) [230] T. Salmi, D. Yu. Murzin, E. Laine1 (Abo Akad. Univ., FI; 1Turku Univ., Abo, FI) [583] P3.152 Adsorption equilibria of acetone, methanol, benzene, and their binary and ternary mixtures on activated carbon. *B. Am- P3.139 Synthesis and application of smart mesoporous silica brozek, M. Jablonski (Tech. Univ. Szczecin, PL) [1026] fibers. *G. Telbiz, O. Shvets, V. Kovalenko, E. Bliznjuk, V. Il’in (Inst. Phys. Chem., Kyiv, UA) [582] P3.153 Modelling of volatile organic compounds (VOCs) con- centration in gaseous streams by thermal swing adsorption P3.140 Pore size distribution in nanoporous silica for low k di- (TSA) process. *B. Ambrozek, J. Lachowska (Tech. Univ. electrics. *S.-H. Hung, J.-P. Hsu, W.-C. Chen (Nat. Taiwan Univ., Szczecin, PL) [1029] Taipei, TW) [69] P3.154 Desorption of CH4 from coals in correlation to the P3.141 Mathematical simulation of the process of carbon nan- selective sorption of CO2 and CH4. G. Ceglarska-Stefanska, otubes obtaining. I. S. Nenaglyadkin, S. Yu Tsareva, E. G. Rakov, *K. Zarebska (Univ. Min. Metall., Krako´w, PL) [965] E. V. Zharikov, *E. M. Koltsova (Mendeleev Univ. Chem. Tech- nol. Russia, Moskva, RU) [502] P3.155 Drying of air by adsorption using confined fluidiza- tion technique. *P. Zabierowski, B. Buczek (Univ. Min. Metall., P3.142 Protective diffusion coatings on basis of silicon and Krako´w, PL) [903] niobium alloyed by chromium. V. F. Loskutov, I. S. Pogre- bova, *C. V. Iantsevitch, T. V. Loskutova, M. N. Bobina P3.156 Investigations of activated carbon heating by elec- (Nat. Tech. Univ., Kyiv, UA) [710] tromagnetic induction. *F. Moskal, J. Nastaj (Tech. Univ. Szczecin, PL) [699] P3.143 Advantages and limitations of the positron method of pore characterization. *T. Goworek, B. Jasinska, J. Wawryszczuk, P3.158 Prediction of binary adsorption equilibrium of organic R. Zaleski (M. Curie-Sklodowska Univ., Lublin, PL) [121] compound and water vapour on activated carbon. M. Jablonski, *B. Ambrozek (Tech. Univ. Szczecin, PL) [1534] P3.144 Hydrogen peroxide in the inorganic supramolecular en- sembles. *T. A. Tripol’skaya, G. P. Pilipenko, I. V. Pokhabova, P3.159 Improvement efficiency of electrothermal activated car- E. G. Ippolitov (Inst. Gen. Inorg. Chem., Moskva, RU) [143] bon heating. Application to desorption process. D. Downarowicz, *J. Nastaj (Tech. Univ. Szczecin, PL) [1086] P3.145 Adsorption of organics from aqueous solutions on mi- croporous carbons. *A. Deryło-Marczewska, A. W. Marczewski, P3.161 Application of carbon molecular sieves for separation J. Goworek (M. Curie-Sklodowska Univ., Lublin, PL) [392] of methane-nitrogen mixture by adsorption technique. M. Balys, B. Buczek, *P. Zabierowski (Univ. Min. Metall., Krakow, PL) [1396] P3.146 Numerical modeling of binary adsorption equilibria of or- ganic compounds and water on activated carbon. *J. Nastaj, P3.162 Adsorptive drying of n-butanol. E. Gabrus, *B. Ambrozek M. Wasik (Tech. Univ. Szczecin, PL) [1090] (Tech. Univ. Szczecin, PL) [1395]
P3.147 Impregnated carbons prepared with olive stones to P3.163 Adsorption of Cr (VI) on chelated chitosan beads. reduce atmospheric emissions associated to soil remedia- R. Zarzycki, *W. Sujka, M. Dorabialska, Z. Modrzejewska tion. M. C. M. Alvim Ferraz, *C. M. Todo-Bom Gaspar (Tech. Univ. Lodz, PL) [1394] (Univ. Porto, PT) [1341] P3.164 Separation of gases by selective adsorption on carbon P3.148 Influence of hypercrosslinking on absorption and ab- molecular sieves. *V. Stanciu, E. David, A. Nicolae, C. Sisu sorption in/on S-DVB polymers. P. Veverka, *K. Jerˇa´bek (Nat. Res. Dev. Inst. Cryog. Isotop. Technol., Valcea, RO) [1357] (Inst. Chem. Proc. Fundam., Praha, CZ) [1520] P3.165 Sorption extraction of platinum metals by carbona- P3.149 Third-order nonlinear properties of Au nanoparticles em- ceous materials of various pore structure and surface chemistry bedded in ZrO2 mesoporous thin films. W. Huang, *H. Arizpe- from technological solutions. *S. S. Stavitskaya, T. P. Petrenko, Chavez1,G.Ma2, J. Menxi2,S.Quian2,J.Shi(Shaghai V. M. Vikarchuk, T. I. Mironyuk (Inst. Sorp. Probl. Endoecol., Inst. Ceram., CN; 1Univ. Sonora, Hermosillo, MX; 2Fundan Univ., Kyiv, UA) [1] Shaghai, CN) [1288] P3.166 Research of the mechanism, interaction of heavy met- als with mica-similar a sorbent. E. V. Samarkina (Irkutsk State Tech. Univ., RU) [712] P3 Posters — Tuesday Separation processes P3.167 Phase distribution in a co-current gas-liquid downward flow through a packed bed. *A. Koudil, C. Boyer, G. Ferschnei- der (Inst. Fr. Pet. Vernaison, FR) [1283] Adsorption and ion exchange
P3.150 Ion exchange processes for ultrapurification. Micro- column method for the study of kinetics of film-diffusion-limited
52 P5.7 Object-oriented artificial intelligence system for drying pro- P3 Posters — Tuesday cess flowsheet design. N. V. Menshutina, M. N. Poutchkov, Separation processes *S. V. Goncharova, A. V. Vetrov (Mendeleev Univ. Chem. Tech- nol. Russia, Moskva, RU) [191]
Crystallisation P5.8 The effect of parameter settings on the performance of sim- ulated annealing/simplex optimization method. *J. M. Jezowski, P3.168 Application of neural network models and laser diffrac- G. Poplewski, A. Jezowska, R. Sloma (Rzeszo´w Univ. Tech- tion in the monitoring of crystallization processes. *R. Guardani, nol., PL) [215] R. S. Onimaru, C. A. O. Nascimento (Univ. Sao Paulo, BR) [1004] P5.9 Automating monitoring of research by means of Database P3.169 Transformation of the aggregate and agglomerate Management System (DBMS). *A. V. Vetrov, E. O. Lebedev, N. units into amorphous SiO2 precipitate during the crystalliza- V. Menshutina, V. A. Kolesnikov (Mendeleev Univ. Chem. Tech- tion process. *S. Bogoevski, D. Burevski (Fac. Technol. Metall., nol. Russia, Moskva, RU) [251] Skopje, MK) [259] P5.10 A nonlinear predictive control strategy using multiple mod- P3.170 Effect of mixing and flocculation time onto flocculation ki- els. H. Zhuang, *M.-S. Chiu (Nat. Univ. Singapore, SG) [260] netics and flocculent dosage. *R. Sˇ ulc, P. Ditl (Czech Tech. Univ., Praha, CZ) [445] P5.11 Modern databases as information source for pharmaceuti- cal companies. V. T. Meshcheryakova, *V. J. Mishina, V. N. Men- P3.171 Effect of mixing on the agglomeration of barium oxalate in shutina, V. O. Makarova (Mendeleev Univ. Chem. Technol. Rus- an MSMPR crystallizer. Pao-Chi Chen (Lunghwa Univ. Sci. Tech- sia, Moskva, RU) [283] nol., Taoyuan, TW) [1174] P5.12 Activated sludge modelling software. D. Salazar, J. Hen- P3.172 Crystallisation degree change for mouldings and its influ- rı´quez J. 1,B.Ortega1, *R. Sciamanna (Univ. Cent. Venezuela, ence on quality at extreme parameters of injection. *J. Koszkul, Caracas, VE; 1HO Ingenierı´a, Valencia, VE) [391] P. Postawa, O. Suberlyak (Tech. Univ. Czestochowa, PL) [1292] P5.13 Chaos in chemical systems and chaos control. *E. Yu. Ko- P3.173 Synthesis and crystallization of Li2O-Al2O3-TiO2- rtchagin, E. V. Zharikov, E. M. Koltsova, L. S. Gordeev SiO2 glasses. D. Gavrilovski (Sartid Inst. Metall., Smed- (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [350] erevo, YU) [1376] P5.14 System identification of a distillation column. A. M. Mehra- bani Zeinabad (Isfahan Univ. Technol., IR) [375]
P5 Posters — Wednesday P5.15 A detailed deterministic model for three-phase slurry reac- Chemical engineering education tors: evaporation of the reagents and refrigerant fluid. *E. C. Vasco de Toledo, R. Maciel Filho (UNICAMP, Campinas, BR) [381]
P5.1 Real-time applications in Windows NT. *V. Vasˇek, P5.16 A reverse-flow reactor with an injection of a cold gas. M. Blizˇnˇa´k, D. Jana´cˇova´ (Tomas Bata Univ., Zlı´n, CZ) [1313] J. Thullie, *M. Kurpas (Silesian Univ. Technol., Gliwice, PL) [388]
P5.17 Development of intellectual information system for eval- uation of the economic efficiency of chemical technology equip- P5 Posters — Wednesday ment in the terms of tenders. I. N. Dorokhov, V. V. Menshikov, Computer aided process engineering E. A. Nikulina, *E. A. Surzhikov, E. A. Spitsina (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [435]
P5.2 Application of neural network modelling for product quality P5.18 Development of knowledge base for intellectual informa- 1 2 management. *M. Carsky, O. Mikus , A. Singh (Univ. Durban- tion system for evaluation of the economic efficiency of chemical 1 2 Westville, ZA; Private Consultant, Modderfontein, ZA; Univ. Na- technology equipment in the terms of tenders. I. N. Dorokhov, tal, Durban, ZA) [979] V. V. Menshikov, E. A. Nikulina, E. A. Surzhikov, *E. A. Spitsina (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [436] P5.3 Identification of an evaporator unity by neural networks. 1 *A. J. De Assis, R. Maciel Filho (UNIOESTE, Toledo, BR; P5.19 Fuzzy-neuro-geneticmodeling and control of flue gas emis- 1 UNICAMP, Campinas, BR) [24] sions in FBC process. *Zˇ . Cojbasˇi´c, M. Stojiljkovi´c, L. Cojbasˇi´c, D. Risti´c (Fac. Mech. Eng., Nis, YU) [471] P5.4 Predictive control of an evaporator unity by neural net- 1 works. *A. J. De Assis, R. Maciel Filho (UNIOESTE, Toledo, BR; P5.20 Genetic algorithms as a tool for optimization of an industrial 1 UNICAMP, Campinas, BR) [74] reactor of cyclehexanol production. *I. R. S. Victorino, R. Maciel Filho (UNICAMP, Campinas, BR) [474] P5.5 Dynamic mathematical model for freeze drying process. *E. A. Boss, N. A. Costa, R. Maciel Filho, E. C. V. Toledo P5.21 Investigation of solid wood impregnation with acetic an- (UNICAMP, Campinas, BR) [95] hydride by mathematical modelling. *A. Aboltins, A. Morozovs (Latv. Univ. Agric., Jelgava, LV) [489] P5.6 Integrated process modeling and optimization system for production of metal cutting fluids. A. I. Chulok, *S. I. Mitritchev P5.22 Modeling and simulation of sodium beta-alaninate (not given, RU) [145] synthesis using dedicated software packages. *C. Calin, S. Agachi1 (Terapia SA, Cluj-Napoca, RO; 1Babes-Bolyai Univ., Cluj-Napoca, RO) [511]
53 P5.23 Modulated temperature oscillations in reverse-flow reac- P5.39 Optimization-based tuning of PID controllers. Multi-loop tors. J. Thullie, *A. Kocur, A. Gierczycki (Silesian Univ. Technol., systems. C. F. Alfano Neto, *M. Embirucu1 (PROPET S. A., Ca- Gliwice, PL) [523] macari, BR; 1UFBA, Salvador, BR) [1305]
P5.24 Neural networks in odour measurements. J. Kosmider, P5.40 Phenomenological and empirical modeling and simulation *M. Zamelczyk-Pajewska (Tech. Univ. Szczecin, PL) [527] of an industrial C3 splitter using real plant data. N. Jesus, R. Maciel Filho, *M. Embirucu (UFBA, Salvador, BR) [1306] P5.25 Object-oriented modeling environment for chemical pro- cesses. N. V. Menshutina, *M. N. Poutchkov, A. V. Vetrov P5.41 Real implementation and economic benefits through con- (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [539] trol of an industrial propylene/propanedistillation column. N. Jesus, R. Maciel Filho, *M. Embirucu (UFBA, Salvador, BR) [1307] P5.26 Program to design wastewater treatment plants. A. Cas- tro, J. Henrı´quez J. 1,B.Ortega1, *R. Sciamanna (Univ. Cent. P5.44 Computer aided integration of the reforming sec- Venezuela, Caracas, VE; 1HO Ingenierı´a, Valencia, VE) [555] tion of an ammonia plant. *P. Flores, R. Monroy-Loperena (Inst. Mex. Petrol., Mexico, MX) [1421] P5.27 The automated integrated system of processing, rep- resenting and retaining of the information for quality manage- P5.45 Adaptive control of centrifugal compressors. *F. Laaouad, ment in chemical technology. A. F. Egorov, I. B. Shergold, H. Fekhar, R. Zaamoum (Univ. Boumerdes, DZ) [1444] *Yu. V. Gololobov (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [590] P5.46 Finding the best operating conditions of carbon dioxide production from acidic natural gas. *F. Simon, Z. Csermely, P5.28 The informational technology of the quality control and A. Vago1 (Res. Inst. Chem. Proc. Eng., Veszpre´m, HU; 1Hung. Oil the security of products. *J. Gordeeva, Yu. Ivashkin (State Gas Comp., Kiskunhalas, HU) [1346] Univ. Appl. Biotechnol., Moskva, RU) [673] P5.47 Further results on natural iterative learning control of a P5.29 Expert system for multiproduct paint-materials manufactur- process plant with unknown pure time-delays. P. M. Lazarevic ing. V. V. Menshikov, L. S. Gordeev, *A. E. Bykov (Mendeleev (Fac. Mech. Eng., Beograd, YU) [1453] Univ. Chem. Technol. Russia, Moskva, RU) [693] P5.48 Interaction and disturbance propagation be- P5.30 A decomposition of MISO type objects using an inference tween process control loops. *A. Benhalla, A. Khelassi break-up method. E. Ro´j (Inst. Naw. Sztucz., Pulawy, PL) [728] (Univ. Boumerdes, DZ) [1477]
P5.31 Pilot 3-D simulation of the temperature field of the ceramic P5.49 Adaptive control for nonlinear objects using a neural net- material EUCOR. J. Heger, *F. Kavicˇka, B. Sekanina, J. Sˇ teˇtina, work approach. E. Ro´j (Inst. Naw. Sztucz., Pulawy, PL) [1474] P. Ra mı´k (Tech. Univ., Brno, CZ) [875] P5.50 Artificial neural networks applied to the detection of olive P5.32 The program following control of a dynamic system using oil adulteration with hazelnut oil. *P. L. Benı´tez, L. Cabrera, neural networks. E. Ro´j (Inst. Naw. Sztucz., Pulawy, PL) [793] J. Jime´nez, E. Guadix1,J.M.Benı´tez1 (Puleva Biotech S. A., ES; 1Univ. Granada, ES) [1475] P5.33 Graphical diagrams system for making decisions under investigation of chemical objects by experimental-statistical mod- P5.51 3D imaging of the texture evolution during convective dry- elling method. *G. A. Statyukha, A. G. Petran (Nat. Tech. Univ., ing of soft shrinkable materials. A. Le´onard, S. Blacher, P. Mar- Kyiv, UA) [907] chot, J.-P. Pirard, *M. Crine (Univ. Liege, BE) [1482]
P5.34 The computer analysis of scientific organizations in- P5.52 Optimized operation conditions of perchlorine reactors of novational potential in chemical industry on an example of Shiraz petrochemical complex. E. Ardeshiri, *J. Fathikalajahi, CALS-technologies introduction. *A. M. Bessarabov, T. A. Sa- D. Mowla (Shiraz Univ., IR) [1515] fonova, V. P. Efimova, A. V. Avseev (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. *H. Elman, P5 Posters — Wednesday G. Guevara (Univ. Cent. Venezuela, Caracas, VE) [1083] PRES 2002 P5.36 SHAHAB-PC based simulator for prediction of furnace run length for the pyrolysis of hydrocarbons (ethane to naphtha). P5.54 GPEX: a generalized program for extinguishing sys- J. Towfighi, M. Sadrameli, R. Karimzadeh, *A. Niaei, M. Mofrahi, tems. *S. Pierucci, A. Sogaro, P. Delfante1, M. Pinciroli1, B. Mokhtarani, G. Saedi, S. Hosseini, M. Karimaei (Tarbiat Y. Comi 1 (Politecnico, Milano, IT; 1Industrial Trading, Mi- Modares Univ., Tehran, IR) [1136] lano, IT) [218]
P5.37 Mathematical modelling of pullulan biosynthesis. *S. B. P5.55 A conceptual scheme for integrating natural gas steam- Stojanovic, V. Veljkovic, I. Mladenovic (Fac. Technol., Lesko- reforming into power and heat-producing plants. *M. S. Sa- vac, YU) [1302] fonov, B. N. Okunev, P. A. Zhatikov (Lomonosov State Univ., Moskva, RU) [341] P5.38 Optimization-based tuning of PID controllers. Cascade systems. C. F. Alfano Neto, *M. Embirucu1 (PROPET S. A., Ca- P5.56 Analysis of sugar production flowsheets. Part I: Mathemat- macari, BR; 1UFBA, Salvador, BR) [1304] ical modelling. *M. Ribas Garcı´a, R. Hurtado Vargas, R. Diaz, C. De Armas Casanova, L. Rostgaard Beltran1 (ICIDCA, La Ha- bana, CU; 1Camilo Cienfuegos Sugar Fact., La Habana, CU) [398]
54 P5.57 HEN optimisation for crude oil distillation unit. A. S. Azmi, P5.73 Optimisation of vacuum system at vacuum distillation unit. *J. Klemesˇ, S. Ngatirin1 (UMIST, Manchester, UK; 1PERTAMINA, *J. Salek, J. Kohoutek, P. Stehlı´k (Tech. Univ., Brno, CZ) [771] Jakarta, ID) [477] P5.74 The improving of efficiency of industrial water use net- P5.58 Modelling and simulation of drying of in-bulk Ama- works by example of soda refinery. *G. Statyukha, A. Kvitka, ranthus grains. A.Tironi,D.E.Crozza, *A. M. Pagano J. Jezowski1, A. Shakhnovsky (Nat. Tech. Univ., Kyiv, UA; (Univ. Nac. Cent. Prov. B. A., Olavarrı´a, AR) [517] 1Tech. Univ. Rzesow, PL) [954]
P5.59 Problems and perspectives of development of competi- P5.75 Pressure as a further parameter of composite curves in en- tiveness of processing industry in exciting business conditions. ergy process integration. *V. Va´clavek, A. Novotna´, J. Dedkova´ *V. P. Meshalkin, M. V. Goncharov, M. I. Dli, L. V. Fomchenkova (Inst. Chem. Technol., Praha, CZ) [1043] (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [1005] P5.76 Using waste reduction algorithm to assess pollution reduc- P5.60 Energy conservation in a rectified spirit plant. S. Biswas, tion for improvement of an oil refinery process. V. Plesu, *P. Iancu, *S. C. Roy, G. K. Biswas (Jadavpur Univ., Calcutta, IN) [1049] A. E. Plesu, G. Duca1,A.Mitu1 (Univ. Politehnica, Bucuresti, RO; 1Astra Romana, Ploiesti, RO) [1251] P5.61 Open and closed-loop optimization of a reactive distilla- tion column. *K. Dadhe, R. Gesthuisen, M. Vo¨ lker, S. Engell P5.78 Using information technology methodologies for training in (Univ. Dortmund, DE) [1075] process engineering. V. Plesu, *R. Onofrei, A. Bita, G. Duca1, M. Matei2 (Univ. Politehnica, Bucuresti, RO; 1Astra Romana, P5.62 Applying constraints in mass exchange network. *M. Amid- Ploiesti, RO; 2Rafo S. A., Onesti, RO) [1239] pour, M. Gougol, D. Rashtchian1 (Iranian RD Cent. Chem. Ind., IR; 1Sharif Univ. Technol., Tehran, IR) [127] P5.79 Improving CO2 removal and energy saving for hydrogen plant. G. Bumbac, *V. Plesu, G. Duca1 (Univ. Politehnica, Bu- P5.63 Analysis of sugar production flowsheets. Part II: Soft- curesti, RO; 1Astra Romana, Ploiesti, RO) [1245] ware tool and case study. *R. Hurtado Vargas, M. Ribas Garcı´a, R. Diaz, C. De Armas Casanova, L. Rostgaard P5.80 Pollution from electrical power generation by gas turbines. Beltra´n1 (ICIDCA, La Habana, CU; 1Camilo Cienfuegos Sugar *M. B. Aboukheshem, A. A. S. Kadhum1, M. Hasan1 (7th April Fact., La Habana, CU) [399] Univ., Tripoli, LY; 1Azzawiya Oil Ref. Co., LY) [995]
P5.64 CFD modelling and design optimisation of an exhaust P5.81 Modelling and case study for a water and wastewater min- duct. *J. Hajek, V. Kermes, L. Be´bar, P. Stehlı´k (Tech. Univ., imisation problem. V. Plesu, *P. Iancu, N. Nutu, A. Mitu1 (Univ. Po- Brno, CZ) [411] litehnica, Bucuresti, RO; 1Astra Romana, Ploiesti, RO) [1238]
P5.65 Compact unit for thermal treatment of off-gases in natural P5.82 Catalytic distillation modelling and simulation using gas production - industrial application. J. Oral, P. Cupr, *R. Sˇ tulı´rˇ1, HYSYS.Process(TM) environment. G. Bumbac, *V. Plesu, Z. Hajny´, R. Puchy´rˇ, P. Stehlı´k1 (EVECO, Brno, CZ; 1Tech. Univ., V. Bologa, I. Muja1, D. C. Popescu (Univ. Politehnica, Bu- Brno, CZ) [416] curesti, RO; 1PETROM, Ploiesti, RO) [1240]
P5.66 Modeling of system for thermal processing of wastes P5.83 Cost evaluation for design of complex processes. including heat recovery. *L. Havlen, M. Sponar, R. Puchy´rˇ1, V. Plesu, *M. T. Bercaru, A. E. Woinaroschy, G. Bercaru, L. Be´bar, J. Oral1,P.Stehlı´k (Tech. Univ., Brno, CZ; 1EVECO, R. Zamfirache1 (Univ. Politehnica, Bucuresti, RO; 1PETROM, Brno, CZ) [521] Ploiesti, RO) [1241]
P5.67 Modelling of unit for thermal treatment of organic pollutants. P5.84 Economic evaluation of a catalytic distillation process. *V. Fabikovic, R. Sˇ tulı´rˇ, J. Oral1,P.Stehlı´k (Tech. Univ., Brno, CZ; G. Bozga, *G. Bumbac, M. T. Bercaru, C. Marcov-Tacu, 1EVECO, Brno, CZ) [522] R. Zamfirache1, D. C. Popescu (Univ. Politehnica, Bucuresti, RO; 1PETROM, Ploiesti, RO) [1243] P5.68 Removal of fluorides from watery solutions by means of chemical precipitation. C. Marı´a de Jesus, *R. Sciamanna, F. Ca- macho, N. Ceci (Univ. Cent. Venezuela, Caracas, VE) [560] P5 Posters — Wednesday P5.69 Heat integration improvement for Eastern European coun- Separation processes tries sugar-plant. L. L. Tovazhnyansky, P. O. Kapustenko, *L. M. Ulyev, S. A. Boldyryev1 (Kharkiv Polytech. Inst., UA; 1SODRUGESTVO, Kharkiv, UA) [695] Filtration
P5.70 Optimisation of water consumption in an oil refinery. P5.85 Fundamental study of sludge filtration and expression. *P. Iancu, V. Plesu, G. Constantinescu1 (Univ. Politehnica, Bu- *D. Mihoubi, J. Vaxelaire1, F. Zagrouba, A. Bellagi2 (Inst. curesti, RO; 1PETROM, Brazi, RO) [1250] Nat. Res. Sci. Tech., Hammam-Lif, TN; 1ENSIG, Pau, FR; 2Ec. Nat. Ing. Monastir, TN) [122] P5.71 Emission reduction through effective burner design. *V. Kermes, J. Ha´jek, L. Be´bar,J.Cˇ aneˇk1,J.Oral2,P.Stehlı´k P5.86 Thermodynamic analyses of sorption isotherms of vis- (Tech. Univ., Brno, CZ; 1Res. Inst. Chem. Equip., Brno, CZ; coelastic cake. *D. Mihoubi, F. Zagrouba, J. Vaxelaire1, 2EVECO, Brno, CZ) [632] A. Bellagi2 (Inst. Nat. Res. Sci. Tech., Hammam-Lif, TN; 1ENSIG, Pau, FR; 2Ec. Nat. Ing. Monastir, TN) [123] P5.72 Thermal processing of wastes using gasification. L. Be´bar, J. Granados, P. Dvorˇa´k, L. Ochrana, Z. Skala, P. Stehlı´k, *P. Ma rt ina´k (Tech. Univ., Brno, CZ) [678]
55 P5.87 Analysis of pressure drop in multi-compartment bag filter. P5.105 Effect of CO2 diffusion on wettability for hydrocarbon- *H. Ikeno, Y. Tada1, S. Hiraoka1, Y. Shuto1 (Sinto Kogio, Kota, JP; water-CO2 systems in capillaries. M. E. Aguilera, S. Zeppieri, 1Nagoya Inst. Technol., JP) [305] *A. Lo´pezdeRamos (Univ. Simon Bolı´var, Caracas, VE) [441]
P5.89 Advanced means and development of filtering granular lay- P5.106 Estimation of liquid holdup in horizontal pipes for strat- ers regeneration. *S. V. Entin, N. M. Anzheurov, S. Yu. Panov1, ified gas-liquid flow. *R. Anselmi, A. L. Lo´ pez de Ramos, Yu. V. Krasovitskij1, M. Al-Qudah2 (Semiluki Refract. Fac- D. Gonza´lez-Mendizabal (Univ. Simon Bolı´var, Caracas, VE) [451] tory, RU; 1Voronezh State Acad., RU; 2Ministry Educ., JO) [1264] P5.107 Numerical modeling of turbulence in flow in imping- ing jet. *J. Bartoszewicz, L. Boguslawski (Poznan Univ. Tech- nol., PL) [538] P5 Posters — Wednesday Fluid flow and multiphase systems P5.108 Gas holdup and oxygen transfer in viscous non-newtonian liquids having yield stress in bubble column. *K. Terasaka, H. Shi- bata (Keio Univ., Yokohama, JP) [544] Fluid flow P5.109 Penetration of nanometer-sized particles through a lam- P5.92 Development of device based on adsorption- inar flow tube under low-pressure conditions. *Y. Kuga, T. Fuji- semiconductor sensor purposed for determination of gas leaks moto, A. Funabiki, D. Takeda (Muroran Inst. Technol., JP) [546] from pipelines without unearthing. *N. Maksymovych, V. Ruchko, O. Maksymovych, O. Kaskevych, N. Nikitina, O. Ripko, V. Yat- P5.110 Process of the extrusion in the unit of the special design. simirski (Shevchenko Kyiv Univ., UA) [3] *R. Fekete, I. Jasˇsˇo (Slovak Univ. Technol., Bratislava, SK) [554]
P5.93 Drag coefficient of a porous particle: core-and-shell model. P5.112 The effect of the dispersed to continuous phase vis- *Y. H. Hsieh, J. P. Hsu (Nat. Taiwan Univ., Taipei, TW) [71] cosity ratio on flow past a fluid sphere. *A. Saboni, S. Alexan- drova, C. Gourdon1 (Univ. Caen, Saint Lo, FR; 1ENSIACET, P5.94 Electrokinetic flow through an elliptical microchannel: ef- Toulouse, FR) [672] fects of aspect ratio and electrical boundary conditions. *C. Y. Kao, J. P. Hsu (Nat. Taiwan Univ., Taipei, TW) [75] P5.113 CFD simulation of processes in pulverised coal-fired boiler furnace. *R. V. Filkoski, I. J. Petrovski, A. T. Nospal (Univ. Sv. Kiril P5.95 Heat transfer and hydrodynamics on a circular horizontal i Metodij, Skopje, MK) [684] cylinder exposed to impinging two dimensional jet flow. Yu. P. Se- myonov, V. A. Belyakov, A. V. Khromenko, K. E. Paryghin, P5.114 Terminal velocity of non-spherical particles falling through *V. O. Klimov (Moscow State Univ. Forest, RU) [142] a Carreau model liquid. *I. Machacˇ, R. Teichman, H. Bendova´, B. Sˇ isˇka(Univ. Pardubice, CZ) [717] P5.96 Degradation of the drag reducing polymer solutions during the flow through pumps. L. Broniarz-Press, *J. Rozanski, A. Jur, P5.115 Annular two-phase downflow of gas-very viscous liq- S. Dryjer (Poznan Univ. Technol., PL) [180] uid. *S. Witczak, L. Troniewski, G. Filipczak (Tech. Univ. Opole, PL) [731] P5.97 Flow of rheostable fluids through porous and fluidised bed. *L. Broniarz-Press, P. Agacinski (Poznan Univ. Tech- P5.116 Flow pattern to three-phase air-water-oil flow in horizontal nol., PL) [182] pipes. *S. Witczak, B. Pendyk (Tech. Univ. Opole, PL) [748]
P5.98 Flow of the surfactant’s solutions in the both straigth P5.118 Transient rise velocity of air bubbles in water. *S. C: P. Or- and curved pipes. L. Broniarz-Press, *J. Rozanski, S. Dryjer, valho, J. M. T. Vasconcelos, S. S. Alves (Inst. Sup. Te´c., Lis- S. Woziwodzki (Poznan Univ. Technol., PL) [183] boa, PT) [794]
P5.99 Maximal drag reduction regions for the flow of both poly- P5.119 Fluid flow analysis with finite volume numerical model us- mer’s and surfactant’s solutions in straight pipes. *L. Broniarz- ing power law and Sisko rheological models. *M. Delic, J. Marn Press, J. Rozanski (Poznan Univ. Technol., PL) [187] (Fac. Mech. Eng., Maribor, SI) [849]
P5.100 Batcher-detector characteristic and residence time P5.120 Hydrodynamics of pulsing flow in three-phase reac- determination. M. Dolata, *J. A. Michalski, D. Zio´ łkowski tors operated at elevated pressure. *A. Szlemp, G. Bartelmus, (Inst. Phys. Chem., Warszawa, PL) [267] D. Janecki1 (Inst. Chem. Eng., Gliwice, PL; 1Univ. Opole, PL) [910]
P5.101 Flow analysis of immiscible fluids in packed beds. P5.121 Hydrodynamics of three-phase solid bed reactor for *S. Chikh, H. Bouhadef, K. Bouhadef (USTHB, Alger, DZ) [277] foaming system. *D. Janecki, G. Bartelmus, A. Szlemp1 (Univ. Opole, PL; 1Inst. Chem. Eng., Gliwice, PL) [911] P5.102 Solution of slow steady state flow problem in a constant width channel with taking into account curvature distinction of its P5.122 Experimental study of soil erosion by splash. M. boundaries. L. M. Ulyev (Nat. Tech. Univ., Kharkiv, UA) [332] Bouhadef, *L. Mouzai (USTHB, Algiers, DZ) [992]
P5.103 Numerical simulation for two-phase flow velocity fluctua- P5.123 Verification of CFD model by stimulus response method. tion. *A. Matsuura, H. Nakamura, S. Hiraoka1,Y.Tada1,Y.Kato1, *J. Thy´n, M. Novy´, P. Houdek, G. Borroto Portela1,R.Zˇ itny´ M. Kojima1 (Daido Inst. Technol., Nagoya, JP; 1Nagoya Inst. Tech- (Czech Tech. Univ., Praha, CZ; 1ISCTN, La Habana, CU) [999] nol., JP) [326]
P5.104 The characteristics of the emulsion produced using differ- ent methods. J. Hapanowicz (Tech. Univ. Opole, PL) [376]
56 P5.124 Experimental study of surface gravity waves induced P5.140 Inter-phase momentum transfer in gas-solid flows. by an obstacle moving in a hydraulic channel. T. Guendouzen, *D. Kandhai, J. J. Derksen, H. E. A. Van den Akker (Delft *M. Bouhadef, T. Zitoun (USTHB, Algiers, DZ) [1000] Univ. Technol., NL) [1404]
P5.125 Gravity capillary waves in a hydraulic channel. P5.141 Heterogeneous mass transfer models for gas absorption *A. Younsi, M. Bouhadef, T. Guendouzen (USTHB, Al- in two-phase systems. *D. Wlodarczyk, H. Kierzkowska-Pawlak, giers, DZ) [1001] R. Zarzycki (Tech. Univ. Lodz, PL) [1405]
P5.126 The influence of small tube diameter and inclination angle P5.142 Analysis of compression stations gas turbine function- on flooding phenomena. *A. A. Mouza, S. V. Paras, A. J. Kara- ing under the Saharian South Algerian conditions. A. Slimane belas (Aristotle Univ., Thessaloniki, GR) [1022] (Univ. Boumerdes, DZ) [1419]
P5.127 A novel viscometric sensor for measuring the apparent P5.143 Modelling of non-ideal injection in liquid chromatogra- wall slip effect. *O. Wein, M. Vecˇerˇ (Inst. Chem. Proc. Fundam., phy. *G. Grznarova, M. Polakovicˇ, P. Acˇai, T. Go¨rner1 (Slo- Praha, CZ) [1057] vak Univ. Technol., Bratislava, SK; 1CNRS/INPL, Vandoeu- vre, FR) [1461] P5.128 Acoustics of bubble formation: a preliminary study. *P. Dostal, M. Ruzicka1, J. Drahosˇ1,K.Wichterle(Tech. Univ. Os- P5.144 Study of thixotropic behaviour of potato starch with trava, CZ; 1Inst. Chem. Proc. Fundam., Praha, CZ) [1068] selected hydrocolloids. *M. Grzesik, P. Ptaszek (Acad. Agric., Krako´w, PL) [1478] P5.129 Effect of surface active agents on flow regime transition in bubble columns. P. Me na , *M. Ruzicka1, J. Drahosˇ1, J. Teixeira2, F. Roc ha (Univ. Porto, PT; 1Inst. Chem. Proc. Fundam., Praha, CZ; 2Univ. Minho, Braga, PT) [1070] P5 Posters — Wednesday Fluid flow and multiphase systems P5.130 Effect of viscosity on flow regime transition in bub- ble columns. P. Me na , *M. Ruzicka1, J. Drahosˇ1, J. Teixeira2, F. Roc ha (Univ. Porto, PT; 1Inst. Chem. Proc. Fundam., Praha, CZ; Mixing 2Univ. Minho, Braga, PT) [1071] P5.145 Mixing studies - the effect of non-Newtonian fluid be- P5.131 Staged bubble columns with hydrophones and high- haviour. *L. SlemenikPersˇe,M.Zˇ umer (Fac. Chem. Chem. Tech- speed video. V. Hoeller, *M. Ruzicka1, A. Renken, J. nol., Ljubljana, SI) [149] Drahosˇ1 (Swiss Fed. Inst. Technol., Zu¨rich, CH; 1Inst.Chem.Proc. Fundam., Praha, CZ) [1077] P5.146 Characteristics and efficiency of screw agitators in a tube. F. Rieger (Czech Tech. Univ., Praha, CZ) [623] P5.132 High-speed video images of hydrodynamic interac- tions in bubbly flow. *D. Bro¨ der, M. Ruzicka1, J. Drahosˇ1, P5.147 Local swell of surface by liquid macro-vortex in stirred ves- M. Sommerfeld (Martin-Luther-Univ., Halle-Wittenberg, DE; sel. *M. Jahoda, K. Paru˚zˇek, V. Machonˇ (Inst. Chem. Technol., 1Inst. Chem. Proc. Fundam., Praha, CZ) [1080] Praha, CZ) [993]
P5.133 A new model viscoelastic liquid based on water-soluble P5.148 Energy dissipation in flocculation tank stirred by A310 im- polymers. *J. Tihon, V. Tovcˇigrecˇko(Inst. Chem. Proc. Fundam., peller - study. *R. Sˇ ulc, P. Ditl (Czech Tech. Univ., Praha, CZ) [446] Praha, CZ) [1148] P5.149 Momentum transfer in an agitated vessel equipped P5.134 A comparison of two numerical modelling approaches for with an eccentrically located impeller. *J. Karcz, M. Cudak the simulation of particle dispersion in turbulent mixing layer. *L. Li, (Tech. Univ. Szczecin, PL) [1020] X. Yang, J. Wood1 (Univ. Paisley, UK; 1Univ. Strathclyde, Glas- gow, UK) [1216] P5.150 An efficiency of the heat transfer process in an agitated vessel equipped with a vertical tubular coil. *J. Karcz, F. Strek, P5.135 Modelling of phenomena occurred during moulding pro- M. Major, M. Michalska (Tech. Univ. Szczecin, PL) [1016] cess by means of Polyflow program. *J. Koszkul, K. Szczepanski, O. Suberlyak (Tech. Univ. Czestochowa, PL) [1293] P5.151 Investigation of heat transfer coefficient distribution on the tank wall for a flat-blade impeller. *A. Niedzielska, C. Kuncewicz P5.136 Light particle - liquid interaction in an inverse flu- (Tech. Univ. Lodz, PL) [519] idized bed. B. Kawalec-Pietrenko, *J. Szczepaniak (Tech. Univ. Gdansk, PL) [1363] P5.152 Energy dissipation rate in the tank with self-aspirating im- pellers. *A. Kania, C. Kuncewicz (Tech. Univ. Lodz, PL) [319] P5.137 The interest of Hydrocyclone equipped with underflow Grit pot to concentrate suspended matter in run-off water treatment. P5.153 Non-conventional construction of the impellers against *C. Puprasert, G. Hebrard, Y. Aurelle (INSA, Toulouse, FR) [1365] the background of standard classification. P. Wesolowski (Poz- nan Univ. Technol., PL) [534] P5.138 Rheological properties of the blood of newborns. *S. G. Etemad, T. Mousavand, S. A. Foroutan1 (Isfahan P5.154 The stirring oscillation method for study of the bioprocess. Univ. Technol., IR; 1Univ. Shahid Behesti, Tehran, IR) [1375] *A. Berzins, M. Rikmanis, U. Viesturs, M. Toma, B. Viskere (Inst. Microbiol. Biotechnol., Riga, LV) [943] P5.139 Numerical simulation of coastal structures impact in nearshore zone. *M. C. Khellaf, M. Bouhadef (USTHB, Al- P5.155 Homogenization in two- and three-phase multi-impeller giers, DZ) [1379] stirred reactor. *H. Majı´rˇova´, M. Jahoda, V. Machonˇ (Inst. Chem. Technol., Praha, CZ) [480]
57 P5.156 Research of mixing with the odered loading of compo- P5.170 Analysis of Pressure Fluctuations Feedback in Fluidised nents. *V. Pershin, Yu Selivanov, O. Demin, V. Orlov (Tambov Beds. *J. M. Arago´n, D. Jime´nez, M. C. Palancar (Univ. Com- State Tech. Univ., RU) [562] plutense, Madrid, ES) [306]
P5.157 Hydrodynamics and morphology of filamentous bacteria P5.171 Temperature distribution within the coal particle during in a stirred tank fermenter. S. Groslambert, S. Blacher, *M. Crine drying in fluidized bed. *M. S. Komatina, M. S. Ilic1,D.K.Vo- (Univ. Liege, BE) [1486] ronjec (Fac. Mech. Eng., Beograd, YU; 1Inst. Nucl. Sci. Vincˇa, Beograd, YU) [1256] P5.158 Oxygen transfer in mechanically agitated systems: with two liquid systems. *D. Wlodarczyk, H. Kierzkowska-Pawlak, P5.172 Hydrodynamics of a conical spouted bed at high temper- R. Zarzycki (Tech. Univ. Lodz, PL) [1337] atures. *M. J. San Jose´, S. Alvarez, M. A. Izquierdo, R. Aguado, M. Olazar (Univ. Paı´s Vasco, Bilbao, ES) [909]
P5.173 Particle trajectories and cycle times in spouted beds. P5 Posters — Wednesday *M. J. San Jose´, S. Alvarez, M. A. Izquierdo, R. Aguado, Mixing of suspensions M. Olazar (Univ. Paı´s Vasco, Bilbao, ES) [926] P5.174 Conical spouted bed technology with internal devices P5.159 Suspension efficiency of axial impellers. *T. Jirout, B. Ky- for combustion of wood wastes. *M. J. San Jose´, S. Alvarez, sela, F. Rieger, P. Ditl, R. Sperling1, S. Jembere1 (Czech M. A. Izquierdo, R. Aguado, M. Olazar (Univ. Paı´s Vasco, Bil- Tech. Univ., Praha, CZ; 1Anhalt Univ. Appl. Sci., Ko¨then, DE) [669] bao, ES) [898]
P5.160 Mixing of suspensions in the slender tanks. *F. Rieger, P5.175 Entrainment of fine particles from an agitated fluidized E. Rzyski1 (Czech Tech. Univ., Praha, CZ; 1Te c h . Un iv. bed. *A. Reyes, G. Molina (Univ. Santiago de Chile, CL) [1445] Lodz, PL) [641] P5.176 The fountain in spouted beds. *M. J. San Jose´, S. Al- P5.161 Experimental studies of the solid - liquid system in an varez, M. A. Izquierdo, R. Aguado, J. Bilbao (Univ. Paı´s Vasco, agitated vessel with the no-standard baffles. *J. Karcz, D. Wiech Bilbao, ES) [942] (Tech. Univ. Szczecin, PL) [1017] P5.177 Magnetically stabilized circulating fluidized bed. S. N. P5.162 Aggregation and breakage of solid particles in suspen- Chichbankar, A. Bhanarkar, S. K. Dahikar, D. B- Nagrale, sions agitated in a vibrating mixer. A. T. Gierczycki (Silesian *R. L. Sonolikar (Laxminarayan Inst. Technol., Nagpur, IN) [762] Univ. Technol., Gliwice, PL) [106]
P5.163 Effect of particle concentration on solid-liquid mass trans- fer coefficients in stirred vessels. *F. Grisafi, F. Simone, A. Bru- P5 Posters — Wednesday cato, L. Rizzuti (Univ. Palermo, IT) [1279] Heat transfer processes P5.164 Synthesis and characterisationof CdS clusters and super- clusters in A type zeolite. *R. Ramı´rez-Bon, M. Flores-Acosta, P5.178 Turbulent double diffusion modelling in salt solar accumu- R. Ochoa-Landı´n, H. Arizpe-Chavez1, M. Soltelo-Lerma1, lations. R. Musemic (Univ. Sarajevo, BA) [1226] F. F. Castillo´ n-Barraza1 (Univ. Quere´taro, MX; 1Univ. Sonora, Her- mosillo, MX) [1271] P5.179 Numerical model of vacuum freeze drying of ran- dom solids at two-region contact-radiative heating. *J. Nastaj, P5.165 Ceramic fiber suspensions - continuum theory and prac- K. Witkiewicz (Tech. Univ. Szczecin, PL) [1089] tical issues. W. Pabst (Inst. Chem. Technol., Praha, CZ) [1369] P5.180 Mathematical modeling of biomaterials vacuum freeze drying at contact -microwave heating. J. Nastaj, *K. Witkiewicz (Tech. Univ. Szczecin, PL) [1087] P5 Posters — Wednesday Fluid flow and multiphase systems P5.181 Natural convection in a partially porous channel with localized heat sources. *K. Bouhadef, S. Chikh (USTHB, Al- giers, DZ) [994] Fluidization P5.182 Parallel flow asymmetries in heat exchangers. *R. Zˇ itny´, P5.167 Hydrodynamic behaviour of a gas-solid air-loop stripper. J. Thy´n, P. Houdek (Czech Tech. Univ., Praha, CZ) [983] *Liu Mengxi, Lu Chunxi (Univ. Petrol., Beijing, CN) [184] P5.184 Experimental study on convective coefficients in a slurry P5.168 Study of powder coating in fluidized bed. Con- bubble column. I. Quiroz, I. Herrera Delgado, *D. Gonza´lez- sequences of the air-liquid injection on the hydrodynamic Mendizabal (Univ. Simo´n Bolı´var, Caracas, VE) [460] and thermal behaviour of a fluidised bed. *R. Cherif, M. Hemati1, C. Laguerie1 (EMP, Boumerdes, DZ; 1ENSIGC, P5.185 Design of experiments in the inverse drying problems. Toulouse, FR) [257] *L. P. Kanevce, G. H. Kanevce, V. B. Mitrevski, Z. Z. Angelevski (Kliment Ohridsky Univ., Bitola, MK) [838] P5.169 Residence time of gas in an organized fluidized bed. M. Dolata, *J. A. Michalski, D. Zio´ łkowski (Inst. Phys. Chem., P5.186 An improved way of coupling between a mechanical Warszawa, PL) [290] heat pump and a thermo-chemical heat pump, in order to ob- tain a system with an increased efficiency of energy management. R. Onofrei, *A. Bita (Univ. Politehnica, Bucuresti, RO) [681]
58 P5.187 Temperature control in the induction furnace. G. A. Dmit- P5.204 Heat transfer coefficient in two-phase annular viscous ryev, *D. V. Prutensky, E. A. Prutenskaya (Tver Tech. liquid-inert gas flow. *G. Filipczak, L. Troniewski, S. Witczak Univ., RU) [588] (Tech. Univ. Opole, PL) [752]
P5.188 A simulation model for analysing the thermal behaviour of P5.206 Vacum dryer for drying products of special purpose. a solar convective dryer. *S. Chemkhi, F. Zagrouba, C. Kerkeni, A. Petrovic, *A. Dedic1, M. Spasojevic2 (Fac. Mech. Eng., D. Mihoubi, A. Ballagi1 (Inst. Nat. Rech. Sci. Tech., Hammam Beograd, YU; 1Fac. Forestry, Beograd, YU; 2Thermo-energetic Lif, TN; 1Ec. Nat. Ing. Monastir, TN) [168] Plant N. Tesla, Obrenovac, YU) [1330]
P5.189 A numerical model that accounts for the coupling of P5.207 Analytical solution of forced convection of nonlinear vis- the heat and mass transfer and the rheological behavior of a coelastic fluids between parallel plates with moving boundary. viscoelastic material. *S. Chemkhi, D. Mihoubi, F. Zagrouba, S. H. Hashemabadi, *S. G. Etemad1, M. R. Golkar Naranji, A. Ballagi1 (Inst. Nat. Rech. Sci. Tech., Hammam Lif, TN; J. Thibault2 (Amirkabir Univ. Technol., Tehran, IR; 1Isfahan 1Ec. Nat. Ing. Monastir, TN) [167] Univ. Technol., IR; 2Univ. Ottawa, CA) [1374]
P5.190 Install compact heat exchanger to replace shell and tube P5.208 The influence of a solute concentration level and elec- heat exchangers in platforming unit. *M. A. Masri, N. Maachi (Al- tric field on mass transfer during droplet formation and motion in gerian Pet. Inst., Boumerdes, DZ) [26] a liquid-liquid contactor. T. Elperin, *A. Fominykh (Ben-Gurion Univ. Negev, Beer-Sheva, IL) [1382] P5.191 Experimental study on Marangoni effect induced by heat and mass transfer. G. Savoca, C. Caballero, E. Villafana, P5.209 The application of quasichemical method of Stogrin- *M. E. Aguilera (Univ. Sı´mo´n Bolı´var, Caracas, VE) [462] Hirschfelder for data correlation of thermal conductivity of inert gases at low temperatures. *A. G. Shashkov, O. A. Kolenchits, P5.192 Estimation of influence of turbulent flow structure on heat N. A. Nesterov (Inst. Heat Mass Transfer, Minsk, BY) [1433] transfer coefficient distribution on surface impinged by free jet. L. Boguslawski (Poznan Univ. Technol., PL) [450]
P5.193 A molecular quantum mechanism of natural convection P5 Posters — Wednesday heat transfer to a fluid with polar molecules. G. Soare (Univ. Po- litech., Bucuresti, RO) [384] Particulate solids
P5.194 Measurement of temperature fields using thermochromic P5.210 A fundamental study of dry and wet grinding from the view- liquid crystals. *J. Vejrazˇka, P. Marty1, V. Sobolı´k (Inst. Chem. point of bending test with impact. *Y. Kanda, N. Kotake, S. Sano Proc. Fundam., Praha, CZ; 1CEA, Grenoble, FR) [282] (Yamagata Univ., JP) [1056]
P5.195 Contribution to the rational exploitation of the band brake P5.211 Structural evolution and thermal stability of ball milled of the drillig winch. A. Benbrik (Univ. Boumerdes, DZ) [272] Ti-Al powders for different concentrations and milling time. *F. J. Espinoza-Beltra´n, J. Vela´zquez-Salazar, J. Morales- P5.196 Mass transfer at solid melting in solution. *S. Petrescu, Herna´ndez1 (IPN, Quere´taro, MX; 1Univ. Auton., Quere´- A. Bacaoanu (Tech. Univ., Iasi, RO) [223] taro, MX) [1361]
P5.197 Local heat transfer coefficient at spherical particle melting. P5.212 A qualitative dynamic model of an autogenous mill. *S. Petrescu, L. D. Horoba, C. Lisa (Tech. Univ., Iasi, RO) [221] M. Dohnal, *A. Krejcˇı´ (Tech. Univ. Brno, CZ) [1451]
P5.198 Numerical simulation of mixed convection flow and heat P5.213 Influence of kernel size on wheat milling properties. transfer in horizontal ducts. K. Loubar, *Y. K. Benkahla (USTHB, *D. Dziki, J. Laskowski (Agric. Acad., Lublin, PL) [756] Algiers, DZ) [1253] P5.214 The problems of energy consumption in hammer mill for P5.199 Free convective mass transfer at inclined isosceles trian- corn grain. J. Kalwaj, *A. Mrozinski (Univ. Technol. Agric., Byd- gles. *M Keppert, J. Kry´sa, A. A. Wragg1 (Inst. Chem. Technol., goszcz, PL) [961] Praha, CZ; 1Univ. Exeter, UK) [1162] P5.215 The effect of the wetting parameters on the power de- P5.200 A study of transport phenomena in a dryer with im- mand during the drum granulation. *A. Heim, T. Gluba, A. Obra- mersed channels. *K. Daoud, M. Daoud, H. Abchiche, Z. Djellab niak (Tech. Univ. Lodz, PL) [591] (USTHB, Algiers, DZ) [1206] P5.216 The effect of bed wetting conditions on the qual- P5.201 Mathematical model for swirl laminar flow with heat trans- ity of a product obtained during drum granulation. T. Gluba fer. V. Iacob, *D. C. Popescu (PETROM, Ploiesti, RO) [1284] (Tech. Univ. Lodz, PL) [337]
P5.202 A heat transfer study on fins of various shapes. *L. Oufer, P5.217 The effect of process and equipment parameters on bulk F. Louni, A. Mouheb (USTHB, Algiers, DZ) [1272] density of the bed during drum granulation. A. Heim, T. Gluba, *A. Obraniak (Tech. Univ. Lodz, PL) [338] P5.203 Analysis of thermal processes of steam boilers for fast steam production. *M. Masic, M. Komatina1,M. P5.218 Plasma spraying enables spheroidisation of tungsten par- Ristivojevic1 (Milit. Tech. Inst., Beograd, YU; 1Fac. Mech. Eng., ticles. *V. Brozˇek, V. Dufek, K. Neufuss (Inst. Plasma Phys., Beograd, YU) [1269] Praha, CZ) [1494]
59 P5.219 Manufacturing of a multicomponent mixture with usage of P7.4 Cadmium removal from aqueous solutions by sunflower two-stage technology of feeding. *V. Pershin, S. Barishnikova, stalks: first results of kinetic and equilibrium studies. *H. Benaissa, A. Osipov, D. Filimonov (Tambov State Tech. Univ., RU) [495] M. A. Elouchdi (Univ. Tlemcen, DZ) [1105]
P5.220 The contribution to solution of energetical aspect of par- P7.5 Purification of laundry water with H2O2/UV. *M. Si- ticulate material mixing. *Sˇ .Guzˇela, M. Peciar, M. Juriga (Slovak monicˇ, S. Sostar Turk1 (Fac. Chem. Chem. Eng., Maribor, SI; Univ. Technol., Bratislava, SK) [941] 1Fac. Mech. Eng., Maribor, SI) [1152]
P5.221 Attrition action of long granular materials in a ribbon P7.6 Rheological characteristics of sewage sludge conditioned blender. *S. Masiuk, M. Kordas (Tech. Univ. Szczecin, PL) [896] with ultrasonic field. J. B. Bien, *B. Matysiak, J. D. Bien (Tech. Univ. Czestochowa, PL) [1025] P5.222 Separation of granular materials with use of centrifugal forces. *P. G. Zouev, N. A. Yakovlev, S. S. Kalinichenko (Kuban P7.7 Analysis of influence of the inflows in the active vol- State Technol. Univ., Krasnodar, RU) [881] ume of reservoirs for the pollutant dispersion. M. C. Palan- car, *J. M. Arago´n, F.Sa´nchez, R. Gil1 (Univ. Complutense, P5.223 Research of batching of fibrous materials. *P. G. Zouev, Madrid, ES; 1Nucl. Sec. Counc., Madrid, ES) [619] A. A. Gergel, A. V. Orlov (Kuban State Technol. Univ., Krasnodar, RU) [878] P7.8 Cleaner technologies for plating shops. A. Nakonieczny, *M. Kieszkowski (Inst. Prec. Mech., Warszawa, PL) [210] P5.224 Pressing of by-products at the grain processing enter- prises. *P. G. Zouev, A. V. Orlov, A. A. Gergel (Kuban State Tech- P7.9 Solvent recovery from solvent containing wastewaters in nol. Univ., Krasnodar, RU) [876] the pharmaceutical industry. *A. Kovacs, J. Dencs, G. Marton (Univ. Veszpre´m, HU) [1171] P5.225 Determining solids flow rate for blow tank pneumatic con- veying systems: an approximate method. D. McGlinchey (Cale- P7.10 Starch based environment-friendly flocculants. donian Univ., Glasgow, UK) [15] *Z. Pikovszki, G. No¨ s, J. Dencs, G. Marton (Univ. Veszpre´m, HU) [1172] P5.226 Microscopic particle evaluation using an image analyser. *E. Jira´k, P. Povolny´ (Inst. Chem. Technol., Praha, CZ) [1491] P7.11 A study about the quality of the atmospheric air of the Uberlandia city in Brazil. E. A. Barbosa, R. M. Ro- drigues, E. A. P. Lima, J. J. R. Damasceno, *M. A. S. Barrozo (Fed. Univ. Uberlandia, BR) [799] P5 Posters — Wednesday P7.12 Determination of diffusion coefficient of some organic high Last minute submissions toxic substances by using diffusion tube. *J. I. Bastic, S. Ivanovic, D. U. Skala1 (Inst. Yugosl. Milit., Beograd, YU; 1Fac. Technol. Met- P5.227 INTINT - Intelligent Column Internals for Reactive Sepa- all., Beograd, YU) [840] rations. A novel design methodology for tailor-made column in- ternals (EU GROWTH Project). *A. Go´ rak, E Kenig, P. Moritz1, P7.13 Methods and algorithmus of air-polluting source iden- J. Klemes2 (Tech. Univ. Dortmund, DE; 1Sulzer Chemtech AG, tification. A. F. Egorov, T. V. Savitskaya, S. P. Dudarov, Winterthur, CH; 2UMIST, Manchester, UK) [1529] *A. S. Makarova (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU) [922] P5.228 Application of adaptive temperature control to an ethy- lene cracking pilot plant furnace. *M. E. Masoumi, M. Sadrameli1, P7.14 Examples of aggressive components appearance in in- A. Niaei1 (Islamic Azad Univ., Tehran, IR; 1Tarbiat Modarres Univ., dustrial areas. *B. Varlakova, S. Varlakova (Inst. Mat. Invest., Tehran, IR) [1527] Skopje, MK) [636]
P5.229 Heat and power production in acrylic acid process design. P7.15 Kinetic study of cadmium biosorption from aqueous solu- *A. Gorsˇek, P. Glavicˇ (Fac. Chem. Chem. Eng., Maribor, SI) [56] tions by activated sludge: first experimental results and modelling. *H. Benaissa, M. A. Elouchdi (Univ. Tlemcen, DZ) [1109] P5.230 CFD analysis of the sailrail air bearing material han- dling system. *J. Chung, M. S. Perera (Ryerson Univ., Toronto P7.16 Results from water treatment research by a new type Ont., CA) [12] of UV irradiation equipment. K. Scho¨ ps, H. Bergmann, *K. Bouzek1 (Anhalt Univ. Appl. Sci., Ko¨then, DE; 1Inst. Chem. Tech- nol., Praha, CZ) [1255]
P7 Posters — Thursday P7.17 The raw material influence on odour nuisance of phos- Symposium on environmental engineering phoric acid production. J. Kosmider, *M. Zamelczyk-Pajewska and management (Tech. Univ. Szczecin, PL) [599] P7.18 Toxic emissions from waste oils burned in 102 kW P7.1 Removal of fluoride from industrial wastewater. R. Aldaco, boiler with atomizing burner. V. Tydlita´t,J.Janota1,V.Peka´rek, *J. A. Irabien (Univ. Cantabria, Santander, ES) [781] *M. Puncochar (Inst. Chem. Proc. Fundam., Praha, CZ; 1Municpal Authority, Praha, CZ) [1157] P7.3 Textile wastewater treatment by a photochemical process. *I. Siminiceanu, M. Neamtu1, A. Yediler1, A. Kettrup1 (Tech. P7.19 Release and partition of selected alkali metals and heavy Univ. Iasi, RO; 1Inst. Ecol. Chem., Mu¨nchen, DE) [940] metals in pressurised substoichiometric combustion of coals. *J. Cˇ erma´k, K. Svoboda, M. Pohorˇely´ (Inst. Chem. Proc. Fun- dam., Praha, CZ) [1095]
60 P7.20 The improvement of activated sludge by static magnetic P7.35 Modelling of norm scale deposition in oil industry. field. *A. Tomska, M. Janosz-Rajczyk, E. Neczaj, M. Madela, M. S. Hamlat, *H. Kadi1, H. Fellag1 (Cent. Rech Nucl., Alger, DZ; L. Gadek (Tech. Univ. Czestochowa, PL) [978] 1Univ. Mouloud Mammeri, Tizi-Ouzou, DZ) [362]
P7.21 Recycling of mixed alkaline high-grade waste paper by P7.36 Kinetics of FVA degradation in a fluidized bed reac- enzymatic treatment. *U. Viesturs, M. Eisimonte, T. Eremeeva, tor. *A. Caro, L. Ocana, P. Leto´n (Alcala´ Univ., Alcala´de E. Eisimonte (Latv. State Inst. Wood Chem., Riga, LV) [933] Henares, ES) [358]
P7.22 The possibilities of volatile fatty acids generation during P7.37 Biodegradable PHB composite material for food pack- co-fermentation of high starch organic wastes and sewage sludge aging. *S. Muizniece-Brasava, L. Savenkova1,A.B.Dzene2, - mesophilic versus thermophilic conditions. *E. Wisniowska, L. Dukalska (Latv. Univ. Agric., Jelgava, LV; 1Latv. Univ., Riga, LV; M. Janosz-Rajczyk, I. Nowak, J. Wasinska (Tech. Univ. Czesto- 2Riga Tech. Univ., LV) [348] chowa, PL) [886] P7.38 Ultrasonic influence on the phenol sorption process. N. Ko- P7.23 Genotoxic effects of selected methylammonium chlorides marova, *M. Sulman, E. Sulman (Tver Tech. Univ., RU) [301] on Bacillus subtilis. E. Grabinska-Sota, *E. Wisniowska1 (Sile- sian Univ. Technol., Gliwice, PL; 1Tech. Univ. Czesto- P7.39 An electrochemical technology for antimony removal chowa, PL) [850] from waste acid systems. H. Bergmann, A. S. Koparal1, *K. Bouzek2 (Anhalt Univ. Appl. Sci., Ko¨then, DE; 1Anadolu Univ., P7.24 Elimination of ammonium nitrogen from coke plant wastew- Eskisehir, TR; 2Inst. Chem. Technol., Praha, CZ) [266] ater. E. Sperczynska, *E. Wisniowska (Tech. Univ. Czesto- chowa, PL) [845] P7.40 The research over butanol biodegradation in the bed of preselected pine tree bark in the range of unsteady-state working P7.25 Sorption of the ions heavy metal ions from wastew- conditions. M. Palica, *K. Chmiel (Silesian Univ. Technol., Gli- ater. *I. Dedenko, I. Samodumova, G. Telbiz1, O. Shvets1, wice, PL) [245] P. Jaremov1, V. I’llin1 (Sorption, Kyiv, UA; 1Inst. Phys. Chem., Kyiv, UA) [574] P7.41 Physiochemical treatment of final tannery wastewater ef- fluent - A case study. Part I. *A. I. Hafez, M. S. El-Manharawy, P7.26 Salt river monitoring through an empiric model. M. A. Khedr (Nat. Res. Cent., Cairo, EG) [63] C. R. M. Silva, R. S. Melo1, *R. R. Souza (UFS, Sao Cristovao, BR; 1CDS, Brazı´lia, BR) [565] P7.42 High purity silicon carbonthermal production: ecological advantages. *N. V. Nemtchinova, B. A. Krasin1,V:E.Kloytz P7.27 Progresses in reactor development and application of a (Irkutsk State Tech. Univ., RU; 1Inst. Geochem., Irkutsk, RU) [639] cascade moving particle bed reactor for the electrochemical treat- ment of process waters. H. Bergmann, A. Rittel, *K. Bouzek1, P7.43 Production of carbohydrate-protein fodder from brewing M. Paidar1, A. S. Koparal2 (Anhalt Univ. Appl. Sci., Ko¨then, DE; waste. *I. V. Chakir, A. V. Vasiliev, V. I. Panfilov (Mendeleev 1Inst. Chem. Technol., Praha, CZ; 2Anadolu Univ., TR) [556] Univ. Chem. Technol. Russia, Moskva, RU) [655]
P7.28 p-Toluenesulfonic acid abatement with ozone. M. A. Mi- P7.44 A study of MSWincineration fly ash: characteriza- randa, A. M. Amat, A. Arques, S. Seguı´, *F. Lopez tion of physical and chemical properties, and metal leaching (Tech. Univ. Valencia, ES) [545] by Aspergillus niger. H. Y. Wu, *Y. P. Ting (Nat. Univ. Singa- pore, SG) [1298] P7.29 Reprocessing of depleted uranium hexafluoride. K. An- dreev, V. Galkin, A. Ivanov, O. Knyazev, *V. Seredenko, P7.45 The application of activated carbons to sorption and V. Shatalov, E. Shpectorov (Russ. Res. Inst. Chem. Technol., biodegradation of phenol. M. Madela, *A. Tomska, E. Neczaj, Moskva, RU) [85] H. Jablonska (Tech. Univ. Czestochowa, PL) [976]
P7.30 Effect of different metals commonly used as homogeneous P7.46 The methodology for environmental risk assessment of catalysts on the oxygen consumption of active sludges: a respiro- industrial accidents with effect on environment. *V. Ficbauer, metric study. A. M. Amat, *A. Arques, A. Domenech, C. Gisbert, D. Doskocˇilova´ (Tech. Univ. Brno, CZ) [1311] R. Vicente (Tech. Univ. Valencia, ES) [443] P7.47 Gold biosorption by macrofungus: mathematical models P7.31 An influence of selected technological processes on the and pH effects. A. K. Mittal, *Y. P. Ting 1 (Indian Inst. Technol., content of heavy metals in textile products. *M. I. Szynkowska, E. Delhi, IN; 1Nat. Univ. Singapore, SG) [1300] Lesniewska, ´ T. Paryjczak, F. Rybicki (Tech. Univ. Lodz, PL) [397] P7.48 Ultrasonic field energy in some of the environmental ap- P7.32 Air quality models for odour impact assessment. P. Ce´n- plications. J. Bien, *L. Stepniak, L. Wolny (Tech. Univ. Czesto- tola,R.DelRosso,M.IlGrande,A.N.Rossi,*S. Sironi (Po- chowa, PL) [1334] litecnico, Milano, IT) [393] P7.49 Risk analysis of hi tech membrane companies based P7.33 Stoichiometry and kinetics of VFAs anaerobic degradation. on predictions of future prices. *V. Kucˇerova´, M. Dohnal *K. Boltes, P. Leto´ n, E. Garcı´a Calvo (Alcala´ Univ., Alcala´de (Tech. Univ. Brno, CZ) [1360] Henares, ES) [374] P7.50 Emissions of NOx and N2O in pressurized fluidized bed P7.34 Ozonisation coupled with biological degradation for combustion of subbituminous coals. *K. Svoboda, M. Hartman, wastewater treatment: a mechanistically-based study. *A. M. M. Pohorˇely´ (Inst. Chem. Proc. Fundam., Praha, CZ) [1387] Amat, A. Arques, J. Bravo, H. Beneyto, A. Domenech, M. A. Mi- randa (Tech. Univ. Valencia, ES) [365]
61 P7.51 Modeling of oxygen mass transfer within wastewater film in P7.67 Experimental investigation of drying of carrots in a flu- rotating biological contactors. R. E. Ceclan, T. Dobre, M. Ceclan, idized bed with inert particles as heat carrier. M. S. Hatamipour, *A. Sturzoiu, O. Floarea (Univ. Politehnica, Bucuresti, RO) [1391] *D. Mowla (Shiraz Univ., IR) [1314]
P7.52 Evaluation of combined system of pressure swing adsorp- P7.68 Application of continuous chromatographic separation tion and super cold separator for CO2 recovery from boiler ex- in sugar processing. *Z. Bubnı´k, V. Pour, A. Gruberova´, haust gas. *S. Uchida, S. Tsuneoka1, N. Tomonaga1,S.Narita2, H. Sˇ tarhova´, A. Hinkova´, P. Kadlec (Inst. Chem. Technol., Y. Takamura2 (Shizuoka Univ., Hamamatsu, JP; 1Mistubishi Heavy Praha, CZ) [208] Ind., Nagasaki, JP; 2Chubu Elect. Power Co., Nagoya, JP) [1399] P7.69 Mineral membrane filtration in refinement of starch hy- P7.53 Reduction of fugitive emissions by implementation of LDAR drolysates. *A. Hinkova´, I. Bohacˇenko, Z. Bubnı´k, M. Hrstkova´, program. *A. Micˇı´kova´, J. Milickova, B. Sˇ tulrajter (Slovnaft P. Jankovska´ (Inst. Chem. Technol., Praha, CZ) [324] VU´ RUP, Bratislava, SK) [1401] P7.70 Rheological properties of tomato’s fluid products. P7.54 Mutual relations of ethical and financial aspects of hi-tech L. Broniarz-Press, *S. Dryjer, M. Samulska (Poznan Univ. Tech- environmentally oriented companies. J. Markesova´, A. Putnova´, nol., PL) [195] V. Korab, *M. Dohnal (Tech. Univ. Brno, CZ) [1429] P7.71 Separation properties of nanofiltration membrane during P7.55 Natural zeolite application in the treatment of wastew- purification of salts and sugars solutions. *M. Hrstkova´, Z. Bub- ater obtained by dyeing process of acrylic fibers using nı´k, A. Hinkova´, V. Pour (Inst. Chem. Technol., Praha, CZ) [569] BEZACRYL-dyes. *V. Stankov-Jovanovic, V. Mitic, O. Jo- vanovic, B. Jovanovic1 (Fac. Nat. Sci. Math., Nis, YU; 1DP Piro- P7.72 The bakery processing quality of different wheat varieties tex, Pirot, YU) [1493] of HMW-glutenin lines. *M. Valova´, K. Juracˇkova´, J. Prˇı´hoda (Inst. Chem. Technol., Praha, CZ) [1232] P7.56 Aerobic biodegradation of two different oils by a Bacil- lus strain. M. A. Aparicio, M. Eiroa, A. Va´zquez, C. Kennes, P7.73 Recovery of tartrates from Iranian grape pomace. *M. C. Veiga (Univ. Corunˇa, ES) [1485] *A. Shahvelayati, S. Saffarzadeh1, S. Shokrollahzadeh1 (Is- lamic Azad Univ., Tehran, IR; 1IROST, Tehran, IR) [1034] P7.57 Adsorptive and colloidal properties of soil fractions. A. W. Marczewski (M. Curie-Sklodowska Univ., Lublin, PL) [1484] P7.74 Construction of a neural net that describes the disper- sion number in an extractor of alternative plates. J. B. Severo P7.58 Effect of temperature and a shutdown period on perfor- Ju´ nior, F. L. G. Lopes1, *R. R. de Souza (UFS, Sao Cristovao, BR; mance of a gas-phase biofilter. O. J. Prado, J. A. Mendoza, 1Fac. Admin., Aracaju, BR) [422] M. C. Veiga, *C. Kennes (Univ. Corunˇa, ES) [1476] P7.75 Evaluation of chemical changes during germination of lupin P7.59 Water and wastewater minimization through mathematical seeds. *M. Skulinova´, P. Kadlec, J. Dosta´lova´, M. Zatopkova´, optimization method. *M. Gougol, M. Shahini, H. Pahlevan Zadeh V. Hosnedl1, J. Hrachovinova´1 (Inst. Chem. Technol., Praha, CZ; (Iranian RD Cent. Chem. Ind., IR) [1499] 1Czech Agric. Univ., Praha, CZ) [453]
P7.61 Aerodynamic, economical and social problems of dust- P7.76 Effects of microwave heating on lipolytic enzymes of catching in the refractory manufacture. S. V. Entin, N. M. An- wheat germ. *J. Kaasova´, P. Kadlec (Inst. Chem. Technol., jeourov, L. I. Sheglova, N. N. Lobatchyova, *Yu. V. Krasovitskij, Praha, CZ) [351] K. A. Krasovitskaya (Voronezh, RU) [99] P7.77 Oxidative changes of lipids during the microwave heating. P7.62 Hydrometallurgical separation of zinc from solid bulk feed. P. Ha nzlı´k, J. Dosta´lova´, Z. Reblova´, *J. Kaasova´, P.Kadlec *T. Hilber, R. Marr, M. Siebenhofer1,V.Simon1 (Tech. Univ. (Inst. Chem. Technol., Praha, CZ) [1117] Graz, AT; 1VTU Engineering, Graz, AT) [1296] P7.78 Drying of the alpha-amylase enzyme bacterial in spray P7.63 Influence of temperature on Rhodococcus erythropolis dryer and freeze dryer for its industrial use. *S. S. Jesus, A. Cappi, IGTS8 culture as DBT desulfurising biocatalyst. C. Herna´n- G. C. Stein, T. T. Franco, R. Maciel Filho (UNICAMP, Campi- dez, A. B. Martı´n, A. Alco´n, *V. E. Santos, F. Garcı´a-Ochoa nas, BR) [841] (Univ. Complutense, Madrid, ES) [357] P7.79 Quality of dried potatoes for human consumption at dry- P7.64 Excess biomass removal strategies in gas-phase biofilters. ing in the Proctor Schwartz drier. *L. Sychra, J. Marecˇek (Mendel J. A. Mendoza, O. J. Prado, M. C. Veiga, *C. Kennes (Univ. La Univ. Agric. Forestry, Brno, CZ) [777] Coruna, ES) [1509] P7.80 The optimization of food thermosterilization process for maximizing nutrient retention. I. Mra´z (LikoSpol a. s., Bratislava, SK) [1197] P7 Posters — Thursday Food processing and technology P7.81 Mathematical modelling of vacuum cooling of beef. *M. Housˇka, A. Landfeld, Da-Wen Sun1, Zhihang Zhang1 (Inst. Food Res., Praha, CZ; 1Univ. Coll. Dublin, IE) [1111] P7.66 Database of starch, glucose and fructose syrups. *P. Kadlec, Z. Bubnı´k, P. Bransky (Inst. Chem. Technol., P7.82 Extraction and analysis of Pistacia Lentiscus essential oil Praha, CZ) [426] by gas chromatography. *A. Hassani, S. Mecherara, F. Mehdid, B. Y. Meklati (USTHB, Alger, DZ) [170]
62 P7.83 NIR spectroscopy: a useful tool for rapid monitoring P7.99 The influence of the enzyme preparations on vis- of processed cheeses manufacture. *L. Cˇ urda, O. Kukacˇkova´ cosity cereal mashes during bioethanol production. *J. Uher, (Inst. Chem. Technol., Praha, CZ) [532] P. Choteˇborska´, K. Melzoch, M. Rychtera (Inst. Chem. Technol., Praha, CZ) [1321] P7.84 Evaluation of Cassava dehydrated leaves in the human feeding. I. M. N. Barros, J. C. C. Santana1,G.F.daDeSilva, P7.100 Vacuum cooling of liquids. M. Dostal, *K. Petera (Czech *R. R. de Souza (UFS, Sao Cristovao, BR; 1UNICAMP, Campi- Tech. Univ., Praha, CZ) [1339] nas, BR) [452] P7.101 Lactic acid recovery by electrodialysis. V. Ha´bova´,K.Mel- P7.85 An application of ICP-AES method in determining chosen zoch, M. Rychtera, *J. Uher, B. Sekavova´ (Inst. Chem. Technol., elements in food products. E. Lesniewska, ´ *M. I. Szynkowska, Praha, CZ) [1343] J. Albinska, ´ T. Paryjczak (Tech. Univ. Lodz, PL) [396] P7.102 Experimental and thermodynamic analyses of sorption P7.86 Resistance of vegetative cells and ascospores of heat re- isotherms of food products. *S. Chemkhi, D. Mihoubi, F. Za- sistant mould Talaromyces avellaneus to the thermal and high pres- grouba, A. Ballagi1 (Inst. Nat. Rech. Sci. Tech., Hammam Lif, TN; sure treatment in apple juice. *M. Voldrˇich, J. Dobia´sˇ, L. Ticha´, 1Ec. Nat. Ing. Monastir, TN) [1354] M. Cˇ erˇovsky´, J. Kra´tka´ (Inst. Chem. Technol., Praha, CZ) [291] P7.103 Investigation of structure gel on the pectin and car- P7.87 Risk assessment of temperature histories in cater- rageenan basis by DSC method. *M. Yu. Tamova, L. V. ing. *M. Voldrˇich, N. Cahlı´kova´, M. Cˇ erˇovsky´, J. Pivonˇka Borovskaya, E. A. Barashkina, G. I. Kasianov, S. G. Shablina (Inst. Chem. Technol., Praha, CZ) [329] (Kuban State Technol. Univ., Krasnodar, RU) [1400]
P7.88 Changes of polymer packaging materials during high P7.104 Production of LM pectin by de-esterification of HM apple pressure treatment. *J. Dobia´sˇ, M. Voldrˇich, M. Marek, pectin. *I. Alemzedeh, A. Saifkordi, D. Kahforooshan, M. Vos- K. Chuda´cˇkova´ (Inst. Chem. Technol., Praha, CZ) [270] soughi (Sharif Univ. Technol., Tehran, IR) [1381]
P7.89 Pectinases production from cereal raw material. *A. P7.105 Influence of cheese ripening on rheological properties of Blandino, K. Dravillas1, T. Iqbalsyah2, S. S. Pandiella1,D.Can- processed cheese. I. Piska, *J. Sˇ teˇtina (Inst. Chem. Technol., tero,C.Webb1 (Univ. Ca´diz, ES; 1UMIST, Manchester, UK; 2Syiah Praha, CZ) [1487] Kuala Univ., Darussalam, ID) [1053]
P7.90 Influence of the infrared radiation upon the microorgan- isms with implications in the food industry. L. Oprean, *A. Sipos, P7 Posters — Thursday M. Tanase (Univ. Sibiu, RO) [112] Chemical technology for sustainable future P7.91 Influence of the autolysate upon the multiplication of some industrial yeast strains. L. Oprean, *A. Sipos, V. Nederita Chemical technology (Univ. Sibiu, RO) [111] P7.106 The new approach to a stability augmentation of poly- P7.92 Microscopic fungi in Czech bakeries. P. Va na t ov a´ mer materials. *A. F. Pouthkov, S. V. Peva1,S.V.Tourenko (Inst. Chem. Technol., Praha, CZ) [867] (Volgograd State Tech. Univ., Volzhsky, RU; 1Gutal Ltd., Volzh- sky, RU) [597] P7.93 Mathematical model of moisture division in the first drying period of shredded carrots in fixed bed. *L. Dukalska, U. Iljins, P7.107 Effect of compositions and structural factors of D. Karklina (Latv. Univ. Agric., Jelgava, LV) [359] the copolymer used over tensile and impact properties of PP/copolymer polyblend. *R. Sciamanna, G. Arribas, A. Lozada P7.94 Viscoelasticity of the beef meat. *J. Buchar, J. Sime- (Univ. Cent. Venezuela, Caracas, VE) [442] onovova´ (Mendel Univ. Agric. Forestry, Brno, CZ) [611] P7.108 Efficiency of belt transmission with toothed belt and with a P7.95 Determination of thermal and structural parameters of wheel of variable material characteristics and injection-moulding starch isolated from the steps of the maize tortilla pro- parameters. A. M. Al-Zubiedy, J. Flizikowski, *A. Mrozinski cess. *R. Ramı´rez-Bon, J. M. Yanez-Limon, R. Flores-Farı´as, (Univ. Technol. Agric., Bydgoszcz, PL) [647] F. J. Espinoza-Beltra´n, J. Enrı´quez-Ramos1,B.Ramı´rez- Wong1,P.I.Torres-Cha´vez1, E. C. Rosas-Burgos1 (Univ. Quere´- P7.109 Researches of an abrasive wear of tread rubbers. taro, MX; 1Univ. Sonora, Hermosillo, MX) [1270] *A. F. Pouthkov, S. V. Peva1, S. V. Tourenko, M. P. Spiridonova (Volgograd State Tech. Univ., Volzhsky, RU; 1Gutal Ltd., Volzh- P7.96 Production of galacturonic acid from the cell wall of sugar sky, RU) [563] beet. *H.-J. Jo¨ rdening, I. Baciu, K. Buchholz (Tech. Univ. Braun- schweig, DE) [708] P7.110 Process engineering and properties of sulfur-bituminous composite materials. *R. T. Porfireva, V. V. Gerasimov, P7.97 Crystals in hard candies. *M. Cˇ erna´, I. Sˇ mı´dova´, R. I. Zaripov, T. G. Akhmetov, L. T. Akhmetova (Kazan State J. Cˇ opı´kova´, M. Marysˇka, A. Synytsya, H. Nova´kova´ Arch. Build. Acad., RU) [553] (Inst. Chem. Technol., Praha, CZ) [1299] P7.111 Effect of w/o microemulsion properties on activity of Pt P7.98 Processing of wheat bran to sugar solution. P. combustion catalysts. J. Rymesˇ, G. Ehret1, L. Hilaire1, *K. Jira´- Choteˇborska´, *J. Uher, K. Melzoch, M. Rychtera, B. Pal- tova´ (Inst. Chem. Proc. Fundam., Praha, CZ; 1Univ. Strass- marola Adrados1,M.Galbe1, G. Zacchi1 (Inst. Chem. Technol., bourg, FR) [1193] Praha, CZ; 1Univ. Lund., SE) [1320]
63 P7.112 Activity of calcined hydrotalcite-like compounds in P7.128 Test of an aluminium alloy treated superficially using oxi- catalytic combustion of volatile organic compounds (VOC). dation by electrical micro-arc, to the fissures formation under ten- *P. Cˇ uba, F. Kovanda, K. Jira´tova´ (Inst. Chem. Proc. Fundam., sion. *N. Abdelbaki, D. Atmani (Univ. Boumerdes, DZ) [1506] Praha, CZ) [1173] P7.129 Modeling, simulation and analysis of an industrial caus- P7.113 The process of peat low-temperature thermolysis in the ticizing process. R. Andreola, O. Vieira, O. A. A. Santos, presence of VIII group metals. *A. Usanov, E. Sulman, O. Mis- *L. M. M. Jorge (Univ. Est. Marinaga´, BR) [1326] nikov, A. Afanasyev (Tver Tech. Univ., RU) [298] P7.130 Rate of cure comparison for rubber compounds P7.114 Analysis of power consumption by disc refiner in paper in- taken from different processing phases. M. Purenovic, O. Jo- dustry. *A. Mrozinski, Z. Kikiewicz, A. M. Al-Zubiedy (Univ. Tech- vanovic, *M Ivancev1, V. Stankov-Jovanovic, G. Petrovic nol. Agric., Bydgoszcz, PL) [682] (Fac. Nat. Sci. Math., Nis, YU; 1AD Tigar, Pirot, YU) [1495]
P7.115 Modeling and optimization of the nitric acid plant perfor- P7.131 High temperature oxidation of hard alloys. *Ya. Gumnit- mance. *E. Ro´ j, M. Wilk (Inst. Naw. Sztucz., Pulawy, PL) [765] sky, J. Matsushita1, T. Pelekh1 (Lviv Politechnic, UA; 1Tokai Univ., Kanagawa, JP) [853] P7.116 New effective astringent on the sulfuric base. *R. T. Por- fireva, A. J. Fomin, V. G. Hozin, Y. D. Samuilov, M. V. Rylova P7.132 Thermofixation - new method of composite produc- (Kazan State Acad. Arch. Build., RU) [530] tion. *A. Blaha, R. Pavlica, P. Brzobohaty´ (Tomas Bata Univ., Zlı´n, CZ) [944] P7.117 Surface modification of silica-containing materials. *R. T. Porfireva, V. V. Gerasimov, A. R. Yusupova, T. G. Akhme- P7.133 Effect of silica fillers of particle size on physical and me- tov, F. G. Gabbasov, F. G. Akhmadeev, L. T. Akhmetova (Kazan chanical properties and degradation of the crosslinking blends of State Arch. Build. Acad., RU) [581] acrylonitrile-butadiene rubber and chlorosulphonated polyethylene rubber. *B. Radovanovic, G. Markovic1 (Fac. Sci., Nis, YU; 1Tigar, P7.118 Exothermic metal oxidation - a method for the prepa- Pirot, YU) [274] ration of multicomponent oxide ceramic powders. *E. Gu¨nther, J. Hausselt, D. Linder, J. Palionyte, H.-J. Ritzhaupt-Kleissl (Forschungszentrum, Karlsruhe, DE) [73] P7 Posters — Thursday P7.119 Iron removal from celestite by magnetic separation. Chemical technology for sustainable future *M. Koral, S. Kocakusak, H. Yuzer, K. Akcay (TUBITAK, Gebze-Kocaeli, TR) [55] Biochemical technology P7.120 Lithium manganese spinels as promising cathode materi- als for lithium-ion batteries. *E. V. Makhonina, V. S. Dubasova1, P7.134 Physiological changes of Candida tropicalis population V. S. Pervov, A. F. Nikolenko1, A. S. Fialkov1 (Inst. Gen. In- degrading phenol in long-term experiments and recovery of org. Chem., Moskva, RU; 1Sci. Res. Inst. Elect. Carb. Prod., Elek- the stressed cells. *E. Koma´rkova´, J. Pa´ca, M. Stiborova´1, trougli, RU) [865] A. M. Gerrard2 (Inst. Chem. Technol., Praha, CZ; 1Charles Univ., Praha, CZ; 2Univ. Teeside, Middlesbrough, UK) [37] P7.121 Aluminum anode oxidation and electrochemical dying - influence of electrolyte solution structure on the color S-15 hue. P7.135 Induction by phenol of enzymes participating in its own *A. Zarubica, M. Miljkovic, M. Purenovic (Univ. Nis, YU) [617] hydroxylation in Candida tropicalis and their cellular location. *V. Sucha´, M.Miksˇanova´,E.Koma´rkova´1,J.Pa´caJr.,J.Pa´ca1, P7.122 Prediction of minor element distribution between copper M. Stiborova´ (Charles Univ., Praha, CZ; 1Inst. Chem. Technol., matte and reverb furnace slag. *N. Mitevska, Z. D. Zivkovic (Cop- Praha, CZ) [144] per Inst., Bor, YU) [654] P7.136 Cytochrome P450 participates in biodegradation of phe- P7.124 Engineering technologies of the reduction iron ore. nol by yeast Candida tropicalis. *M. Miksˇanova´, V. Sucha´, M. R. G. Gad Abu El-Magd (Nat. Res. Cent., Cairo, EG) [1286] J. Pa´ca Jr., J. Pa´ca1, M. Stiborova´ (Charles Univ., Praha, CZ; 1Inst. Chem. Technol., Praha, CZ) [132] P7.125 Modelling of chemical mineral composition of slag mould powder to achive its basic functions properties. *M. Gavrilovski, P7.137 Biological detoxification of coffee husk by Rhizopus sp. S. Radosavljevic1, G. Milojevic2 (Sartid Inst. Metall., Smed- in solid state fermentation usig a column bioreactor. C. V. Tagliari, erevo, YU; 1Inst. Technol. Nucl. Min. Raw Mat., Beograd, YU; R. K. Sanson1,J.Pa´ca2, T. T. Franco, *C. R. Soccol1 (UNICAMP, 2Med. Cent, Smederevo, YU) [1460] Campinas, BR; 1UFPR, Curitiba, BR; 2Inst. Chem. Technol., Praha, CZ) [823] P7.126 A formalised common sense analysis of cement kiln models based on shallow knowledge. M. Dohnal, *A. Krejcˇı´ P7.138 Kinetics of gibberellic acid production by solid state fer- (Tech. Univ. Brno, CZ) [1449] mentation in column bioreactor using a mixed agroindustrial wastes substrate. C. M. M. Machado, B. O. Oishi, J. Pa´ca1, *C. R. Soccol P7.127 Coordination compounds of tin(II) as precursors of open- (UFPR, Curitiba, BR; 1Inst. Chem. Technol., Praha, CZ) [861] framework materials. Synthesis and structure M[SnF(HPO4)] (M=NH4, Na) and NH4[SnF(C2O4)]*0.5H2O. *Yu. V. Kokunov, P7.139 Volatile metabolites produced by Ceratocystis fimbriata in D. G. Detkov, M. M. Ershova, Yu. E. Gorbunova, Yu. N. Mihailov solid state fermentation. A.B.P.Medeiros,R.J.S.DeFreitas, (Inst. Gen. Inorg. Chem., Moskva, RU) [1316] J. Pa´ca1, *C. R. Soccol (UFPR, Curitiba, BR; 1Inst. Chem. Tech- nol., Praha, CZ) [889]
64 P7.140 Designing of some biodegradable materials based on Gas Safety Technol., Kyunggi, KR; 1Korea Polytech. Univ., wood and plant biomass. *U. Viesturs, A. Alksnis (Latv. State Kyunggi, KR) [346] Inst. Wood Chem., Riga, LV) [901] P7.152 Evaluation of the cummulative social risk. *M. Bejdakova´, P7.141 Management of hospital environment. A. Zilevica, I. Vin- F. Babinec (Tech. Univ., Brno, CZ) [967] gre, *U. Viesturs1 (Univ. Latvia, Riga, LV; 1Latv. State Inst. Wood Chem., Riga, LV) [919] P7.153 Experience with application of method for selection of the instalations for the quantitative risk assessment (QRA). *L. Iva´nek, P7.142 The analysis of amino acid kinetic regularities in organic P. St ra´zˇnicky´1, F. Babinec1 (Tech.Univ. Ostrava, CZ; 1Tech. Univ., raw material bioconversion. *V. P. Molchanov, M. G. Sulman, Brno, CZ) [968] E. A. Taktarov (Tver Tech. Univ., RU) [297] P7.154 Development of the model for risk management P7.143 Enzymatic dechromation of leather scrub in isother- by handling potentially dangerous substances and prepara- mal and non isothermal reactor. *K. Kolomaznı´k, D. Jana´cˇova´, tions. *A. S. Makarova, A. F. Egorov, D. O. Kuznetsov1, L. Zelinka, V. Vasˇek (T. Bata Univ., Zlı´n, CZ) [1324] S. V. Makarov (Mendeleev Univ. Chem. Technol. Russia, Moskva, RU; 1Gosstandart, Moskva, RU) [438] P7.144 Biomodification of polyester fibers surface. *D. Djordje- vic, S. Djordjevic (Fac. Technol., Leskovac, YU) [1349] P7.155 Destruction of a double walled storage tank under pres- sure wave by computer modelling. *P. Schneider, T. Nica´k, P7.145 Copper bioleaching by moderately thermophilic microor- P. Kulhanek1 (Tech. Univ., Brno, CZ; 1Vı´tkovice a. s., Os- ganisms. *M. Razaghnia, B. Nasernejad, B. Bonakdarpoor, trava, CZ) [1048] S. Shojaosadati1 (Univ. Amirkabir, Tehran, IR; 1Tarbiat Modarres Univ., Tehran, IR) [1522] P7.156 Virtual reality prototype of explosion vessel for advanced modeling of gaseous combustion and ignition. *E. A. Rossin- sky, I. E. Lukashevich, I. A. Kirillov (Kurchatov Inst., Moskva, RU) [795] P7 Posters — Thursday Symposium on process safety P7.157 Hazard assessment risk analysis of chemical pro- cess facilities. *T. N. Chvetsova-Chilovskaya, V. G. Gorsky, V. A. Petrunin, G. F. Tereshenko1 (State Res. Inst. Org. Chem., P7.146 Ecological safety of bosom’s development. S. Tch- Moskva, RU; 1Ministry of Industry, Moskva, RU) [1315] mykhalova (State Mining Univ., Moskva, RU) [1234] P7.158 Safety criteria from kinetic expertise. *G. M. Come, P7.147 For the question of technogenious hazard estimation of in- F. Battin-Leclerc, G. Scacchi, R. Fournet, P. A. Glaude, V. Con- dustrial objects from the position of sustainability. *G. Statyukha, raud, H. J. Pasman1, A. Pekalski1 (ENSIC-CNRS, Nancy, FR; T. Bojko, V. Bendyug (Nat. Tech. Univ., Kyiv, UA) [749] 1Delft Univ. Technol., NL) [1389]
P7.148 Development of models and algorithms for assessment P7.159 Environmental impact assessment of the acciden- risk of occurrence emergency at the enterprises of a chemi- tal releases of hazardous materials from storage tanks. cal industry. A. F. Egorov, T. V. Savitskaya, *A. S. Makarova, *A. Micˇı´kova´, B. Sˇ tulrajter, E. Pitrunova´ (Slovnaft VU´ RUP, G. V. Filippova (Mendeleev Univ. Chem. Technol. Russia, Bratislava, SK) [1398] Moskva, RU) [437] P7.160 A fuzzy pooling of coal dust knowledge. *A. Krejcˇı´, P7.149 Ranking hazards - a fuzzy set approach for rational use of R. Koivisto1,M.Starzak2, M. Dohnal (Tech. Univ. Brno, CZ; 1VTT intuition. P. K. Bandyopadhyay, *S. C. Roy, S. N. Sen (Jadavpur Manuf. Technol., Tampere, FI; 2Univ. Natal, Durban, ZA) [1450] Univ., Calcutta, IN) [1133] P7.161 Safety assessment of the nitric acid production line. P7.150 An analysis on hazardous area of natural gas trans- *D. F. Lipi, F. Babinec (Tech. Univ. Brno, CZ) [1517] mission pipeline. *Young-Do Jo, K. S. Park, B. J. Ahn1 (Inst.
65 AUTHOR INDEX
Author delivers the contribution indicated in bold
A Altenburger, B...... K2.1 Altieri,C...... L3.4 Aaltola,J.M...... H6.5 Altway,...... F1.2,F2.4 Abad, A...... P1.28,P3.16 Alvarez,S...... P5.172,P5.173,P5.174,P5.176 Abaskuliev,J.A...... A4.3 A´ lvarez,R...... B7.6,P3.67,P3.72 Abbaszadeh, M...... P3.31 A´ lvarez,S...... B7.6, P3.67, P3.72 Abchiche,H...... P5.200 Alves,R.M.B...... G5.5 Abdelbaki, N...... P7.128 Alves,S.S...... P5.118 Abderrabbaa, M...... C7.5 AlvimFerraz,M.C.M...... P3.147 Abdul-ghani, S...... E4.8 Amararene, F...... P1.62 Aboltins,A...... P5.21 Amat,A.M...... P1.10,P7.28,P7.30,P7.34 Aboukheshem, M. B...... P5.80 Ambrozek,B...... P3.22,P3.152, P3.153, P3.158, P3.162 Acˇai,P...... P1.160,P5.143 Amidpour, M...... P5.62 Adjamov,K...... P1.119 Aminshahidi, B...... C7.6 Adonyi, R...... I6.5 Amiri,M.C...... J5.5 Adriaens, P...... K3.6 Ammar,M.N...... C7.5 Afanasyev,A...... P7.113 Amor,L...... P1.132 Agachi,S...... P5.22 Andreev,K...... P7.29 Agacinski,P...... P5.97 Andreola,R...... P7.129 Agar,D.W...... A7.1 Andre´s,A...... H7.4 Agoudjil, N...... P3.52 Androva´,A...... P1.142 Aguado, R...... P5.172,P5.173,P5.174,P5.176 Angelescu, E...... P1.130 Aguayo, A. T...... A8.2,P1.18,P1.21, P1.23, P1.80 Angelevski, Z. Z...... P5.185 Aguilera,M.E...... P5.105,P5.191 Anjeourov, N. M...... P7.61 AhmadiMarvast,M...... G3.6,G5.7 Ankusheva,N.B...... C6.7 Ahn,B.J...... P7.150 Anselmi,R...... P5.106 Ahnert, F...... F6.2 Antonovic, D...... P1.46 Aihara,N...... P1.76 Antosˇova´,M...... P1.154 Aim,K...... C5.3, C8.2, P3.104 Anzheurov, N. M...... P5.89 Akcay,K...... K7.5,P7.119 Aparicio,M.A...... P7.56 Akhmadeev, F. G...... P7.117 Arago´n,J.M...... F8.4, P5.170, P7.7 Akhmetov,T.G...... P7.110,P7.117 Arandes, J. M...... P1.21,P1.80,P1.81 Akhmetova,L.T...... P7.110,P7.117 Arbi,A...... C7.5,P1.180 Akiya,T...... B3.3,C4.4 Arbi,M...... P1.8 Akramov,T...... P3.28 Ardeshiri,E...... P5.52 Al-Nidawy,N...... A5.7 Ardjmand, M...... C1.8 Al-Qudah, M...... P5.89 Are´chigaViramontes,U...... P1.30 Al-Zubiedy,A.M...... P7.108,P7.114 Are´valo,J...... P1.65 Alaei,J...... P3.134 Arizpe-Chavez,H...... P3.149, P5.164 Albano, C...... P1.7 Armbruster,U...... D1.2 Albaric,M...... I4.3 Armeanu, A...... P1.44 Albi´nska,J...... P7.85 Aroussi,A...... E4.7, E4.8, E7.6 Albrecht,W...... B7.1, P3.78 Arques, A...... P1.10, P7.28, P7.30, P7.34 Albuquerque, I. L. T...... C1.6 Arratia,P.E...... F2.1, F2.2 Alco´n,A...... P7.63 Arribas,G...... P7.107 Aldaco,R...... P7.1 Arseneva, O. P...... H7.3 Aldi,A...... L2.3 Arsov,L...... P1.110,P3.129 Alemany,L.J...... P1.100,P1.101 Arsova,I...... P1.110, P3.130 Alemrajabi,A...... P1.16 Arsova,L...... P3.130 Alemzedeh, I...... P1.144,P7.104 Arutyunov, V. S...... A2.6 Alexandrova, S...... D4.7,P3.68,P3.69, P3.70, P5.112 Asadov, M. M...... C5.6 AlfanoNeto,C.F...... P5.38,P5.39 Ashrafizadeh, S. N...... D4.6 Alibegic, D...... A2.4 Assirelli, M...... F3.7 Alksnis,A...... P7.140 Atik,Z...... P3.121 Allford,L...... J2.1 Atmani,D...... P7.128 Allner,R...... F2.3 Atmani,F...... P1.48 Alo´s,M.A...... G6.5 Atutxa,A...... A8.2,P1.18, P1.21, P1.23 Alqallaf,M...... C6.6 Auger, M...... G2.4
66 Aulenta,F...... J8.6 Bartoszewicz,J...... P5.107 Aurelle,Y...... J4.9,P5.137 Bartovska´,L...... J5.3,P3.53 Avgouropoulos, G...... P1.171 Basarˇova´,P...... J5.3 A´ vila,H...... P3.32 Basˇic,S...... F3.2 Avramenko,G.A...... I2.4 Basile,A...... P1.12,P1.152 Avramenko,Y...... G2.5 Basset,J.M...... A8.5,J7.4 Avramenko,Yu...... B8.4 Bastani,D...... P3.31 Avseev,A.V...... P5.34 Bastic,J.I...... P7.12 Aylianawati, ...... F3.6 Batistella,C.B...... P3.2 Azmi,A.S...... P5.57 Batrin,Yu.D...... P1.38,P1.40 Azzopardi, B. J...... E2.3 Battal,T...... E4.6 Battin-Leclerc,F...... P7.158 B Batygina,M.V...... P1.68 Bauer, C...... P3.87 Babak, T. G...... H7.3 Bauer, I...... P3.81 Babic,M.D...... C3.5,D4.1,K7.4 Bauman,D...... D5.4,P3.40 Babicˇ,A...... P3.104 Baumgartl,H...... C6.2 Babinec,F...... J3.4, J3.6, P7.152, P7.153, P7.161 Baynoserova,A.G...... P1.109 Bacaoanu, A...... P5.196 Bazmi,M...... G3.6,G5.7 Bacchelli, F...... C5.5 Be´bar,L...... H6.6,I3.3,P5.64,P5.66,P5.71,P5.72 Baciu,I...... P7.96 Beccari,M...... J8.2 Backman,H...... A6.9 Becker,M...... P3.20, P3.50 Badakhshan, A...... A8.7 Beenackers, A.A.C.M...... P1.159 Badell,M...... G2.4 Beguin, F...... K6.4 Badieritaki,P...... H6.2 Bejdakova´,M...... P7.152 Badrnezhad, R...... F6.4 Bek-Pedersen, E...... G4.2 Baecker,W...... D4.4 Bekassy-Molnar, E...... P3.73 Baerns,M...... D1.4 Belaev,S...... P3.24 Baetens,D...... H5.6 Belaud, J. P...... G5.2 Baeyens,J...... A6.1, Belhamel,K...... D5.5 A7.5, B4.6, F5.6, F7.2, F7.3, F7.5, J4.1, J4.2, P1.31 Bellagi,A...... F5.4,P5.85,P5.86 Bagajewicz, M...... A7.3, I4.7 Beˇlohlav,Z...... P1.126, P1.127 Bagajewicz, M. B...... H4.6, I5.1 Belosevic,S...... G5.6 Bahmanyar,H...... P3.35 Beloussov,E.K...... P1.38,P1.40 Baier,R.E...... I4.1 Belov,G.I...... J2.6 Bain,C.D...... E4.6 Belova,V.V...... P3.45 Bajpai,R...... K1.3,K1.4,K1.5 Belyakov,V.A...... P5.95 Baker,G...... E2.3 Belyi,D.B...... P1.45 Baker,M...... F3.6 BenAmor,H...... E6.5 Bakhtiari,H.R...... P3.115 BenBrahim,F...... P1.182 Bakker,A...... F3.3,F4.4 Benachour, M...... P1.183 Bakosˇova´,M...... G1.2 Benaissa, H...... P7.4, P7.15 Balabanovich, A...... H3.4 Benamor, M...... D5.5 Balci,S...... P1.42 Benbrik, A...... P5.195 Baldini,C...... C5.5 Bendova´,H...... P5.114 Ba´lesˇ,V...... P1.154,P1.156 Bendyug, V...... P7.147 Balikci,F...... P1.43 Beneyto, H...... P7.34 Ballagi,A...... P5.188,P5.189,P7.102 Benhalla, A...... C4.7,P5.48 Balys,M...... P3.161 Benı´tez,J.M...... P5.50 Banchero,M...... B2.2 Benı´tez,P.L...... P5.50 Bandelier, P...... I4.3 Benkahla,Y.K...... P5.198 Bandyopadhyay, M...... B8.3 Bensmaili, A...... P1.3,P1.48, P1.96 Bandyopadhyay, P. K...... P7.149 Bentahar, F...... P3.36 Bar-Cohen, A...... H5.0 Bercaru,G...... P5.83 Baranyuk,V.E...... K7.1 Bercaru,M.T...... H4.7,P5.83, P5.84 Barashkina,E.A...... P7.103 Bereza,M...... P1.83 Barbaro,A...... H4.6 Berezowski,M...... P1.98 Barbaro,A.F...... I5.1 Bergmann, H...... P7.16,P7.27,P7.39 Barbosa,E.A...... P7.11 Beric,R.S...... P3.38 Baresi,A.A...... P1.158 Bermejo,M.D...... K6.2 Barhala,A...... P3.95 Bernatik,A...... J3.5 Barishnikova,S...... P5.219 Bernauer, B...... P1.174 Barnea, D...... E1.2,E2.6 Bertok,B...... I6.4 Barros,I.M.N...... P7.84 Berzins,A...... P5.154 Barrozo,M.A.S...... P7.11 Bessarabov, A. M...... P5.34 Bart,H.-J...... D4.2 Betancourt,G...... P1.57 Ba´rta,J...... K1.4 Betolaza,A...... P1.41 Bartelmus,G...... P5.120,P5.121 Bezdenezhnykh, A. A...... P3.100 Ba´rtlova´,M...... P3.89 Bhanarkar, A...... P5.177
67 Bhattacharya,P...... B8.3 Bouhadef, M...... P5.122,P5.124, P5.125, P5.139 Bialczak,W...... J6.7 Bourasseau, E...... C5.1 Bianco-Peled,H...... B4.5 Bourloutski,E...... E5.1 Biardi,G...... J1.4 Boutekedjiret,C...... P3.36 Bieber, T...... A2.1 Boutin,A...... C5.1 Bien,J...... P7.48 Bouyahiaoui, C...... C4.7 Bien,J.B...... J6.7,P7.6 Bouzek,K...... P7.16, P7.27, P7.39 Bien,J.D...... J6.7,P7.6 Boyadzhiev,L...... P3.68,P3.69,P3.70 Bilbao, J...... A8.2,P1.18,P1.23,P1.80,P1.81,P5.176 Boyer,C...... E7.2,P3.167 Billingham, J. F...... C2.1 Bozga,G...... P3.10,P5.84 Birzietis,G...... C1.4 Bransky,P...... P7.66 Biswas,G.K...... P5.60 Bravo,C...... G5.3 Biswas,S...... P5.60 Bravo,J...... G5.3,P7.34 Bita,A...... P5.78,P5.186 Bremers,G...... C1.4 Bittorf,K.J...... F3.1,F4.6 Brennan, D. J...... I3.2 Bitzer,M...... G1.1 Bressa,S.P...... P1.51 Blach,R...... P1.1 Bridjanian,H...... K4.3 Blacher,S...... P5.51,P5.157 Brinkmeier,C...... A1.4 Blachowicz,E...... B8.6 Brito,R.P...... C1.6, P3.14 Blaha, A...... P1.86,P7.132 Brkic,Lj...... G5.6 Blandino, A...... P7.89 Bro¨der,D...... E6.4,P5.132 Blasco,J.M...... P1.101 Brodkorb,M...... H2.3, H5.4, I3.4 Blazˇej,M...... A6.4 Brohez, S...... J1.2 Bleha, M...... B6.4,P3.78 Brokl,P...... F8.2 Blekkan,E.A...... A8.3 Broniarz-Press,L...... C2.6, Blizˇnˇa´k,M...... P5.1 P3.13, P3.127, P5.96, P5.97, P5.98, P5.99, P7.70 Bliznjuk,E...... P3.139 Bronstein,L...... A7.7 Bobina,M.N...... P3.142 Brooks,B.W...... A5.4 Bobrikov,I...... P3.136 Brooman,J.H.P...... P3.14 Bobrov,D.A...... P1.58 Brozˇek,V...... P1.150, P5.218 Bobryk,E...... B8.6 Brozio,J...... D4.2 Bobu, E...... H6.8 Brozˇova´,L...... B6.4 Bodzek,M...... P1.179, P3.51 Brucato,A...... P5.163 Boelhouwer, J. G...... B1.5,B1.6 Brusis,D...... G3.4 Bogoevski, S...... P3.169 Brzobohaty´,P...... P7.132 Bogomolov, I...... P1.50 Brzozowski,R...... P1.63 Bogomolov, I. B...... P1.168 Bubnı´k,Z...... L1.4, P7.66, P7.68, P7.69, P7.71 Boguslawski, L...... P5.107,P5.192 Buchar,J...... P7.94 Boha´cˇek, Sˇ ...... H6.7 Buchholz, K...... P7.96 Bohacˇenko,I...... P7.69 Bu¨chner, S...... A1.4 Bohata´,K...... P3.54,P3.79 Buczek,B...... P3.155,P3.161 Bohdziewicz, J...... P3.76 Bu¨hner, C...... B1.2 Bohnet, M...... E5.3 Bujalski,J.M...... F2.6 Bojko,T...... P7.147 Bujalski,W...... F2.6,F3.7 Boldurev,U.M...... P1.77 Bulutcu,A.N...... P1.72 Boldyryev,S.A...... P5.69 Bumbac,G...... H2.5,H4.7,P5.79,P5.82,P5.84 Bollas,G.M...... G4.6 Bumbalova´,K...... P1.88 Bologa, V...... P5.82 Buonocore, G. G...... L2.3, L3.5 Boltes,K...... P7.33 Burevski, D...... P3.169 Bonakdarpoor, B...... P7.145 Burian,P...... L2.4 Bongards, M...... G5.4,J3.6 Busca,G...... P1.100 Bordas,M.-L...... E7.2 Butusov,O.B...... H7.6 Bork,O...... E3.3,P1.2 Buzarovska, A...... P1.110,P3.129, P3.130 Bork,P...... F1.6 Bykov,A...... A7.7 Borovskaya, L. V...... P3.112, P3.114, P7.103 Bykov,A.E...... P5.29 Boro´wka,A...... P3.151 Borremans,D...... B1.4 C BorrotoPortela,G...... P5.123 Bosman,H.J.M...... B1.5 Caballero,C...... P5.191 Boss,E.A...... P5.5 Cabezas, H...... H1.1 Bothe,D...... E6.2 Cabrera,L...... P5.50 Bouallou,C...... P1.62, P1.67 Cahlı´kova´,N...... P7.87 Boublı´k,T...... P3.91 Cakl,J...... P3.81 Boucenna, A...... P1.35 Calabro,G...... P1.12 Bouchet,G...... E6.1 Calabro,V...... A6.2 Boudrant, J...... A6.8,P1.102 Caldero´n,C...... P1.108 Boufatit,M...... P3.43 Calin,C...... P5.22 Bouhadef, H...... P5.101 Calzia,J...... J2.1 Bouhadef, K...... P5.101,P5.181 Camacho,F...... P1.82,P5.68
68 Cancino,J.F...... A7.3 Christian,U...... P3.64 Candin, I. L...... P3.93,P3.126, P3.133 Chuda´cˇkova´,K...... P7.88 Candin, M. A...... P3.93, P3.126, P3.133 Chulok,A.I...... P5.6 Candy, J. P...... A8.5, J7.4 Chung, J...... P5.230 Cˇ aneˇk,J...... P5.71 Chunxi, Lu ...... P5.167 Canete, R...... P3.41 Chvetsova-Chilovskaya, T. N...... P7.157 Cano, L. J...... P1.19 Chyba,V...... B2.5 Canosa, J...... P3.96 Chyba,V.Ch...... P1.124 Cantero,D...... P1.115,P7.89 Cinibulk,J...... P1.134 Capobianco, P...... K7.3 Clark,W.W...... E2.3 Cappi, A...... P7.78 Coca,J...... B7.6,P3.67 Carbajal,R.I...... C8.5 Cocero,M.J...... K6.2, P1.65 Cardona, S. C...... P1.28,P3.16 Cojbasˇi´c,L...... P5.19 Cardoso,S.S.S...... J7.1 Cojbasˇi´c, Zˇ ...... P5.19 Caric,M.D...... P3.75 Colinet,P...... F6.6 Caro,A...... P7.36 Colombo,S...... J1.4 Carre´,P...... B1.4 Come,G.M...... P7.158 Carsky,M...... C1.1,P5.2 Comi,Y...... P5.54 Cartage, T...... C2.5 Conraud, V...... P7.158 Cartellier, A...... E3.5,E7.2 Constantinescu,G...... P5.70 Casamatta,G...... I2.3 Cˇ opı´kova´,J...... P7.97 Casnati,A...... D5.5 Costa,C.A.V...... I6.2 Castillo´n-Barraza,F.F...... P5.164 Costa,N.A...... P5.5 Castrillo, F...... E2.1 Couenne, F...... A3.3 Castro,A...... P5.26 Coulon,L...... E6.5 Ceci,N...... P5.68 Creemers,C...... P1.31 Ceclan,M...... P7.51 Crine,M...... E1.5, P5.51, P5.157 Ceclan,R.E...... P7.51 Crnomarkovic,N.D...... F6.3,P1.64 Ceglarska-Stefanska,G...... P3.154 Crozza,D.E...... P5.58 Cellier, C...... P1.24 Csermely,Z...... P5.46 Ce´ntola,P...... P7.32 Cˇ uba, P...... P1.171,P7.112 Cˇ erma´k,J...... P7.19 Cudak, M...... P5.149 Cˇ erma´k,P...... P1.112 Cupr,P...... P5.65 Cˇ erma´kova´,J...... E3.6,F1.5 Curcio,E...... B6.1 Cˇ erna´,M...... P7.97 Curcio,S...... A6.2 Cˇ ernı´n,A...... P3.62 Cˇ urda,L...... P7.83 Cˇ erˇovsky´,M...... P7.86,P7.87 Cziner,K...... H3.6 Cetkovic,M...... A7.2 Ce´zac,P...... C4.6 D Chaabane, T...... B6.6 Chaichantipyuth, C...... P3.47 Dadhe, K...... I4.2, P5.61 Chakir,I.V...... P7.43 Dagaonkar, M. V...... P1.159 Chang, J.-S...... J1.7 Dageri, A...... P1.42 Charpentier, J.-C...... H1.0 Dahikar,S.K...... P5.177 Chaschin,V...... P1.1 Dahmani,O...... C6.3 Chavarrı´a-Herna´ndez, N...... A6.5 Damasceno, J. J. R...... P7.11 Chemkhi,S...... P5.188, P5.189, P7.102 Damnjanovic, B. M...... P3.38 Chen, Hsi-Jen ...... P1.123 Damnjanovic, P. R...... P3.38 Chen, Hua Wei ...... J4.7 Damronglerd, S...... D5.3 Chen, K.-Y...... J1.7 Danawati, ...... F1.2 Chen, Pao-Chi ...... P3.171 Danilin, V. N...... P3.112,P3.113,P3.114 Chen, W.-C...... P3.140 Daoud, K...... P5.200 Cherif,M...... C7.5 Daoud, M...... P5.200 Cherif,R...... P5.168 Darton,R.C...... A5.0,E4.6 Cherny,M.L...... P1.167 David,E...... P1.44, P3.164 Cheshigin,I.E...... J2.6 De Armas Casanova, C...... H4.2,P5.56,P5.63 Cheung, K.-Y...... I6.7 DeAssis,A.J...... P5.3, P5.4 Chiarioni,A...... H4.5 DeFrancesco,M...... H3.5,K7.3 Chichbankar, S. N...... P5.177 DeFreitas,R.J.S...... P7.139 Chihara,K...... B4.1,D2.3,P3.84 Deheyder,B...... J4.1,J4.2 Chikh,S...... P5.101, P5.181 De Jongh, W. A...... P1.173 Chiu,M.-S...... P5.10 DelaRosa,J.O.M...... A4.6,P1.104 Chmelı´kova´,R...... P1.141 DelaTorre,M...... A6.5 Chmiel,H...... P3.57,P3.58 De las Fuentes, L...... H4.4 Chmiel,K...... P7.40 DeLuis,A.M...... J4.4,J8.3 Chmielewski,A.G...... P1.73 De Miguel, S. R...... P1.91 Chmielova´,M...... P1.181 DeMoraes,J.E.F...... P1.113 Choteˇborska´,P...... P3.71,P7.98,P7.99 DeOry,I...... P1.115 Chow,M.M...... J7.1 De Ruyck, J...... H5.6
69 DeSilva,F.A...... I2.6 Doghieri, F...... C5.5 DeSilva,G.F.da ...... P7.84 Doha´nyosova´,P...... P3.106 DeSilva,S.R...... D7.2,D7.3 Dohnal, M...... G5.4,J3.6, DeSouza,J.F...... P1.183 P3.57, P3.58, P5.212, P7.49, P7.54, P7.126, P7.160 DeVelasco,M.F...... H7.4 Dohnal, V...... C6.1, P3.105, P3.106, P3.107 Dea´k,A...... D3.5 Dolata,M...... P5.100,P5.169 Debray,E...... P3.69,P3.70 Dolgosˇ,O...... A6.4 DeBuyle,E...... P1.175 Doluda, V...... A7.7 Dedenko, I...... P7.25 Domenech, A...... P7.30,P7.34 Dedic,A...... P5.206 Domenech, S...... H6.4 Dedkova´,J...... J6.1,P5.75 Domı´nguez, A...... P3.96 Degreve,J...... A7.5,B4.6 Donner, S...... H3.4 Degre´ve,J...... F7.3 Dorabialska,M...... P1.133, P3.163 Degrugilliers, P...... J5.4 Dorange, G...... B6.6 Degtyarov,A.I...... P3.113 Dornicˇa´k,V...... P1.181 Degueldre, G...... A6.1 Dorokhov,I.N...... P1.39,P5.17,P5.18 Dekkar,S...... P1.35 Doskocˇilova´,D...... P7.46 Del A´ lamo,J...... H1.4 Dostal,M...... P7.100 DelNobile,M.A...... L2.3,L3.4,L3.5 Dostal,P...... P5.128 DelRosso,R...... I5.5,P7.32 Dosta´lova´,J...... P7.75,P7.77 Delfante,P...... P5.54 Dotsenko,S.P...... P3.114 Delic,M...... P5.119 Dovi,V...... H4.5 Delvosalle,C...... J1.2 Downarowicz,D...... P3.159 Demidenko, G...... A7.7 Dragoescu, D...... P3.95 Demin,O...... P5.156 Drahosˇ, J. E6.4, P1.169, P5.128, P5.129, P5.130, P5.131, P5.132 Deminsky,M.A...... J2.6 Dravillas, K...... P7.89 Demych,N.V...... K7.1 Dreisbach,F...... D1.5 Demygin,S.S...... P1.143 Drinkenburg, A. A. H...... B1.6 Dencs,J...... P7.9,P7.10 Drinkenburg, B...... B1.1 Denisov,I.A...... P1.151 Drioli,E...... B6.1 Dereyko,Kh...... P3.12 Dryjer,S...... P5.96,P5.98,P7.70 Derksen,J.J...... P5.140 Du,Liping...... C1.7 DeryDo-Marczewska,A...... P3.145, P3.151 Dubasova, V. S...... P7.120 Despotovic-Kostic,L...... P1.5 Dubis,A...... P1.106 Detkov,D.G...... P7.127 Duca,G...... P5.76,P5.78,P5.79 Deuschle,T...... A1.4 Dudarov, S. P...... P7.13 Dewulf,J...... H3.2 Dudkova´,P...... C6.5 Dhanasekharan, K...... F3.3 Dudlik,A...... E2.1,E2.2 Dhib,R...... A5.7, G1.3 Dufek,V...... P1.150,P5.218 DiMartino,M.C...... L2.3 Dukalska,L...... P7.37,P7.93 DiProfio,G...... B6.1 Dunn, I. J...... I2.5 Diakonov, G...... P3.29 Duriyabunleng, H...... P3.47 Dias,M.M...... E7.4,P1.27 Dusˇek,J...... E6.1 Diaz,R...... H4.2, P5.56, P5.63 Dutre,B...... B4.9 Dı´az,R...... E4.1 Duverneuil,P...... I2.3 Dı´az-Olvera,M...... P1.55 Dvorˇa´k,P...... P5.72 Dickson,B.R...... I2.1 Dyakowski,T...... E2.3 Dı´ez,F.V...... P1.157,P1.158 Dzene, A. B...... P7.37 Dima,R...... P3.10 Dziki,D...... P5.213 Dimitrov,K...... P3.68,P3.69,P3.70 Dzˇumbova´,L...... P1.121 Ding,J.M...... E6.8 Ding,S...... D7.2, D7.3 E Dinjus,E...... J5.1 Dionisi,D...... J8.2 Eaglesham,A...... F3.7 Ditl,P...... E5.5,F4.1,F4.5,I2.8,P3.170,P5.148,P5.159 Eckert,E...... P3.99 Diwekar, U...... G3.3 Economou, I. G...... C7.1 Diwekar, U. M...... H2.2 Eden, M. R...... G4.3 Djellab,Z...... P5.200 Edl,R...... K5.3 Djelveh,G...... C2.4 Edolfa,K...... P1.47 Djokovic,N.N...... C3.5,D4.1,K7.4 Edouard, D...... A3.3 Djordjevic,D...... P7.144 Efimova,V.P...... P5.34 Djordjevic,S...... P7.144 Eggers, R...... C6.2,D3.1,D3.2 Dli, M. I...... P5.59 Eghbali, F...... C1.5 Dmitryev,G.A...... P5.187 Egorov,A.F...... P5.27,P7.13,P7.148,P7.154 Dobia´sˇ,J...... P7.86,P7.88 Ehret,G...... P7.111 Dobre,T...... P7.51 Ehrfeld,W...... A2.1 Dobrokhotova,Zh.V...... P3.131 Ehsani,M.R...... C1.5, C3.3, P1.16 Dobrynkin,N.M...... P1.68 Eide,V...... E6.3 Dogan, H...... K7.5 Eigenberger, G...... A1.3,A1.4,A4.4,B3.4,G1.1,P1.146
70 Eijsbouts, S...... A8.3 Fiedler,K...... K4.2 Eikani,M.H...... P1.14, P3.42 Fieg,G...... P3.8 Eiroa,M...... P7.56 Fie´vez,C...... J1.2 Eisimonte,E...... P7.21 Fı´la,V...... P1.174 Eisimonte,M...... P7.21 Filimonov, D...... P5.219 Ekart,V...... A4.2 Filipczak, G...... P3.103, P5.115, P5.204 El Maaoui, M...... P1.8,P1.180 Filippin,V.A...... E8.6 ElTokhy,M.A.E...... J4.10 Filippova, G. V...... P7.148 El-Halwagi,M.M...... G4.3 Filkoski,R.V...... F7.4, P5.113 El-Manharawy, M. S...... P7.41 Fissore,D...... P1.158 Elgarni,M.M...... P1.177 Fleitlikh,Yu...... P3.44 Elia´sˇ,M...... P1.150 Flizikowski,J...... P7.108 Elizalde,M.P...... B7.3 Floarea,O...... P7.51 Elman,H...... P3.3, P3.32, P5.35 Flores,P...... P3.27,P5.44 Elouchdi,M.A...... P7.4,P7.15 Flores-Acosta,M...... P5.164 Elperin,T...... P5.208 Flores-Farı´as,R...... P7.95 Elsner,M...... A7.1 Fogassy,E...... D3.3 Embirucu,M...... P5.38, P5.39, P5.40, P5.41 Fogler,H.S...... A1.1 Endo, A...... B3.3,C4.4 Fomchenkova, L. V...... P5.59 Endres,J.C.T...... B3.6 Fomin,A.J...... P7.116 Engell,S...... I4.2,P5.61 Fominykh,A...... P5.208 Enrı´quez-Ramos, J...... P7.95 Fonseca,J.M.S...... C6.5 Enstad,G.G...... D7.2 Fonteix,C...... A5.1 Entin,S.V...... P5.89, P7.61 Fonyo,Z...... H2.4 Era¨nen, K...... A3.2 Forma´nek,T...... L2.4 Ercsey,Z...... I6.1 Forootan,D...... K4.3 Eremeeva,T...... P7.21 Foroutan,S.A...... P5.138 Erenˇa,J...... P1.80, P1.81 Forstmeier,M...... H1.3 Ershova,M.M...... P7.127 Forˇt,I...... F2.3,F2.5,F2.6 Escando´n,L.S...... P1.157 Fournet,R...... P7.158 Esparza-Isunza,T...... P1.30 Franco,T.T...... P7.78,P7.137 Espinoza-Beltra´n,F.J...... P5.211, P7.95 Fransolet,E...... E1.5 Estiri,M...... A2.7,P1.60 Freyer,S...... A3.1 Etemad,S.G...... E8.7,G2.6,P5.138, P5.207 Friedl,A...... P1.13 Everaert,K...... A7.5,B4.6 Friedler,F...... I3.6,I6.1,I6.4,I6.5 Friess,K...... P3.53, P3.54, P3.79 F Fuchs,P...... J2.5 Fuentes Rubio, L...... B4.8 Fabikovic,V...... P5.67 Fujasova´,M...... F1.1 Fahlenkamp,H...... E2.2 Fujimoto,T...... P5.109 Fairus,S...... J5.6 Fukawa,M...... E1.3 Fan,L.T...... I6.1,I6.4 Fukusawa,Y...... C7.4 Fa´ra,V...... P3.62, P3.63 Fulem,J...... P1.174 Farakhov,M...... P3.29 Fulem,M...... C6.5 Farouk,A...... L3.2 Funabiki, A...... P5.109 Farzi,A...... G2.6 Furrer,J...... H3.4 Fateev,V...... P1.1 Furst,W...... C7.5 Fateeva,T...... P1.1 Fatemi,R...... P1.16 G Fathikalajahi,J...... P5.52 Fdez-Polanco,F...... K6.2 Gabbasov, F. G...... P7.117 Fedi,A...... H3.5 Gabrus,E...... P3.162 Fekete,R...... P5.110 Gad Abu El-Magd, M. R. G...... P7.124 Fekhar,H...... P5.45 Gadek, L...... P7.20 Feliu,J.A...... G6.5 Gader, S...... P1.26 Fellag,H...... P7.35 Gajda,S...... P1.120 Fenclova´,D...... P3.106,P3.107 Galbe,M...... P7.98 Feng, G...... I6.4 Galkin,V...... P7.29 Ferauche,F...... P1.24 Gallucci,F...... P1.152 Fernandes, I. D...... B3.6 Galoburda, R...... C1.4 Ferna´ndez, B...... P1.132 Gamse,T...... D2.1, D2.5, P3.87 Ferna´ndez, J...... P1.75 Gani,R...... G2.1,G3.1, G4.2, G4.3, G4.4,G5.1 Ferrero,R...... P1.89 Garcı´a,A...... P3.41,P3.67 Ferret,L.S...... B3.6 Garcı´aCalvo,E...... P7.33 Ferschneider, G...... P3.167 GarciaDiez,L...... D4.2 Fialkov,A.S...... P7.120 Garcı´a-Crespillo, A...... P1.101 Fialova´,M...... P1.147, P1.169 Garcia-Diaz,E...... J5.4 Ficbauer, V...... P7.46 Garcı´a-Ochoa, F...... P1.89, P7.63 Fick,M...... A6.8,P1.102 Garea,A...... P1.11, P1.13
71 Garonˇa,R...... P1.80,P1.81 Gorley,P.N...... K7.1,K7.2 Gartman,T.N...... P3.1 Go¨rner,T...... P5.143 Gavrilovski, D...... P3.173 Gorovitz,B.I...... P3.92 Gavrilovski, M...... P7.125 Gorsˇek,A...... P5.229 Gawdzik,A...... P1.120 Gorsky,V.G...... P7.157 Gayubo, A. G...... A8.2, P1.18, P1.21, P1.23, P1.81 Gorzka,Z...... P1.53, P1.54 Gekas,V...... L2.2 Gougol, M...... P5.62,P7.59 Gentric,C...... E3.2 Gourdon, C...... D4.7,D5.3,P5.112 Gerasimov,V.V...... P7.110,P7.117 Goworek,J...... C3.4, P3.145, P3.151 Gergel,A.A...... P5.223,P5.224 Goworek,T...... P3.143 Gerrard,A.M...... K2.4,K2.5, P7.134 Goyal,A...... G3.3 Gerrard,M.A...... K3.5 Grabinska-Sota,E...... P7.23 Gesthuisen,R...... I4.2,P5.61 Grabstain,V...... B4.5 Ghaedian, M...... K4.3 Graczova´,E...... P3.111 Ghaheri, M...... J7.2 Graells,M...... G2.3,G3.2 Gheorghita, T...... H7.1 Granados, J...... P5.72 Gherbi,A...... P1.35,P3.116 Granata, S...... I5.5 Ghodbanan, S...... J5.5 Grange, P...... P1.24 Ghoreishi,S.M...... D1.6, K5.4, P1.9 Granholm, N...... A2.5 Ghotbi,C...... C7.6, P3.98 Grant,C.D...... I2.1 Giakoumakis,D...... B1.3 Grau,I...... G6.5 Giarolli, F...... J8.6 Greenwood, R. W...... D7.1 Gidaspow,D...... F7.1 Greish,A.A...... P1.143 Giddings,D...... E7.6 Grenberg, E. E...... P1.58 Gierczycki, A...... P5.23 Gre´villot, G...... P3.150 Gierczycki, A. T...... P5.162 Grigis,S...... A5.3 Gil,M...... P1.90 Grigoreva,N.A...... P3.44 Gil,R...... P7.7 Grisafi,F...... P5.163 Giot,M...... E2.1 Grof,Z...... A5.6 Gisbert,C...... P7.30 Groslambert,S...... P5.157 Giudici,R...... P1.136,P1.137 Grozeanu, I...... H4.7 Giza,K...... P3.135 Grubecki,I...... P1.94 Gladden, L. F...... A2.2 Gruberova´,A...... P7.68 Glaser,V...... P1.111,P1.112 Gruhn, G...... H1.5 Glaude, P. A...... P7.158 Grytsenko,O...... P1.79 Glavicˇ,P...... P5.229 Grzesik,M...... P1.161, P1.162, P1.163, P1.164, P5.144 Glebov, L. S...... P1.85 Grznarova,G...... P5.143 Glebov, M...... P1.50 Grzybowski,P...... P1.78 Glebov, M. B...... P1.85, P1.168, P3.64 Guadix, A...... P1.82 Gluba, T...... P5.215,P5.216, P5.217 Guadix, E...... P5.50 Gmachowski,L...... P1.22 Guadix, E. M...... P1.82 Gneushev, M. U...... P3.113 Guardani, R...... P1.113,P1.117,P3.168 Gobin,A...... F8.1 Guendouzen, T...... P5.124,P5.125 Godala, M...... P1.148 Guerrero Coronado, R. M...... B4.8 Godard, G...... J7.4 Guevara,G...... P5.35 Goers,B...... B6.2,H1.3,I6.3 Gulbis,V...... C1.4 GolkarNaranji,M.R...... P5.207 Gu¨ldu¨r,C...... P1.43 Golmohammad, F...... P1.116, P3.42 Gulitski,A...... E1.2 Gololobov, Yu. V...... P5.27 Gumnitsky,Ya...... P3.12, P7.131 Gomes,K.K.P...... P1.183,P3.110 Gu¨nther,E...... P7.118 Go´mez,A...... G6.5 Guo,L.J...... E3.4 Gomory,J...... A2.3 Gusarov,V.V...... A8.6 Goncharov,M.V...... P5.59 Guseva,E...... B8.4, P1.102 Goncharova,S.V...... P5.7 Guseva,E.V...... A6.8 Gonza´les-Hena´ndez, J...... K7.2 Gutie´rrez-Ortiz,M.A...... P1.41 Gonza´lez,A...... P1.90 Guzˇela, Sˇ ...... P5.220 Gonza´lez-Herna´ndez, J...... K7.1 Gonza´lez-Marcos,J.A...... B8.1 H Gonza´lez-Marcos,M.P...... P1.41 Gonza´lez-Mendizabal, D...... B2.6,P5.106,P5.184 Ha´bova´,V...... P7.101 Gonzalez-Ortiz,A...... P1.20 Habrdova´,K...... P3.53 Gonza´lez-Velasco,J.R...... B8.1,P1.41 Habulin,M...... A6.7 Goossens,L...... G4.5,J2.2 Hadacˇ,J...... P3.123, P3.124 Go´rak,A...... H2.6,P5.227 Haderer, T...... P3.48 Gorbunova, Yu. E...... P1.105,P7.127 Hadjiev,D...... C1.2,D4.5 Gordeev, L...... B8.4,P1.50 Hadolin,M...... D5.4,P3.40 Gordeev, L. S...... I2.4,P1.168,P3.64,P5.13,P5.29 Haeger, A...... A8.1 Gordeeva, E...... P1.97 Hafez,A.I...... P7.41 Gordeeva, J...... P5.28 Hagemann, O...... E2.2
72 Haghighi, M...... K5.4,P1.9 Hetsroni,G...... E1.1 Haghtalab, A...... D5.6,P3.119 Hevia,M.A.G...... P1.158 Haidari,A...... F3.3 Heyberger,A...... D4.3,P3.41 Hajek,J...... P5.64 Hicke,H.-G...... P3.20,P3.50 Ha´jek,J...... P1.61, P5.71 Hidalgo,M.D...... H1.4 Ha´jkova´,D...... K2.5 Hilaire, L...... P7.111 Hajny´,Z...... H6.6,P5.65 Hilber,T...... P7.62 Hakala,J...... H6.3 Hilke, R...... B7.1 Halasz,L...... I3.6 Himmen,M...... A4.4 Hale,A.R...... G4.5,J2.2 Hinkova´,A...... L1.4,P7.68,P7.69, P7.71 Halecky,M...... K2.5 Hiraoka,S...... F2.7, P5.87, P5.103 Halecky´,M...... K2.4 Hirata,A...... A2.4 Halloin,V...... C2.5,E6.5,F6.6,P1.175 Hirata,K...... I6.7 Hamada, B...... P1.119 Hnı´zdil,T...... F4.3 Hamid,H...... P3.43 Ho,C.A...... E5.2 Hamlat,M.S...... P7.35 Ho,T...... E3.5 Hammouri,H...... A3.3 Hoagland, N. T...... H1.1 Hamzaoui, A...... P1.180 Hoeller,V...... P5.131 Hanika,J...... A4.5,B2.3,B2.4,B2.5,P1.124,P1.128 Ho¨fer,M...... K3.2 Hansen,L...... K1.3 Hoffman,P...... L1.3 Hany,A.M...... G4.7, H7.5,K7.6 Ho¨flinger, W...... D7.7, F5.1, F5.3, F5.5, K5.3 Hanzlı´k,P...... P7.77 Ho¨hne, D...... D7.6 Hapanowicz, J...... P5.104 Hojjati,A...... P3.42 Harritonov, V. N...... P1.40 Holford,J.M...... J7.1 Hartman,M...... P7.50 Ho¨lker,U...... K3.2 Hartwig,S...... J1.3,J2.4 Holmbom,B...... A2.5 Hasal,P...... A4.9,F2.5, P1.15, P1.141, P1.142 Hoppe, S...... A5.3 Hasan,M...... P5.80 Hora´k,J...... K5.1, P1.49 Hashemabadi, S. H...... P5.207 Horazˇdovsky´,T...... K7.1,K7.2 Hashemi,R...... G3.6,G5.7 Horley,P.P...... K7.1,K7.2 Hashim,S...... A5.4 Hornung, A...... H3.4 Hassani,A...... P7.82 Hornung, M...... K2.6, K3.5 Hatami,N...... J5.5 Horoba, L. D...... P5.197 Hatamipour, M. S...... P7.67 Hosnedl, V...... P7.75 Hausmann, B...... A6.6 Hosseini,S...... C1.8,P1.172,P5.36 Hausmann, K...... P1.4 Hosseinzadeh, M...... D4.6 Hausselt,J...... P7.118 Houdek, P...... P5.123,P5.182 Haut,B...... C2.5,E6.5,F6.6 Houserova´,P...... B2.3 Havin,G.L...... H7.3 Housˇka,M...... L2.2,P7.81 Havlen,L...... P5.66 Hozin,V.G...... P7.116 Havra´nek,V...... P1.121 Hrachovinova´,J...... P7.75 Hayadar, B...... F6.5 Hribersˇek,M...... F3.2 Hebrard,G...... P5.137 Hrstkova´,M...... P7.69,P7.71 Hechavarrı´a,T.L...... P1.11 Hsieh,Y.H...... P5.93 Heeres,H.J...... P1.159 Hsu,J.-P...... P3.140 Heger, J...... P5.31 Hsu,J.P...... E8.3,P3.59, P3.60, P5.93, P5.94 Heim,A...... P5.215, P5.217 Hu,X.-G...... P3.73 Heinl,E...... E5.3 Hua,Ben ...... I5.3 Heinrichs,B...... P1.24 Huang, K...... C4.4 Held,W...... A1.4 Huang, S. W...... P3.59 Helland, E...... F8.1 Huang, Tai-Chi ...... J7.3 Helonde, J. B...... F8.5 Huang, W...... P3.149 Hemati,M...... P5.168 Huber, C...... P3.48 Hendrich, L...... P3.80 Hudec, P...... B3.2 Henriksen,S.T...... E6.3 Hui,C.-W...... I6.7 Henrı´quez J., J...... P5.12,P5.26 Hui,Chi-Wai...... I5.3 Hepp, B...... H6.1 Humenetskyi, T...... P1.92 Herink,T...... P1.126 Hung, S.-H...... P3.140 Hermann, I...... P1.146 Hurme,M...... H3.6 Hernandez, L...... P3.3 HurtadoVargas,R...... H4.2,P5.56,P5.63 Herna´ndez, C...... P7.63 Husemann, K...... D7.6 Herna´ndez, M...... H1.4 Hu¨ther,A...... C7.7 Herna´ndez-Beltra´n,F...... A8.4 Hynek,V...... P3.54,P3.79,P3.80 Herrera Delgado, I...... P5.184 Herrera Delgado, M. C...... P1.100,P1.101 I Herrmann, S...... K1.5 Hess,H...... F5.1,K5.3 I’llin, V...... P7.25 Hesse,D...... A8.1 Iacob,V...... P5.201 He´thelyi, E´ ...... D3.5 Iancu,P...... H4.7,P5.70, P5.76, P5.81
73 Iantsevitch,C.V...... P3.142 Jelı´nek,J...... I5.2 Igarashi,A...... P1.87 Jembere,S...... P5.159 Ignatova, S. N...... B4.4 Jenny, M...... E6.1 Ikeda, Y...... P1.87 Jensa,A.V...... E8.6 Ikeno, H...... P5.87 Jentys,A...... B3.2 Il Grande, M...... P7.32 Jerˇa´bek,K...... P3.148 Il’in, V...... P3.139 Jesena´k,K...... B3.2 Ilic,M.S...... P5.171 Jesus,N...... P5.40,P5.41 Iljins, U...... P7.93 Jesus,S.S...... P7.78 Illeova´,V...... P1.154,P1.160 Jezowska,A...... H1.6,P5.8 Iloukhani, H...... P3.125 Jezowski,J...... H1.6, P5.74 Imabeppu, H...... B4.1 Jezowski,J.M...... P5.8 ImamIsmail,I.I...... P1.69 Ji, Shuncheng ...... I4.7 Inei-Shizukawa,G...... P1.55 Ji,W.-R...... C5.2 Inoue, Y...... D2.3 Jiang, J. M...... P3.60 Ioannides, T...... P1.171 Jime´nez,D...... P5.170 Iorio,G...... A6.2 Jime´nez,J...... P5.50 Ippolitov,E.G...... P1.77, P3.144 Jin,Y...... P1.176 Iqbalsyah, T...... P7.89 Jira´k,E...... P5.226 Irabien,A...... H7.4,P1.13 Jirankova,H...... P3.81 Irabien,J.A...... P1.11,P7.1 Jira´tova´,K...... P1.171, P1.181, P7.111, P7.112 Irandoukht, A...... A7.4 Jirˇicˇny´,V...... C2.2,C2.3,P3.28 Irusta,R...... H1.4 Jirku˚,P...... P1.111 Ismail,I.M...... K7.6 Jirout,T...... F2.3,P5.159 Isopescu,R.D...... H7.1 Jo,Y.D...... J1.5 Istomina,O.V...... P1.58 Jo, Young-Do ...... P7.150 Ivancev,M ...... P7.130 Jobic,H...... B3.1 Iva´nek,L...... P7.153 John, S...... E3.3,P1.2 Ivanescu,I...... H2.5 Johnson, K...... F3.1 Ivanov, A...... P1.71, P7.29 Jo¨rdening, H.-J...... A6.6, P1.4, P7.96 Ivanovic, S...... P7.12 Jorge,L.M.M...... P1.136,P1.137,P7.129 Ivashkin,Yu...... P5.28 Jorge,R.M.M...... P1.136, P1.137 Iza´k,P...... P3.53,P3.54,P3.79 Jorgensen, S. B...... G2.1,G4.3 Izquierdo,M.A...... P5.172,P5.173,P5.174,P5.176 Jovanovic, B...... P7.55 Jovanovic, D...... P1.32,P1.33 J Jovanovic, J...... P3.39 Jovanovic, M. P...... F6.3,P1.64 Jablonska,H...... P7.45 Jovanovic, O...... P7.55,P7.130 Jablonski,M...... P3.152,P3.158 Judd, S...... A4.7 Jaeger, P...... D3.1 Juliastuti,S.R...... A6.1 Jaeger, P. T...... C6.2 Jur,A...... P5.96 Jagiello,M...... P3.37 Juracˇkova´,K...... P7.72 Jahoda, M...... F1.4,F1.5,P5.147, P5.155 Juriga,M...... P5.220 Jakobsen,H.A...... E6.3 Jalali,F...... C8.6 K Jallut,C...... I4.3 Jana´cˇova´,D...... P5.1,P7.143 Kaasova´,J...... P7.76, P7.77 Jancˇa,J...... P1.150 Kacˇur,J...... P1.174 Janda, V...... L3.2 Kadhum, A. A. S...... P5.80 Jandova´,I...... P3.62,P3.63 Kadi,H...... P7.35 Janecˇek,J...... P3.91 Kadlec,P...... L1.4,P7.66, P7.68, P7.75, P7.76, P7.77 Janecki,D...... P5.120,P5.121 Kadochnikov, V. A...... K6.4 Jankovska´,P...... P7.69 Kahforooshan, D...... P7.104 Janosz-Rajczyk, M...... P7.20,P7.22 Kaijaluoto,S...... H6.3 Janota, J...... P7.18 Kajishima,T...... J6.4 Jansens,P.J...... C3.2 Kalantar Neyestanaki, A...... A1.2,A6.9 Janssen,M...... K3.2 Kalinichenko, S. S...... P5.222 Jaremov,P...... P7.25 Kalitventzeff,B...... H5.1 Jarvis,D...... L2.2 Kaluzˇa,L...... P1.125 Jascanu, V...... L2.5 Kalwaj,J...... P5.214 Jasinska,B...... P3.143 Kamel,M...... B7.3 Jasˇsˇo,I...... P5.110 Kanaris, A. G...... E6.6 Jaworski,Z...... F2.6 Kanda, Y...... P5.210 Jazayeri,H...... L2.6 Kandhai, D...... P5.140 Jecmenica,M...... D7.2,D7.3 Kaneko, T...... D2.3 Jefferson,B...... A4.7 Kanevce,G.H...... P5.185 Jegla,Z...... H5.5 Kanevce,L.P...... P5.185 Jekel,M...... I6.3 Kang, J. W...... G5.1 Jelemensky´,L...... A1.6,P1.88 Kania,A...... P5.152
74 Kanishcheva,A.S...... P1.105 Kirillov, V. A...... P1.129 Kao,C.Y...... P5.94 Kiss,L.N...... A5.1 Kapala, T...... P3.8 Kitahara, Y...... P3.5 Kapustenko, P. O...... I4.4, P5.69 Klapkova´,E...... K2.4 Karabelas, A. J...... B1.3, E6.6, P5.126 Klemes,J...... P5.227 Karcz,J...... P5.149, P5.150, P5.161 Klemesˇ,J...... H4.3,H4.4, I5.4, P5.57 Karimaei,M...... P5.36 Klimov,V.O...... P5.95 Karimzadeh, R...... P1.172,P5.36 Klingstedt,F...... A3.2 Karklina,D...... P7.93 Klomfas,G...... P3.66 Karsˇaiova´,M...... G1.2 Kloytz,V:E...... P7.42 Kashkoli,A.Z...... C4.5 Kmecz,I...... D3.3 Kasianov, G. I...... P7.103 Knez, Zˇ ...... A6.7,D1.1, D2.2, D5.4, P3.40 Kaskevych, O...... P5.92 Knoetze, J. H...... P1.173 Kaskiala,T...... P3.109 Knyazev,O...... P7.29 Kasymbekov,B.A...... P3.11 Kobayashi, M...... J6.8 Kataoka,K...... A5.2 Kocakusak,S...... K7.5,P7.119 Katcheguine, A. F...... P1.39,P1.40 Kocˇı´,P...... A4.2 Kato,M...... C7.3,P3.122 Kocia´nova´,J...... P1.171 Kato,Y...... F2.7,P5.103 Kocur,A...... P5.23 Kavicˇka,F...... P5.31 Kodama, D...... C7.3, P3.122 Kawai,T...... P3.84 Koebe, M...... E6.2 Kawalec-Pietrenko,B...... P1.140, P5.136 Kofra´nkova´,V...... G6.2 Kazemeini,M...... A8.7 Kogan, V. M...... P1.139 Kazmierczak,M...... P1.53,P1.54,P1.56 Kohout, M...... G6.1,G6.3, P1.15 Keegan, S. D...... P1.51 Kohoutek, J...... H5.5,P5.73 Keh,H.J...... E6.8 Koivisto,R...... J3.6,P7.160 Keiski,R.L...... A4.1 Kojima,M...... P5.103 Kenig,E ...... P5.227 Kokunov, Yu. V...... P7.127 Kennes, C...... K2.2, P1.132, P7.56, P7.58, P7.64 Kolbasov,G.Ya...... P1.52 Keppert, M ...... P5.199 Kolena, J...... A4.5 Kerkeni,C...... P5.188 Kolenchits,O.A...... P5.209 Kerler,B...... D1.2,D1.4 Kolesnichenko, G. V...... P3.44 Kermes,V...... P5.64,P5.71 Kolesnikov,S.V...... G2.5 Kettrup,A...... P7.3 Kolesnikov,V.A...... P5.9 Khakdaman,H.R...... P3.115 Kolobov, G. A...... P3.46 Khaleghinasab, A...... F5.7 Kolodziej,A...... P1.106 Khalilian, M...... G1.3 Kolomaznı´k,K...... P7.143 Kharitonov, V. N...... P1.38 Koltsova,E.M..... E8.6,P1.93,P3.33,P3.136,P3.141, P5.13 Khassin,A...... P1.47 Koma´rkova´,E...... P7.134, P7.135 Khedr, M. A...... P7.41 Komarov,O.A...... P3.46 Khelassi,A...... C4.7, P5.48 Komarova,N...... K3.4,P7.38 Khellaf,M.C...... P5.139 Komatina,M...... P5.203 Khobragade, N. T...... F8.5 Komatina,M.S...... P5.171 Khodafarin, R...... P1.145,P1.149, P3.115 Komissarov,Yu.A...... P1.178, P3.17 Kholkin,A.I...... P3.44,P3.45 Konieczny,K...... P3.66 Khomyak,V.V...... K7.2 Konorev, O. A...... P1.17, P1.114 Khorasheh, F...... A8.7 Koparal, A. S...... P7.27,P7.39 Khoshfetrat,A...... P3.82 Koppol, A. P...... I5.1 Khromenko,A.V...... P5.95 Koptyug,I.V...... P1.129 Khromov,V.I...... P1.178 Korab,V...... P7.54 Kiba,Y...... E4.2,P1.76,P3.5,P3.6,P3.7 Koral,M...... K7.5,P7.119 Kienle,A...... G6.4 Kordacˇ,M...... F1.3 Kiera,M...... E5.6 Kordas,M...... P5.221 Kierzkowska-Pawlak,H...... P5.141,P5.158 Korˇı´nek,K...... J5.3 Kieszkowski, M...... P7.8 Koris,A...... P3.73,P3.77 Kikiewicz,Z...... P7.114 Korniyenko,Ya...... E7.5 Kim,J...... H5.2 Koroglu,H.J...... P1.72 Kim,J.-H...... J1.3,J2.4 Koroglu,J...... K7.5 Kim,K.-J...... H2.2 Kortchagin, E. Yu...... P5.13 Kim,S.E...... F3.3 Koschutnig,W...... F5.5 Kim, Young Ho ...... I4.6 Kosek,J...... A5.6,B4.3,P1.37 Kimhi,O...... B4.5 Kosmider,J...... P5.24,P7.17 Kimura,M...... P3.6 Kosov,V.N...... C6.7 King,F...... A2.2 Kostanyan,A...... D5.2 King,R...... A3.1 Kostanyan,A.E...... B4.4, D4.4 Kinney, K. A...... K2.3 Kostyuchenko, V. V...... E8.6 Kirillov, E. V...... P1.167 Kosugi,S...... J6.4 Kirillov, I. A...... J1.6,J2.6, J2.7, P7.156 Koszkul, J...... P3.49,P3.172, P5.135 Kirillov, S. V...... P1.167 Kotake,N...... P5.210
75 Kotnik,P...... D2.2 Ladero, M...... P1.89 Koubek, J...... A3.0 Lagache, M...... C5.1 Koudil,A...... P3.167 Laguerie, C...... P5.168 Koutsky´,B...... K2.4 Laine,A...... A2.5 Kovacs,A...... P7.9 Laine,E...... P3.138 Kova´cs,Z...... I6.1 Lambert,S...... P1.24 Kovalenko,V...... P3.139 Landfeld, A...... P7.81 Kovalyuk,Z.D...... K7.2 Landgrave, J...... K6.1 Kovanda, F...... P1.181,P7.112 Lange, R...... B2.1 Kowalczyk, M...... P1.98 Lappas, A. A...... G4.6 Kozhanova, A...... P3.132 Laranjeira,P.E...... P1.27 Kozlowska,H...... L3.1 Larbot,A...... P3.52 Kozlowski,C...... P3.74 Larrubia,M.A...... P1.100, P1.101 Kraemer,R...... E8.5 Laskowski,J...... P5.213 Krajewski,W...... P1.106 Lassahn, A...... H1.5 Kra´lik,M...... A2.3, J8.4 Lasˇtovka,V...... P3.107 Krammer,G...... P1.13 Lauter, E...... E2.1 Krasin,B.A...... P7.42 Lavric,V...... H5.6 Kraslawski,A...... G2.5,P3.24 Lazarevic,P.M...... P5.47 Krasovitskaya,K.A...... P7.61 Le Yaouanq, E...... J5.4 Krasovitskij,Yu.V...... P5.89,P7.61 Lebedev, E. O...... P5.9 Krateˇna,J...... F2.5 Lebon, G...... F6.6 Kra´tka´,J...... P7.86 Lee, F...... A5.5 Kreis,P...... H2.6 Lee, K. C...... E4.5 Krejcˇı´,A...... A4.5,P5.212, P7.126, P7.160 Lee, L. L...... C6.8 Krejcˇı´,P...... L2.4 Lee, Wan-Hui ...... J6.3 Kresta,S.M...... F4.6 Legheraba, D...... B6.6 Krim,S...... P3.36 Legros, J. C...... F6.6 Kroschel,M...... A2.1 Lehmann, I...... P3.20,P3.50 Krstic,D.M...... P3.75 Leifheit,J...... A3.1 Krstic,D.N...... C3.5,D4.1,K7.4 Leite,L...... P1.47 Kry´sa,J...... P5.199 Leitner,J...... P1.121 Ku, Young ...... J4.7,J6.2,J6.3,J7.3 Lemken,D...... P1.146 Kubicek,M...... A4.2,G6.1,G6.3 Lemkowitz,S.M...... G4.5,J2.2 Kubicˇka,D...... A4.5,A7.6 Lemonnier, H...... E2.1 Kucˇera,J...... P1.121 Lempe,D.A...... C5.2 Kucˇerova´,V...... P7.49 Lengerer, W...... B3.4,G1.1 Ku˚dela,V...... B7.4 Lenz, J...... K3.2 Kudrna,V...... E3.6,F1.5 Le´onard, A...... P5.51 Kuga, Y...... P5.109 Lerena, P...... J3.3 Kugler,J...... P1.121 Leto´n,P...... P7.33,P7.36 Kukacˇkova´,O...... P7.83 Leuenberger, H...... I2.4 Kukula,R...... P1.142 Levin,Yu.I...... P1.58 Kukulka,D.J...... I4.1 Levis,A.A...... G2.2 Kukura,J...... F2.1 Levytskyi, V...... P1.92 Kulhanek, P...... P7.155 Lewicki,P.P...... L2.1 Kulikov,A.V...... P1.129 Leyva-Ramos,R...... B4.8 Kulov,N.N...... P3.11 Lezak,E...... P1.56 Kulzhanov, D. U...... C6.7 Le´sniewska,E...... P7.31,P7.85 Kumar,N...... A2.5,A7.6,P1.61,P3.138 Li,L...... E3.4,P5.134 Kuncewicz,C...... P5.151,P5.152 Li, Meng-Hui ...... C3.6 Kuncı´rˇ,M...... K4.1 Lieball,K...... D1.3 Kunde, N...... H1.5 Lie´banes, M. D...... F8.4 Kurpas,M...... P1.98, P5.16 Liebermann, G...... A5.5 Kusano, H...... E1.3 Lightfoot,E.N...... A1.0 Kustov,L.M...... P1.143 Lima,E.A.P...... P7.11 Kuusisto,J...... A1.2 Limbergova´,Z...... A4.9 Kuzmichev,R...... P1.102 Limousy,L...... C1.2 Kuznetsov,D.O...... P7.154 Limousy,L.L...... D4.5 Kvitka,A...... I2.7,P5.74 Lin,Chih-Yuan ...... C3.6 Kysela,B...... P5.159 Linares-Solano, A...... P1.91 Lincot,D...... G3.5 L Lindborg, H...... E6.3 Linder, D...... P7.118 L’Homme,G...... E1.5 Lindfors,L.-E...... A3.2 LaNotte,E...... L3.4 Linek,J...... C6.4, P3.120 Laaouad, F...... P5.45 Linek,V...... F1.1,F1.3,P3.18 Lachowska,J...... P3.153 Lipi,D.F...... P7.161 Lachowska,M...... P1.161 Lisa,C...... P5.197
76 Lı´sal,M...... C5.3 Ma¨ki-Arvela,P...... A2.5,A6.9,P1.25 Litvinenko, G. I...... P3.25 Maksymovych, N...... P5.92 Llinas,J.R...... F8.1 Maksymovych, O...... P5.92 Lobacheva, O ...... P3.30 Malek,Z...... P3.52 Lobanov, A. I...... J2.7 Malijevska´,I...... P3.117 Lobatchyova, N. N...... P7.61 Malı´k,F...... P1.153 Lobo-Oehmichen, R...... P1.103 Malinovskiy, V...... P3.1 Lobos, E...... P3.76 Malsch,G...... P3.20,P3.50 Locatelli, F...... A8.5 Mandin, P...... G3.5 Lockett,M.J...... C2.1 Manileve,C...... F3.6 Lombranˇa,J.L...... J4.4,J8.3 Manna, L...... B2.2 Lopes, F. L. G...... P7.74 Manninen, J...... H6.3 Lopes, J. C. B...... E7.4,P1.27 Manovic, V. M...... P1.64 Lopes, J. J...... A4.6 Manresa,A...... P1.10 Lopez, F...... P7.28 Mantell,C...... P3.88 Lo´pez,C.R...... P1.19 Marc,J.L...... P1.41 Lo´pez,W...... P3.3 Marchot,P...... E1.5,P5.51 Lo´pezdeRamos,A...... P3.34, P5.105 Marckmann, H...... D3.2 Lo´pezdeRamos,A.L...... P3.128, P5.106 Marcov-Tacu,C...... H4.7, P5.84 Lo´pez-Dehesa, C...... B8.1 Marczewski,A.W...... P3.145,P7.57 Lo´pez-Isunza,F...... A8.4 Marecˇek,J...... P7.79 Lo´pez-Isunza,H.F...... P1.30 Marechal,F...... H5.1 Lo¨rcher,M...... E2.4 Marek,M...... A4.2,A5.6,B4.3,G6.2,P1.15,P1.37,P7.88 Lo¨sch,H.W...... D1.5 Margerit,J...... F6.6 Loskutov,V.F...... P3.142 Marı´adeJesus,C...... P5.68 Loskutova,T.V...... P3.142 Mariaca-Dominguez, E...... P1.57 Loubar, K...... P5.198 Mariaca-Dominguez, M. E...... P1.20 Louni, F...... P5.202 Mariani,N.J...... P1.51 Lovland, J...... P3.108 Marinko,M.M...... C3.5,D4.1,K7.4 Lozada, A...... P7.107 Markesova´,J...... P7.54 Ludwig,M...... K2.6,K3.5 Markosˇ,J...... A1.6,A6.4,P1.88 Luetzow, K...... P3.78 Markovic,B...... P1.32,P1.33 Lukashevich,I.E...... J1.6, J2.7, P7.156 Markovic,G...... P7.133 Lukic,J...... P3.39 Markovits,I...... D3.3 Lukiyanuk, T. S...... P1.52 Marn,J...... E8.4,P5.119 Lygeros,A...... G4.6 Marque´s,J.A...... P1.13 Lysova,A.A...... P1.129 Marr,R...... D2.1,D2.5,P1.131,P3.48,P3.87,P7.62 Lyubchik,S.B...... K6.4 Marroquin, G...... P1.57 Martin,A...... D1.2,D1.4 M Martı´n,A.B...... P7.63 Martinak,P...... I5.4 Ma,Chih-Ming ...... J7.3 Martina´k,P...... I3.3, P5.72 Ma,G...... P3.149 Martinez,E...... K6.1 Maachi,N...... P5.190 Martı´nezdelaOssa,E...... P3.88,P3.97,P3.101 Maachi,R...... B6.6 Martinez-Tapia,G.E...... P1.20 Machacˇ,I...... F8.2, P5.114 Martins,A.A...... E7.4, P1.27 Machacˇka,V...... P3.81 Marton,G...... P7.9,P7.10 Machado, C. M. M...... P7.138 Martoriello,T...... L3.5 Machkova´,J...... P3.53 Martsinkovskii,A.V...... P3.113 Machmudah, S...... D3.6 Marty,P...... E4.4,P5.194 Machonˇ,V...... E3.6,F1.4,F1.5,P5.147,P5.155 Marysˇka,M...... P7.97 MacielFilho,R...... P1.95,P3.2, Maryutina,T...... D5.2 P5.3, P5.4, P5.5, P5.15, P5.20, P5.40, P5.41, P7.78 Maryutina,T.A...... B4.4 Madela, M...... P3.74,P7.20,P7.45 Marzuka,S...... P1.90 Madlova´,A...... P1.154 Mascia,M...... P3.26 Magelli, F...... F4.4,F4.7 Masic,M...... P5.203 Mahdi, K...... C6.6 Masiuk,S...... F3.4, P5.221 Mahmoudi, A...... P1.145,P1.149 Masoumi,M.E...... P1.170,P5.228 Mahramanlioglu,M...... B4.7,J7.7 Masri,M.A...... P5.190 Maidi,A...... C4.7 Massebeuf, S...... A5.1 Majı´rˇova´,H...... F1.4, P5.155 Masuoka,H...... C7.4,P3.90 Majone, M...... J8.2,J8.6 Mata,T.M...... I6.2 Major,M...... P5.150 Matei,M...... P5.78 Makarov,I.V...... P3.44 Matousˇ,J...... C8.3 Makarov,S.V...... P7.154 Matsui,G...... P1.135 Makarova,A.S...... P7.13, P7.148, P7.154 Matsushita,J...... P7.131 Makarova,V.O...... P5.11 Matsuura,A...... F2.7,P5.103 Makhnii,V.P...... K7.1 Matsuyama,H...... C1.3 Makhonina, E. V...... P3.131,P7.120 Matsuzaki,S...... A5.2
77 Matveeva,V...... A7.7,P1.83 Mishina,V.J...... P5.11 Matysiak,B...... P7.6 Misiak,M...... P1.53,P1.56 Maugans, C...... J4.3 Misko,L.P...... P1.84 Maurer,G...... C7.7,P3.119 Misnikov,O...... P7.113 Mauschitz,G...... F5.5 Missul,A.B...... A8.6 Maya-Yescas,R...... P1.20 Mitevska, N...... P7.122 Mayer,A.L...... H1.1 Mitic,V...... P7.55 Mazgarov,A.M...... G3.6,G5.7 Mitrevski, V. B...... P5.185 Mazza,G.D...... P1.51 Mitritchev,S.I...... P5.6 McGlinchey,D...... P5.225 Mitrovic,M...... C3.5,D4.1,K7.4 McKay,I...... H5.3 Mittal,A.K...... P7.47 McKenna, B. M...... H3.0 Mitu,A...... P5.76,P5.81 Mecherara,S...... P7.82 Miyata,T...... B3.3 Medeiros, A. B. P...... P7.139 Mizsey,P...... H2.4 Medvedev, E. A...... E8.6 Mizuochi,H...... B4.1 Mehdid, F...... P7.82 Mizusaki,A...... P1.135 Mehrabani Zeinabad, A. M...... G1.5, P5.14 Mladenovic, I...... P5.37 Mehrabi,M...... F5.7, P3.134 Mladenovic, R. V...... F6.3,P1.64 Meistr,V...... P3.108 Moccia,G...... L3.5 Mejta,V...... P3.62,P3.63 Modrzejewska,Z...... P1.133,P3.163 Meklati,B.Y...... P7.82 Mofakhami-Mehrabadi, M...... C7.6 Melin,T...... B7.5 Mofrahi,M...... P5.36 Mellati,A...... E8.7 Moheb, A...... B7.2, K6.3 Melnyk,J...... P3.49 Mohr,R...... B7.4 Melo,R.S...... P7.26 Mokhtarani,B...... P3.119, P5.36 Melzoch,K...... P3.71,P7.98,P7.99,P7.101 Mokrani,S...... P1.165 Mena, P...... P5.129,P5.130 Molchanov, V. P...... P7.142 Menacer, M...... E4.7 Molina,G...... P5.175 Mendoza, J. A...... P7.58,P7.64 Mollendorf, J. C...... I4.1 Menge, M...... A7.1 Molna´r,A...... A1.6 Mengxi, Liu ...... P5.167 Moniuk,W...... A3.4 Menshikov,V.V...... P5.17,P5.18,P5.29 Monji,H...... P1.135 Menshutina,N...... G2.5,P1.102 Monroy-Loperena, R...... P3.27, P5.44 Menshutina,N.V...... A6.8,B8.4,I2.4,P5.7,P5.9,P5.25 Montanari, F...... C5.5 Menshutina,V.N...... P5.11 Montante,G...... F4.4,F4.7 Menxi,J...... P3.149 Monte,M.J.S...... C6.5 Merabet, M...... L1.5 Monzie,I...... P3.150 Merten,C...... A1.3 Mora,J...... P3.73 Meshalkin,V.P...... H7.6,P5.59 Morachevsky, A. G...... C5.4 Meshcheryakova,V.T...... P5.11 Moraes,E.B...... P3.86 Me´thivier,A...... B3.1 Morales-Herna´ndez, J...... P5.211 Mewes,D...... E2.4 Morales-Za´rate,E...... E6.7,P1.103 Michalopoulos, J...... G4.6 Moravec,M...... P1.112 Michalska,M...... P5.150 Mora´vkova´,L...... C6.4,P3.120 Michalski,J.A...... I4.5, P5.100, P5.169 Moreno, G. H...... P1.19 Michelet,S...... E4.5 Moreno, J. C...... A8.4 Micˇı´kova´,A...... P7.53, P7.159 Moreno, N...... A8.4 Midoux, N...... E3.2 Morillo, A...... P1.146 Mihailov,Yu.N...... P7.127 Moritz,P...... P5.227 Mihoubi, D...... F5.4, P5.85, P5.86, P5.188, P5.189, P7.102 Morozovs,A...... P5.21 Mijangos, F...... B7.3 Mortazavi-Manesh, S...... P3.98 Mikhailov,Yu.N...... P1.105 Moscicki,L...... L3.1, L3.3 Mikheikin,I.D...... P3.131 Moshnyakov,E.A...... P1.85 Mikkola,J.-P...... A1.2 Moskal,F...... P3.156 Miksˇanova´,M...... P7.135,P7.136 Mosyak,A...... E1.1 Miksch, K...... K1.2 Moucha,T...... F1.1,F1.3,P3.18 Mikula´sˇek,P...... P3.56 Mouheb, A...... P5.202 Mikus,O...... P5.2 Moulijn, J. A...... A8.3 Milanovic, S. D...... P3.75 Mousavand, T...... P5.138 Milichovsky´,M...... F5.2 Moussous,S...... P1.3 Milickova,J...... P7.53 Mouza,A.A...... E6.6,P5.126 Miljkovic, M...... P1.5,P1.6,P7.121 Mouzai,L...... P5.122 Milojevic,G...... P7.125 Movsesov,K.E...... P3.46 Milovanovic, L...... P1.46 Mowla,D...... P5.52,P7.67 Mimura,A...... K3.1 Moyer,E.E...... J8.5 Minazheva,G.S...... P1.109 Mozzafari,E...... E7.6 Miranda, M. A...... P1.10,P7.28,P7.34 Mra´z,I...... P7.80 Mironov, A. V...... E8.6 Mrozinski,A...... P5.214, P7.108, P7.114 Mironyuk,T.I...... P3.165 Muhammad, J...... P1.160
78 Muhr,L...... P3.150 Nouri,S.S...... F5.7 Muhtarova,S.E...... P1.93,P3.136 Novak,Z...... D2.2 Muizniece-Brasava,S...... P7.37 Nova´k,A...... P1.37 Muja,I...... P5.82 Nova´k,J.P...... C8.3 Munteanu, M...... H2.5 Novaki,S...... I6.4 Murakami,Y...... F2.7 Nova´kova´,H...... P7.97 Murzin,D.Yu...... A2.5, Novotna´,A...... J3.7,J6.1,P5.75 A4.1, A4.8, A6.9, A7.6, P1.25, P1.61, P1.166, P3.138 Novy´,M...... P5.123 Musemic,R...... P5.178 Nowak,I...... P7.22 Muzzio,F.J...... A3.5,F2.1,F2.2 Nowicki,L...... P1.148 Myasnikov,S.K...... P3.11 Nunokawa, M...... J6.8 Nutu,N...... P5.81 N Nystro¨m,L...... P3.24
Nacu,A...... E8.3 Nagorna, O. G...... I4.4 O Nagrale,D.B- ...... P5.177 Nagy,A.B...... I3.6 Najzarek,Z...... P1.106 Nakabayashi, K...... D7.4 O’Young, L...... I6.7 Nakai,K...... D1.5 Obalova´,L...... P1.181 Nakaiwa,M...... B3.3,C4.4 Obraniak,A...... P5.215,P5.217 Nakamura,H...... P5.103 Ocana, L...... P7.36 Nakatuji,H...... E4.2 Ochoa-Landı´n,R...... P5.164 Nakonieczny,A...... P7.8 Ochoa-Tapia, J. A...... A4.6,E6.7, P1.103, P1.104 Narita,S...... P7.52 Ochowiak,M...... C2.6 Nascimento,C.A.O...... G5.5,P1.113,P1.117, P3.168 Ochrana, L...... P5.72 Nascimento,Y.C...... P3.110 Ogiso,R...... P1.135 Nasernejad,B...... P7.145 Ogorodnikova, O. L...... P1.155 Nastaj, J. . . . P3.135, P3.146, P3.156, P3.159, P5.179, P5.180 Ohmori,T...... B3.3,C4.4 Natan,S...... E2.6 Ohmura,N...... A5.2 Nauryzbaev, M. K...... P1.109 Ohnishi,N...... C1.3 Navarro-Laboulais, J...... P1.28, P3.16 Ohta,M...... P1.87 Nazansky,S.L...... P3.9 Oishi,B.O...... P7.138 Nazari,K...... P1.145, P1.149, P3.115 Ojaniemi,U...... G1.4 Neamtu,M...... P7.3 Oka,S...... G5.6 Neczaj,E...... P3.74,P7.20,P7.45 Okunev, B. N...... P5.55 Nederita, V...... P7.91 Olazar,M...... P5.172,P5.173,P5.174 Nekova´rˇ,P...... D5.1 Oldshue, J. Y...... C4.1 Nemtchinova,N.V...... P7.42 Olin,M...... G1.4 Nenaglyadkin, I. S...... P3.141 OliveiraFontes,F.A...... P1.183 Neskovic,O.M...... P1.64 Olmos,E...... E3.2 Nesterov,N.A...... P5.209 Olshanskaya,A.A...... P1.36 Nesvadba, P...... L2.2 Olszewski,J...... B8.6 Neto,C.P...... B3.5 Olujic,Z...... C3.2 Neufuss,K...... P5.218 Ondra´cˇek,J...... C2.2 Neumaier,R...... E8.5 Ondrovicˇova´,M...... G1.2 Nevoral,V...... G6.2 Onimaru,R.S...... P3.168 Neyens,E...... J4.1, J4.2 Ono,Y...... P3.7 Ngatirin,S...... P5.57 Onofrei,R...... P5.78, P5.186 Niaei,A...... P1.170, P1.172, P5.36, P5.228 Ooi,J.Y...... D7.2,D7.3 Nica´k,T...... P7.155 Opletal,L...... P3.89 Niccolai,G...... A8.5 Oprean, L...... P7.90,P7.91 Nicolae,A...... P3.164 Oral,J...... H6.6,P5.65,P5.66,P5.67,P5.71 Nicolais,L...... L2.3 Ordonez, S...... P1.157, P1.158 Niedzielska,A...... P5.151 Orlov,A.V...... P5.223,P5.224 Nieminen, V...... P3.138 Orlov,V...... P5.156 Nienow, A. W...... F2.6,F3.7 Orlovic,A...... A7.2,P1.32,P1.33,P3.39,P3.83 Nikiforova,L.K...... P3.44 Ortega, B...... P5.12,P5.26 Nikitina,N...... P5.92 Ortega, M...... G5.3 Nikolenko,A.F...... P7.120 Ortueta,M...... J8.3 Nikulina,E.A...... P5.17,P5.18 Orvalho,S.C:P...... P5.118 Nizhegorodova, T...... P1.102 Osfouri,S...... D5.6 Noori Khoshknab, A...... A2.7 Osipov,A...... P5.219 No¨s,G...... P7.10 Oufer,L...... P5.202 Noskov,A.S...... P1.68 Ould-Bouamama, B...... C4.7 Nospal,A.T...... F7.4,P5.113 Ovchinnikova,N.A...... P1.105 Nossent,A.J.J.F ...... H6.2 Owczarczyk, A...... P1.73 Nossent,J.J...... H6.1 Ozgen, O...... B4.7
79 P Pe´rez,A...... P1.57, P3.32 Pe´rez-Guevara,F...... A6.5 Pabst,W...... P5.165 Pe´rez-Pastenes, H...... P1.99 Pa´ca,J...... K1.1,K1.3,K1.4,K1.5,K2.4,K2.5, Perezagua, R...... E2.1 K3.3, P7.134, P7.135, P7.136, P7.137, P7.138, P7.139 Perry,S...... H3.3 Pa´caJr.,J...... P7.135,P7.136 Pershin,V...... P5.156, P5.219 Pacek,A.W...... F3.6 Perva-Uzunalic,A...... D5.4 Pacˇes,M...... B4.3 Pervov,V.S...... P3.131, P7.120 Pa´ez,M.P...... P1.82 Pesˇek,O...... A1.5 Pagano, A. M...... P5.58 Pestunova, O. P...... P1.155 Pagliai,P...... F8.3 Petera,K ...... E5.5 Pahlevan Zadeh, H...... P7.59 Petera,K...... P7.100 Paidar,M...... P7.27 Petran,A.G...... P5.33 Paladino,O...... H3.5,K7.3 Petrangeli Papini, M...... J8.6 Palancar,M.C...... F8.4,P5.170,P7.7 Petrenko,T.P...... P3.165 Palica,M...... P7.40 Petrescu,S...... P5.196, P5.197 Palige,J...... P1.73 Petropavlovskiy, I. A...... E8.6 Palionyte,J...... P7.118 Petrovic,A...... P5.206 Palmarola Adrados, B...... P7.98 Petrovic,G...... P7.130 Panasenko, A. V...... J2.7 Petrovic,S...... P3.83 Pandiella, S. S...... P7.89 Petrovski, I. J...... F7.4,P5.113 Panfilov,V.I...... P7.43 Petrovskiy, V...... I2.7 Panikov,N.S...... P1.93 Petrunin,V.A...... P7.157 Panizza,M...... P1.100 Petrusev,S.V...... J2.6 Pankewitz,A...... D7.5 Pettersson,F...... I3.5,I6.6 Panov, S. Yu...... P5.89 Peva,S.V...... P7.106,P7.109 Papa, V...... J8.2 Pickering,S.J...... E7.6 Papadokonstantakis, S...... G4.6 Pientka,Z...... B6.4 Papaeconomou, I...... G2.1 Piepers, H. W...... B1.6 Papageorgiou, L. G...... G2.2 Pierucci,S...... I5.5,P5.54 Paras,S.V...... E6.6,P5.126 Pikovszki, Z...... P7.10 Parchmann, H...... E3.3,P1.2 Pilipenko, G. P...... P3.144 Parekh,D...... K1.5 Pinciroli,M...... P5.54 Paris,J...... H6.4 Pinelli, D...... F4.7 Park,K.S...... J1.5, P7.150 Pirard,J.-P...... P1.24,P5.51 Parker,D.J...... F7.2 Pisarek,D...... F3.4 Parmon,V.N...... P1.129,P1.155 Pisarenko,E.V...... A4.3 Parsa,J.B...... P3.125 Pisarenko,V.N...... A4.3,P1.45, P1.85 Paru˚zˇek,K...... P5.147 Piska,I...... P7.105 Paryghin,K.E...... P5.95 Pitchon, V...... P1.166 Paryjczak,T...... P1.54,P1.56,P7.31,P7.85 Pitrunova´,E...... P7.159 Pasanen, A...... G1.4 Pivonˇka,J...... P7.87 Pascual,P...... C5.1 Pla,F...... A5.1,A5.3 Pashkov,G.L...... P3.44 Pla´t,P...... P1.122 Pasman,H.J...... G4.5,J1.1, J2.2, P7.158 Plesovskikh, V. A...... P3.100 Patil,P...... F8.5 Plesu,A.E...... P5.76 Patino,G...... F8.1 Plesu,V...... H2.5,H4.7,H7.1, P3.10, Paturzo,L...... P1.12, P1.152 P5.70, P5.76, P5.78, P5.79, P5.81, P5.82, P5.83 Paul,D...... B7.1 Plyasova,L...... P1.47 Pauporte´,T...... G3.5 Podracka´,M...... J3.7 Pavlenko,N.I...... P3.44 Poggel, M...... B7.5 Pavlica,R...... P1.86,P7.132 Pogrebova, I. S...... P3.142 Pavlı´cˇek,J...... C5.3 Pohorecki, R...... A3.4 Pavlı´k,D...... P1.126 Pohorˇely´,M...... P7.19,P7.50 Pawlowski,C.W...... H1.1 Pokhabova, I. V...... P3.144 Peciar,M...... P5.220 Pokorny´,J...... L3.1,L3.2 Pedrerol,J...... J4.3 Polakovicˇ,M...... P1.154,P1.160, P5.143 Peeters,F...... C2.5,E6.5, F6.6 Poltorak,I...... P3.127 Pekalski,A...... P7.158 Polyanin,A.D...... P1.151 Peka´rek,V...... P7.18 Poncin,S...... E3.2 Pekhota,F...... P1.1 Pons,M...... G5.2 Pelekh,T...... P7.131 Popa, V...... H6.8 Pendyk,B...... P5.116 Popescu,D.C...... H2.5,P1.130, P5.82, P5.84, P5.201 Pennanen, J...... G1.4 Poplewski,G...... H1.6,P5.8 Pera,P...... H3.5 Poplsteinova,J...... C6.8 Perera,M.S...... P5.230 Popova, S. S...... P1.36 Perera,R...... P1.7 Popova, V. F...... A8.6 Perevertaylenko,O.Y...... I4.4 Popovic, I...... P1.46 Pereyra,C...... P3.97, P3.101 Popovic, M...... K1.3,K1.5
80 Porfireva,R.T...... P7.110, P7.116, P7.117 Ramı´rez-Bon,R...... P5.164, P7.95 Portugal, I...... B3.5, I2.6 Ramı´rez-Wong, B...... P7.95 Postawa,P...... P3.172 Ranic,M...... P1.46 Potapkin,B.V...... J2.6 Ranzi,E...... I5.5 Potapov, S...... E2.1 Rashed, J...... P1.177 Poth,N...... C4.3 Rashidi,F...... F6.4 Pour,V...... L1.4,P7.68,P7.71 Rashtchian,D...... F6.5, J2.8, P5.62 Poutchkov,M.N...... P5.7,P5.25 Rasmy,M.H...... J4.10 Pouthkov,A.F...... P7.106, P7.109 Razaghnia, M...... P7.145 Povolny´,P...... P5.226 Reblova´,Z...... P7.77 Poyarkova,A...... K1.7 Re´blova´,Z...... L3.1 Poyraz,S...... P1.42 Rebollar,M...... P1.108 Prado, O. J...... P7.58,P7.64 Recˇkova´,Z...... C8.3 Prasser,H.-M...... E2.5 Redondo, M. A...... G5.3 Prat,L...... D5.3 Redondo, P...... E4.1 Prenosil, J. E...... I2.5 Rˇ eha´k,K...... C8.3 Press,V...... P3.13 Reiling,V...... F8.1 Prezhdo, V...... P3.37 Reissner,H.-K...... P1.13 Prˇidal,J...... P3.80 Rejl,J.F...... P3.18 Prˇı´hoda, J...... P7.72 Remiarova´,B...... P1.88 Prikhodko, I. V...... C5.4 Renedo, M. J...... P1.75 Prikopa, T...... F1.4 Renken,A...... P5.131 Prˇı´lepek, P...... L2.4 Repic,B.S...... F6.3, P1.64 Primozˇicˇ,M...... A6.7 Repke,J.-U...... C4.2 Procha´zka,J...... D4.3, P3.41 Reshetov,S.A...... P3.15 Prokop,A...... C1.7 Reshetova,L.I...... C5.4 Prokopova´,E...... P3.18 Resini,C...... K7.3,P1.100 Pruess,J...... E6.2 Retsina,T...... H6.9 Prusi,A...... P1.110 Reyes,A...... P5.175 Prutenskaya,E...... K1.7 Rezaei,M...... L2.6 Prutenskaya,E.A...... P5.187 Rˇ eznı´cˇkova´,J...... P1.169 Prutensky,D.V...... P5.187 Rhodes, D...... F8.3 Ptaszek,A...... P1.163,P1.164 Riazi,M.R...... C6.6 Ptaszek,P...... P1.162,P5.144 Ribas Garcı´a,M...... H4.2,P5.56, P5.63 Puchy´rˇ,R...... H6.6,P5.65,P5.66 RibeirodaSilva,M.A.V...... C6.5 Pudil,F...... L3.2 Richau, K...... B7.4 Puigjaner, L...... G2.3,G2.4,G3.2,I6.5 Rieger, F...... F2.3,F4.1, P5.146, P5.159, P5.160 Puncochar,M...... P7.18 Riera,F.A...... B7.6,P3.67,P3.72 Puprasert,C...... P5.137 Rihani, R...... P1.96 Purenovic, M...... P1.5,P1.6,P7.121,P7.130 Rikmanis,M...... P5.154 Putnova´,A...... P7.54 Rios,G.M...... B8.5 Puumalainen, T...... H6.3 Ripko,O...... P5.92 Pylkina,N.S...... A8.6 Ristivojevic,M...... P5.203 Risti´c,D...... P5.19 Q Rittel,A...... P7.27 Ritzhaupt-Kleissl, H.-J...... P7.118 Qasim,M...... K1.3 Rizzuti,L...... P5.163 Qi,Yunying...... E7.1 Robra,K.-H...... K2.1 Quian,S...... P3.149 Rocha,F...... P5.129,P5.130 Quintana, R...... A8.4 Rocha,R.R...... P3.14 Quiroz,I...... P5.184 Rode, S...... B1.4 Rodera, H...... I3.4 R Rodrigues, R. M...... P7.11 Rodriguez, A...... J4.9 Raabe, J...... B8.6 Rodriguez, R...... J4.4 Ra¨biger,N...... E3.3,P1.2 Rodrı´guez, A...... P3.96 Rachmania,J...... P1.31 Rodrı´guez, M...... P3.88 Racina,A.Yu...... P3.136 Rodrı´guez-Herna´ndez, A. I...... A6.5 Radosavljevic, S...... P7.125 Rodriguez-Salomon, S...... P1.20 Radovanovic, B...... P7.133 Rohde, C...... P1.131 Raebiger, N...... F1.6 Ro´j,E...... P5.30, P5.32, P5.49, P7.115 Rahimpour, M. R...... C4.5, P1.26 Romero,J...... B8.5,I6.5 Rahkamaa-Tolonen, K...... A4.1 Romero,L.E...... P1.115 Raic,K.T...... P1.59 Rondini, D...... F4.4 Rainer,M...... F5.3 Ro¨nnholm, M...... A3.2 Rakov,E.G...... P3.141 Ro¨nnholm, M. R...... A6.9 Ramadan, A...... E4.5 Roostaazad,R...... P3.82 Ramazanova, E. E...... C5.6 Roques, M...... C4.6 Ramı´k,P...... P5.31 Roquet, D...... C4.6
81 Rosas-Burgos,E.C...... P7.95 Samarkina,E.V...... P3.166 Rosokha,S.V...... K6.4 Samodumova, I...... P7.25 Rossi,A.N...... P7.32 Samuilov,Y.D...... P7.116 Rossinsky,E.A...... J1.6,P7.156 Samulska,M...... P7.70 Rostgaard Beltran, L...... H4.2,P5.56 San Jose´,M.J...... P5.172, P5.173, P5.174, P5.176 Rostgaard Beltra´n,L...... P5.63 Sanchez,J...... B8.5 Rotter,J.M...... D7.3 Sa´nchez,F...... P7.7 Rousˇar,I...... E5.5 Sa´nchez-Collazo,O...... P1.55 Roux,P...... G5.2 Sa´nchez-Villalo´n,P.P...... G5.3 Rouzinou, S...... H6.9 Sanders, B...... H4.4 Rowshanzamir, S...... P1.14 Sandoval, S...... P3.3 Roy,D...... B8.3 Sandru, C...... P1.44 Roy,S.C...... P5.60, P7.149 Sanitsky,M...... J6.7 Rozanski,J...... P5.96, P5.98, P5.99 Sano, S...... P5.210 Rozbroj,D...... P3.105 Sanson,R.K...... P7.137 Rozenblit,R...... E1.1 Santana, J. C. C...... P7.84 Ruchko,V...... P5.92 Santiago, I...... P3.101 Rudakov, V. M...... A2.6 Santos,A...... P1.89 Rudakova, T. V...... P1.38,P1.40 Santos,G...... G2.4 Rudolf von Rohr, P...... D1.3 Santos,M.M...... P1.95 Ruhm,W...... K5.3 Santos,O.A.A...... P7.129 Ruiz,S...... J4.3 Santos,V.E...... P7.63 RuizSalazar,C.V...... B4.8 Santos-Juanes, L...... P1.10 Ruplis,A...... P1.47 Sanz,J...... J4.4, J8.3 Rupp, A...... J1.3, J2.4 Sapoundjiev, H...... J6.6 Ruzicka, M. . P1.169, P5.128, P5.129, P5.130, P5.131, P5.132 Saradgev, V. V...... P1.58 Ru˚zˇicˇka,K...... C6.5 Sarkhel,D...... B8.3 Ru˚zˇicˇka,M...... E6.4 Sassi,M...... P3.121 Ru˚zˇicˇka,V...... C6.5 Sato,Y...... C7.4, P3.90 Rybicki,F...... P7.31 Savchenko, V. I...... A2.6 Rychkov,V.N...... P1.167 Savenkova,L...... P7.37 Rychtera,M...... P3.71,P7.98,P7.99,P7.101 Savitskaya,T.V...... P7.13,P7.148 Rylova,M.V...... P7.116 Savkovic-Stevanovic, J...... G1.6, P3.38 Rymesˇ,J...... P7.111 Savoca,G...... P5.191 Rzyski, E...... P5.160 Savulescu,L...... H1.2 Sawinsky,J...... D3.5 S Sayfkordi,A.A...... C1.8 Scacchi,G...... P7.158 Saarsloos,E...... C3.2 Scelza,O.A...... P1.91 Saban, M...... A5.5 Schaefer, E...... K4.2 Sabiri,N...... C1.2,D4.5 Scha¨fer,B...... C7.7 Saboni, A...... D4.7, P3.68, P3.69, P3.70, P5.112 Scha¨fer,R...... A1.3 Sadd, P. A...... L2.2 Schauer, J...... B7.4,P3.65 Sadeghi Fateh, D...... P1.116 Scheid,S...... E3.3,P1.2 Sadrameli,M...... P1.170,P5.36,P5.228 Schembecker,G...... B1.2 Saedi, G...... P1.172,P5.36 Schildermans,I...... F5.6,F7.5 Saffarzadeh, S...... P7.73 Schlueter,M...... F1.6 Safonov, M. S...... P5.55 Schlu¨ter,M...... E3.3,P1.2 Safonova, T. A...... P5.34 Schmauder, H.-P...... K1.1,K1.4,K2.6,K3.5 Sagdeev, R. Z...... P1.129 Schneider, O...... C3.1 Sa´ha,P...... C8.4,P3.123,P3.124 Schneider, P...... B4.2,P3.137,P7.155 Sahebdelfar, S...... A8.7 Schoengen, A...... K4.2 Saicˇic,S...... P1.46 Scho¨ner,J...... H3.4 Saifkordi,A...... P7.104 Scho¨nfeld,S.B.H...... E2.2 Saito,T...... E1.3,J6.4 Scho¨ps,K...... P7.16 Sajfrtova´,M...... P3.89 Schossig-Tiedemann, M...... B7.1 Sakamoto,H...... I6.7 Schreiber,I...... A1.5,G6.1, G6.2, G6.3, P1.15, P1.118 Sakharov,S.G...... P1.105 Schreiberova´,L...... A1.5,P1.118 Saksono, N...... A8.8 Schroijen,J.C...... B1.5 Salazar,D...... P5.12 Schro¨tterova´,D...... D5.1 Salejova´,G...... P1.37 Schulz,K...... H1.5 Salek,J...... P5.73 Schupp, B. A...... G4.5, J2.2 SalesCruz,A.M...... A4.6 Schwarz,H.-H...... B8.2 Salinas-MartinezdeLecea,C...... P1.91 Schwarz,J...... P1.121 Sallamie,N...... A2.7, P1.60 Sciamanna, R...... P5.12, P5.26, P5.68, P7.107 Salmi, T. A1.2, A2.5, A4.1, A4.8, A6.9, A7.6, P1.25, P1.61, P3.138 Scweich,D...... A3.3 Salminen, J...... P3.109 Se´chet,P...... E3.5, E7.2 Salmones, J...... P1.108 Sˇ edivy´,V...... F4.5 Salo,R...... J3.2 Sedla´kova´,Z...... P3.117
82 Sedla´rˇova´,I...... P1.122 Siebenhofer, M...... P1.131,P7.62 Segal, Z...... E1.1 Sijercic,M...... G5.6 Seguı´,S...... P7.28 Sikula,J...... H6.6 Seif,R...... D1.5 Silva,C.R.M...... P7.26 Seifert,B...... B7.1 Silva,P...... P1.7 Seifert,H...... H3.4 Silvestre,A...... B3.5 Sekanina,B...... P5.31 Sima´ndi,B...... D3.3,D3.5 Sekavova´,B...... P7.101 Simeonovova´,J...... P7.94 Seleznev,V.D...... C6.7 Siminiceanu, I...... P7.3 Selivanov, Yu ...... P5.156 Simon,F...... P5.46 Semagina,N...... A7.7 Simon,V...... P7.62 Semenov, G. N...... P3.17 Simone, F...... P5.163 Semenova, E. A...... P3.17 Simonicˇ,M...... P7.5 Semyonov, Yu. P...... P5.95 Simonin,O...... F8.1 Sen,S.N...... P7.149 Simons,S.J.R...... F8.3 Senthil,G...... A2.2 Sinevicˇ,V...... F4.3 Sequeira, S...... B3.5 Singh, A...... P5.2 Sequeira, S. E...... G2.3, G3.2 Singh, H...... H5.3 Seredenko, V...... P1.71,P7.29 Sinigaglia,M.G...... L3.4 Sˇ esta´k,J...... F6.1 Sinyakov,A.E...... P1.105 Setiadi,T...... J5.6 Sˇ ´pek,M.ı ...... P3.53,P3.54,P3.79,P3.80 Sˇ evcˇı´kova´,B...... P1.25 Sipos,A...... L2.5, P7.90, P7.91 Severa,M...... F4.5 Sironi,S...... P7.32 Severo Ju´nior,J.B...... P7.74 Sˇ isˇka,B...... F8.2,P5.114 Seville, J. P. K...... D7.1,F7.2 Sˇ isler,M...... I2.8 Seynhaeve, J. M...... E2.1 Sisu,C...... P3.164 Sgard,A...... A5.1 Siwak,J.M...... J5.4 Sgualdino, G...... H4.3 Siyakatshana, N...... E3.6,F1.5 Shabalina, S. G...... P3.112,P3.114 Skala,D...... A7.2, P1.32, P1.33, P1.46, P3.83 Shabanova, G...... P3.132 Skala,D.U...... P7.12 Shablina,S.G...... P7.103 Skala,Z...... P5.72 Shafiei,S...... H6.4 Ska´la,D...... B2.4, P1.128 Shah, P...... H2.3 Sˇ karka,J...... K4.1 Shahini, M...... P7.59 Sˇ kerget,L...... F3.2 Shahrokhi, M...... P1.170 Sˇ kerget,M...... P3.40 Shahvelayati, A...... P7.73 Skerlos,S.J...... K3.6 Shakeri,M...... P1.144 Skichko,A.S...... P1.93 Shakhnovsky, A...... P5.74 Skladannyy, D...... E7.5 Shalgymbaev, S. T...... P1.109 Skorohodov, A. V...... A6.8 Shallcross,D.C...... I2.2 Skorokhoda, V...... P1.79 Shapovalov, V. M...... P1.40 Skrˇiva´nek,J...... I2.8 Shashkov,A.G...... P5.209 Skrzypek,J...... P1.161,P1.162,P1.163,P1.164 Shatalov,V...... P1.71,P7.29 Skulinova´,M...... P7.75 Sheglova, L. I...... P7.61 Skupi´nski,W...... P1.63 Shemer,L...... E1.2 Slamet, ...... A8.8 Shepperson, J ...... D7.1 Slemenik Persˇe,L...... P5.145 Shergold,I.B...... P5.27 Sletov,M.M...... K7.1 Shethna, H. K...... I3.4 Slimane, A...... P5.142 Sheverdenkin, E. V...... A2.6 Sloan, R. L...... J5.2,J8.1 Shi,J...... P3.149 Slobodian, P...... C8.4, P3.123, P3.124 Shibata,H...... P5.108 Sloma,R...... P5.8 Shirai,H...... J6.8 Slovinska´,M...... P1.154 Shishulin,D.V...... I2.4 Smejkal,Q...... A4.5, D1.2 Shkilyova,I.P...... P1.84 Sˇ mı´dova´,D...... P3.56 Shkolnikov,V.M...... P1.74 Sˇ mı´dova´,I...... P7.97 Shlyakhova,M.A...... P1.77 Smiesˇkova´,A...... B3.2 Shmakova,E.V...... P1.93,P3.33 Smirnova,N.A...... C5.4 Shojaosadati, S...... P7.145 Smith,R...... H2.1,H5.2 Shokri,S...... G3.6,G5.7 Smith,R.L...... I6.2 Shokrolahzadeh, S...... P1.145 Smith,S...... A4.7 Shokrollahzadeh, S...... P1.116,P3.35, P7.73 Smith,W...... P1.57 Shoulakova, E. V...... J2.6 Smolı´k,J...... P1.121 Shpectorov, E...... P7.29 Soare,G...... P3.10, P5.193 Shperber, F. R...... P3.112 Sobgaida, N. A...... P1.36 Shumakova,O.P...... P1.58 Sobolı´k,V...... E8.2,P5.194 Shuto,Y...... P5.87 Soccol,C.R...... P7.137, P7.138, P7.139 Shvets,O...... P3.139,P7.25 Soccol,C.S...... K2.4 Sicardi,S...... B2.2 So¨derman,J...... I3.5,I6.6 Sidorov,S...... A7.7 Sofronkow,A...... P1.120
83 Sogaro, A...... J1.4, P5.54 Sˇ tulı´rˇ,R...... P5.65, P5.67 Sohrabi,M...... A3.6,A7.4 Sˇ tulrajter,B...... P7.53,P7.159 Sˇ olcova´,O...... B4.2, P3.137 Sturzoiu,A...... P7.51 Solokhin,A.V...... P3.9,P3.118 Sua´rez,M.D...... P3.72 Solokhin,M.A...... P3.118 Suberlyak, O...... P1.79, P1.92, P3.49, P3.172, P5.135 Soltanieh,M...... B7.7 Subra,P...... D2.4 Soltelo-Lerma,M...... P5.164 Sucha´,V...... P7.135, P7.136 Sommer,M...... A4.4 Suhajda, A´ ...... D3.5 Sommerfeld,M...... E5.1,E5.2,E6.4, P5.132 Sujka,W...... P1.133,P3.163 Sonolikar,R.L...... F8.5,P5.177 Sˇ ulc,R...... P3.170, P5.148 Sorin,M...... H1.2 Sulman,E...... A7.7, K1.7, K3.4, P1.83, P7.38, P7.113 SostarTurk,S...... P7.5 Sulman,M...... A7.7,P7.38 Sous,A...... B2.6 Sulman,M.G...... P7.142 Souza,C.P...... P1.183, P3.110 Sumarno,M...... D3.6 Souza,R.R...... P7.26 Sun,Da-Wen ...... L1.2, P7.81 Souza,R.R.de ...... P7.74, P7.84 Surzhikov,E.A...... P5.17, P5.18 Sovova´,H...... D3.4, P3.89 Suter,G...... J3.3 Spasic,A.M...... C3.5, D4.1, K7.4 Sutherland, I. A...... B4.4,D5.2 Spasojevic,M...... P5.206 Svendsen, H. F...... C6.8 Sˇ patenka,S...... P1.49 Svoboda, K...... P7.19,P7.50 Sˇ patenka, Sˇ ...... P1.174 Svoboda, P...... C2.3, P1.126 Sperczynska, E...... P7.24 Sychra,L...... P7.79 Sperling,R...... F2.3,P5.159 Sydor,O.N...... K7.2 Sˇ pidla,M...... F4.3 Sy´korova,I...... P1.121 Spiridonova, M. P...... P7.109 Synytsya,A...... P7.97 Spitsina,E.A...... P5.17,P5.18 Sysel,P...... P3.54,P3.79 Spliethoff,H...... F6.2 Sysoev,P.V...... P1.151 Sponar, M...... P5.66 Szalai,E.S...... A3.5 Springmann, S...... A4.4 Szanyi,A...... H2.4 Sroka,E...... P3.76 Szczepaniak, J...... P1.140,P5.136 Stanciu,V...... P1.44,P3.164 Szczepanski, K...... P5.135 Staneˇk,V...... C2.2,C2.3,P3.28 Sze´kely,E...... D3.3 Stanescu,I...... G4.4 Szlemp,A...... P5.120, P5.121 Stangler Herodezˇ, Sˇ ...... P3.40 Szulc,E...... P1.54 Stankov-Jovanovic, V...... P7.55, P7.130 Szymanowski, J...... P3.13 Sˇ tarhova´,H...... L1.4,P7.68 Szynkowska,M.I...... P7.31, P7.85 Starovoitov,M.K...... P1.38,P1.40 Starzak,M...... P7.160 T Stastny,M...... F6.2 Statyukha,G...... E7.5, I2.7, P5.74, P7.147 Taal,M...... I5.4 Statyukha,G.A...... P5.33 Tabatabaee-Nezhad, A...... P3.82 Stavitskaya,S.S...... P3.165 Tada, Y...... F2.7,P5.87,P5.103 Stefaniak,W...... C3.4 Taghikhani, V...... P3.98 Stefanova, A. J...... F7.4 Tagliari,C.V...... P7.137 Sˇ tefuca,V...... P1.153,P1.160 Taha, S...... B6.6 Stegmaier,M...... G1.1 Taitel,Y...... E2.6 Stehlı´k,P...... H5.5,H6.6,I3.3, Tajerian,M...... P3.134 I5.4, P5.64, P5.65, P5.66, P5.67, P5.71, P5.72, P5.73 Takamatsu,T...... C4.4 Stein,G.C...... P7.78 Takamura,Y...... P7.52 Steiner,P...... A8.3 Takashina,K...... E4.2 Stepanek, F...... G4.1 Takeda, D...... P5.109 Stepanski, M...... K4.2 Takeuchi,N...... C1.3 Stepniak, L...... P7.48 Takhavoutdinov,R...... P3.29 Sˇ teˇtina,J...... P5.31,P7.105 Takishima,S...... C7.4,P3.90 Stevanovic, V. D...... E5.6 Takorabet, L...... D5.5 Stevanovic, Z...... G5.6 Taktarov,E.A...... P7.142 Stiborova´,M...... K3.3, P7.134, P7.135, P7.136 Takubo, M...... P3.84 Stichlmair,J...... C3.1,C4.3,E4.3,G3.4 Talaat,H.A...... J4.10 Stojanovic, S. B...... P5.37 Tamburini,E...... H4.3 Stojiljkovi´c,M...... P5.19 Tamir,A...... E3.1 Stoll,U...... E5.6 Tamova,M.Yu...... P7.103 Stonkus,V...... P1.47 Tanabe, K...... P3.7 Stosic,Z.V...... E5.6 Tanaka, N...... K5.2 Stoyanov, E. S...... P3.44 Tanase, M...... P7.90 Strˇasa´k,P...... F6.1 Tandoi, V...... J8.6 Stra´zˇnicky´,P...... P7.153 Tanner, R. D...... C1.7 Strek,F...... P5.150 Taranenkova, V...... P3.132 Strelkova,M.I...... J2.6 Tarkovskaya, I. A...... K6.4 Strelnikova,I.E...... P1.58 Tarlecki-Baricevic,A...... P1.32,P1.33
84 Tavitian,B...... C5.1 Tsvetkov,O.N...... P1.74 Tcherkassova,N...... P1.24 Tu,L.C...... F6.1 Tchmykhalova,S...... P7.146 Tukacˇ,V...... B2.5, P1.124 Tecante,A...... C8.5 Tuomaala,M...... H3.6 Teflan,R...... D1.6 Turney,R...... J2.1 Teichman,R...... F8.2,P5.114 Turney,R.D...... J3.1 Teixeira,A.C.S.C ...... P1.117 Tvrznı´k,D...... P3.63 Teixeira,J...... P5.129,P5.130 Tydlita´t,V...... P7.18 Tekic,M.N...... P3.75 Telbiz,G...... P3.139, P7.25 U Teodorescu, M...... P3.95 Teramoto,M...... C1.3 Uchida,S...... P7.52 Terasaka,K...... P5.108 Uchytil,P...... P3.53,P3.137 Tereshenko, G. F...... P7.157 Uher,J...... P3.71, P7.98, P7.99, P7.101 Ternik,P...... E8.4 Ulbricht,M...... P3.50 Tewfik,S.R...... J4.10 Ullmer, C...... H1.5 Thakur,R.K...... C2.4 Ulyev,L.M...... P5.69, P5.102 Thibault, J...... E8.7,P5.207 Unger, S...... E6.3 Thomas,N.H...... E3.4 Ungerer, P...... C5.1 Thonon, T...... I3.1 Urban, A...... P3.80 Thullie, J...... P1.179,P5.16,P5.23 Urbaniec, K...... H4.1,H4.3,L1.1 Thu¨mmler,S...... D7.6 Urseanu, M. I...... B1.5 Thy´n,J...... P5.123, P5.182 Usanov, A...... P7.113 Ticha´,L...... P7.86 Usui,T...... P3.7 Tihon, J...... E4.4,E8.1,E8.2, P5.133 Uteshinsky,A:D...... P3.11 Tikhonova, L. P...... K6.4 Uzio,D...... A8.5 Timofeev,V.S...... P3.9, P3.118 Ting,Y.P...... P7.44, P7.47 V Tironi,A...... P5.58 Tiselj,I...... E2.1 Vaccari,G...... H4.3 Tishchenko, G...... P3.78 Vackova´,S...... K7.1, K7.2 Tishin,O.A...... P1.38, P1.39, P1.40 Va´clavek,V...... J3.7, J6.1, P5.75 Tmeˇj,F...... A4.9 Vafajoo,L...... A3.6 Tobis,J...... E7.3 Va´gi,E...... D3.5 Todo-Bom Gaspar, C. M...... P3.147 Vago, A...... P5.46 Todosijevic, Z...... A7.2 Valde´sMorales,H...... P1.66 Toikka,A.M...... A8.6,C8.1, P3.30 Valenzuela,M.A...... P1.108 Tojo,J...... P3.96 Valetsky,P...... A7.7 Tola,G...... P3.26 Valova´,M...... P7.72 Toledo, E. C. V...... P5.5 VandenAkker,H.E.A...... P5.140 Toma,M...... P5.154 VanHove,W...... E2.1 Tomanova´,S...... P1.86 Van Langenhove, H...... H3.2 Tomazi,K.G...... H2.2 Van Langeveld, A. D...... A8.3 Tomonaga, N...... P7.52 Van Zuilichem, D. J...... L3.1 Tomska,A...... P3.74, P7.20, P7.45 Vanatova´,P...... P7.92 Torregrosa,J.I...... P1.28,P3.16 Vandewalle, C...... F7.2, F7.3 Torres-Cha´vez,P.I...... P7.95 Vaneˇk,T...... P3.99 Toukonitty,E...... P1.25 Vanı´cˇkova´,T...... G6.3 Tourenko,S.V...... P7.106,P7.109 Vanlaethem,S...... P1.175 Tourneau, M...... E4.3 Varlakova,B...... P7.14 Tovazhniansky,L.L...... H7.3 Varlakova,S...... P7.14 Tovazhnyansky,L.L...... I4.4,P5.69 Varona, F...... J8.3 To v cˇigrecˇko,V...... E8.2,P5.133 Vasalos,I.A...... G4.6 Towfighi,J...... P1.170,P1.172,P5.36 Va´sa´rhelyine´,K.P...... D3.5 Toye,D...... E1.5 Vasco de Toledo, E. C...... P5.15 Tran,T.K...... C4.2 Vasconcelos,C.J.G...... P3.86 Trenker,C...... D7.7 Vasconcelos,J.M.T...... P5.118 Trilleros, J. A...... E4.1 Vasconcelos,L.G.S...... C1.6,P3.14 Tripol’skaya,T.A...... P1.77,P3.144 Vasˇek,V...... P5.1, P7.143 Trivizadakis, M...... B1.3 Vasilenko,V.A...... P3.33 Troniewski,L...... P5.115,P5.204 Vasiliev, A. V...... P7.43 Trujillo de Herrera, J...... P1.90 Vatai,G...... P3.73,P3.77 Trunda, P...... H6.6 Vaxelaire,J...... F5.4,P5.85,P5.86 Tsareva,S.Yu ...... P3.141 Va´zquez, A...... P7.56 Tseng, S. J...... P3.55 Vecˇerˇ,M...... P5.127 Tsuchida,Y...... D7.4 Veiga,M.C...... P1.132, P7.56, P7.58, P7.64 Tsuchiya,K...... J6.4 Vejrazˇka,J...... E4.4, P5.194 Tsuneda, S...... A2.4 Velasco-Bedra´n,H...... P1.30, P1.55 Tsuneoka, S...... P7.52 Vela´zquez-Salazar, J...... P5.211
85 Velikovska´,P...... P3.56 Webb, C...... P7.89 Veljkovic,M.V...... P1.64 Webb, D. R...... F6.5 Veljkovic,V...... P5.37 Weemaes,M...... J4.1,J4.2 Venkova,Yu.N...... P1.84 Wegrzynska,A...... P1.98 Vercher,R.F...... P1.10 Wei,F...... P1.176 Vesely´,V...... P1.121 Weigel,T...... B7.1,P3.20 Vetrov,A.V...... P5.7,P5.9, P5.25 Wein,O...... E8.1,E8.2,P5.127 Veverka,P...... P3.148 Weiss,M...... E4.6 Vial,C...... C2.4 Weiten,M...... I6.3 Vicent,A.B...... F8.4 Wellacher,M...... K2.1 Vicente,R...... P7.30 Wellig, B...... D1.3 Victorino,I.R.S...... P5.20 Wendler, B...... B6.2 Vı´densky´,J...... P1.111,P1.112,P1.122 Wenkai,Li ...... I5.3, I6.7 Vieira,O...... P7.129 Wernik,J...... H4.1 Viesturs,U...... P5.154,P7.21, P7.140, P7.141 Wesolowska,K...... P3.51 Vikarchuk,V.M...... P3.165 Wesolowski,P...... P5.153 Viktorov,A.I...... C5.4 Westphalen, D...... I3.4 Vildanov, A. F...... G3.6,G5.7 Wibawa,G...... P3.90 Vilella,J...... P1.91 Wichterle,I...... C8.2 Villafana, E...... P5.191 Wichterle,K...... A7.0, P1.181, P5.128 Villegas, J. I...... P3.138 Widiastuti, ...... F2.4 Vinals,M...... P3.41 Wiech,D...... P5.161 Vinel,D.-J...... P1.67 Wieczorek,A...... P3.21, P3.22 Vingre,I...... P7.141 Wielage, K...... E6.2 Viorel,I...... P1.130 Wild,G...... B1.4,E3.2 Vishnjakov,A...... P1.1 Wilhelm,A.-M...... I2.3 Viskere,B...... P5.154 Wilk,M...... P7.115 Vı´t,Z...... P1.134 Will, I. B. S...... P1.113 Vitulli, G...... P1.12 Wilson,J.A...... C4.7 Vivanco,R...... A8.2,P1.18,P1.21,P1.23 Winardi,S...... D3.6,F1.2,F2.4 Viveros Garcı´a,A...... P3.32 Wisniowska,E...... P7.22, P7.23, P7.24 Viveros Garcı´a,T...... A4.6 Witczak,S...... P5.115, P5.116, P5.204 Viveros Garcı´a,T.V...... P1.104 Witkiewicz,K...... P5.179,P5.180 Viveros-Garcı´a,T...... P1.99 Wlodarczyk, D...... P5.141, P5.158 Vlaev,S.D...... F4.2 Wlodarczyk, P...... P1.120 Vogelaar, B. M...... A8.3 Woertz,J.R...... K2.3 Vogrin,R...... K2.1 Woinaroschy,A.E...... P5.83 Voinicu,O...... A5.7 Wojcik,M...... D7.3,P1.94 Volaufova´,E...... D4.3 Wo´jtowicz,A...... L3.3 Voldrˇich,M...... P7.86, P7.87, P7.88 Wolf,W...... L2.2 Volesky,B...... C1.1 WolfMaciel,M.R...... P3.2,P3.86 Vo¨lker,M...... P5.61 Wolny,L...... P7.48 Volosnev,A...... P1.71 Wongkittipong, R...... D5.3 Vonica,I...... P3.133 Wongkumchai, S...... P3.47 Vonˇka,P...... P3.108 Wood, D. G...... I2.2 Vorobiev,Yu.V...... K7.1,K7.2 Wood, J...... P5.134 Voronjec,D.K...... P5.171 Woodward, R. E...... J5.2, J8.1 Voshkin,A.A...... P3.45 Woziwodzki,S...... P5.98 Voslarˇ,M...... P1.118 Wozny,G...... B6.2,C4.2,H1.3,I6.3 Vossoughi, M...... P1.144, P7.104 Wragg, A. A...... P5.199 Vrbka,P...... P3.105, P3.107 Wu,H.Y...... P7.44 Vyazmin,A.V...... P1.151 Vyazmina,N.A...... P3.25 Y Vychodilova´,H...... P3.28 Yaghmaei, S...... J7.5 W Yahia Laaouad, F...... P1.165 Yakovlev,N.A...... P5.222 Wagner, Z...... P3.94 Yamaguchi, T...... F2.7 Wang, Lijun ...... L1.2 Yamamoto,S...... E1.3 Wang, M...... C7.4 Yamashita,F...... E4.2, P1.76, P3.5, P3.6, P3.7 Wang, Wen ...... J6.2 Yamashita,T...... E1.3 Wa¨rna,J...... A1.2,A3.2,A4.1,A6.9,P1.25 Yanez-Limon, J. M...... P7.95 Warnecke,H.-J...... E6.2 Yang, X...... E3.4, P5.134 Warren,P.B...... G4.1 Yano, T...... A5.2 Wasik,M...... P3.146 Yasaveev,Kh...... P3.29 Wasinska,J...... P7.22 Yasaveev,M...... P3.29 Wasylkiewicz,S.K...... H5.4 Yatchyshyn,Yu...... P3.12 Watanabe, T...... C7.4 Yatsimirski,V...... P5.92 Wawryszczuk, J...... P3.143 Yazdanshenas, M...... P3.82
86 Yediler,A...... P7.3 Zastrutzki,M...... A6.6 Yianneskis, M...... E4.5 Zatopkova´,M...... P7.75 Yoshida,T...... D2.3,P3.84 Zavrazhnov, Yu. A...... P3.131 Young, D. M...... I6.2 Zdrazˇil,M...... P1.125 Younsi, A...... P5.125 Zdro´jkowski,A...... A3.4 Yusupova, A. R...... P7.117 Zeinabad, A. M...... G2.6 Yuzer,H...... K7.5,P1.72,P7.119 Zeitz,M...... G1.1 Zelenev, Yu. V...... P1.178 Z Zelinka,L...... P7.143 Zeppieri, S...... P3.34,P3.128,P5.105 Zaamoum,R...... P5.45 Zhang, Ying ...... E7.1 Zabierowski,P...... P3.155, P3.161 Zhang, Zhihang ...... P7.81 Zacchi,G...... P7.98 Zharikov,E.V...... P3.141,P5.13 Zadrazˇil,A...... P1.141 Zhatikov,P.A...... P5.55 Zagora, J...... A1.5, P1.118 Zhavrin,Yu.I...... C6.7 Zagrouba, F...... F5.4,P5.85,P5.86,P5.188,P5.189,P7.102 Zhelev,T.K...... I5.6 Zahradnı´k,J...... P1.169 Zheng, Y...... P1.176 Zˇ ajdlı´k,R...... P1.88 Zhu,X.X...... H3.1 Zakin,J.L...... E7.1 Zhuang, H...... P5.10 Zaleski,R...... P3.143 Zˇ idek,Z...... B3.2 Zamelczyk-Pajewska, M...... P5.24, P7.17 Zielniok,T...... B8.6 Zamfirache,R...... P5.83,P5.84 Zˇ´la,J.ı ...... P1.150 Za´mostny´,P...... P1.127 Zilevica,A...... P7.141 Zanaveskin, K. L...... P1.114 Zio´Dkowski,D...... P5.100,P5.169 Zanaveskin, L. N...... P1.17 Zˇ itny´,R...... F6.1,P5.123,P5.182 Zarczynski, A...... P1.53,P1.54 Zitoun, T...... P5.124 Zarebska,K...... P3.154 Zivanovic, T...... G5.6 Zaripov,R.I...... P7.110 Zivkovic,Z.D...... P7.122 Zaror,C.A...... P1.66 Znad, H...... P1.156 Zarraa,M.A...... J4.8 Zouev, P. G...... P5.222, P5.223, P5.224 Zarrinpashne, S...... G3.6,G5.7 Zˇ umer,M...... P5.145 Zarubica,A...... P1.5, P1.6, P7.121 Zˇ un,I...... E1.4 Zarzycki, R...... P1.133,P3.163,P5.141,P5.158 Zvereva,I.A...... A8.6
87