The technical program includes invited plenary lectures and keynote lectures, parallel lecture sessions, and poster sessions. Congress sections are clustered into five thematic groups.
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. (Note: Please do not deduce the time of presentation from the preliminary program since it may be subjected to changes and will be finalised only in July.)
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
[1] Reaction engineering
[2] Separation processes
[3] Fluid flow and multiphase systems
[4] Heat transfer processes
[5] Phase equilibrium and fluid properties
[6] Computer aided process engineering
[7] Food processing and technology
[8] Particulate solids
[9] Chemical engineering education
For details see the Table Organisation of Scientific Program.
[10] 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 management * Heat utilisation in waste treatment
* Batch processes * Dynamic, flexible and sustainable plant operation * Industrial & experimental studies
* Industrial application & optimal design
PRES 2002 Short Course: Advances in heat exchanger technology with emphasis on compact heat exchangers (Course leader: V. V. Wadekar, UK).
Specialised Symposia
[11] 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 combustion
* Material properties and ecological risks * Recycling, recovery and reuse of materials
* Environmental management and integrated management systems
[12] 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
[13] 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
[14] Symposium on micro- and mesoporous materials
Topics: Microporous and mesoporous materials * Nanosystems * Experimental techniques
* Theory of sorption and mass transport * Percolation * Applications
[15] 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
[16] Chemical technology for sustainable future
Topics: Advanced and sustainable design * Renewable resources and energy - biomass, solar and reuse of materials
* Cleaner processes * Sustainability approaches * Chemical chain management
* Products life cycle * Towards hydrogen fuel economy * High performance materials
[17] 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
[18] CAETS symposium on synergies of various engineering branches
[19] Cyclic operation of trickle bed reactors
PRES 2002 Short Course
Advances in heat exchanger technology with emphasis on compact heat exchangers
Why you should attend?
The main reason for attending the course is the knowledge that you will gain about advances in heat exchanger technology, and in particular compact heat exchangers. The course will also deal with the latest research in the heat exchanger technology, and identifying new areas of research. You will learn about different types of commercially available compact exchangers, their advantages and limitations, as well as basic design information and design tools available for them. There will also be discussion on new areas where further input of research is required.
Course Leader: Dr. Vishwas Wadekar, Research Manager at HTFS, Hyprotech UK Ltd, England
Speakers: Prof. P. Stehlik, 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. Klemes, Senior Project Officer, Department of Process
Integration, UMIST, England.
List of plenary lectures
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 |
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 |
Z. Knez |
Supercritical fluids - solvents for future? |
Membrane processes |
E. Drioli |
Membrane crystallizers in multicomponent systems |
Symposium on micro - and mesoporous materials |
H. Jobic |
Dynamics of xylenes in X-type zeolites studied by various neutron scattering techniques |
Fluid flow |
|
D. Gidaspow |
Hydrodynamics of fluidization: structure and turbulence |
A. Tamir |
Fluid flow and thermodynamics via art |
N. Thomas |
Sophistic CFD stifles sensibility |
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 |
Symposium on transient multiphase flows |
M. Giot |
Two-phase flow water hammer transients and induced loads on materials and structures
(WAHALoads) |
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. Zun |
Multiscale characteristics of bubble flow in simple and complex geometries |
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 |
M. Narodoslawsky |
Renewable resources - new challenges for process integration |
J. J. Nossent |
Reduction of water intake and COD emissions by using new water treatment technology in paper industry |
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 |
Chemical engineering education |
C. D. Grant |
Chemical engineering education: outcomes and customers |
Symposium on environmental engineering and management |
E. Dinjus |
Environmental friendly processes to use biomass as a feedstock for chemistry and energy |
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 protection analysis |
R. D. Turney |
Human factors in the process industries: The PRISM project |
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 |
Chemical technology for sustainable future |
J. Horak |
Sustainable development for the petrochemical industries - responsible technological programme or a popular slogan? |
M. Kuncir |
Position of Central European refining and petrochemical sites within Europe |