Scientific program - table of contents

Organisation of scientific program

Author index

Plenary lectures

• A1 Reaction engineering
  • Reaction kinetics
• A2 Reaction engineering
  • Chemical reactors - dynamics and modelling
• A3 Reaction engineering
  • Chemical reactors - dynamics and modelling
• A4 Reaction engineering
  • Chemical reactors-dynamics and modelling
• A5 Reaction engineering
  • Biochemical reactors and processes
• A7 Reaction engineering
  • Catalysis
• A8 Reaction engineering
  • Applied catalysis and processes

• B1 Separation processes and equipment
  • Absorption
• B2 Separation processes and equipment
  • Absorption
• B3 Separation processes and equipment
  • Adsorption and ion exchange
• B5 Symposium on supercritical fluids
• B6 Symposium on supercritical fluids
• B7 Separation processes and equipment
  • Extraction
• B8 Separation processes and equipment
  • Extraction

• C1 Fluid properties, phase and chemical equilibria
• C2 Fluid properties, phase and chemical equilibria
• C3 Fluid properties, phase and chemical equilibria
• C4 Fluid properties, phase and chemical equilibria
• C5 Fluid properties, phase and chemical equilibria
• C6 Distillation Symposium
  • Column internals
• C7 Distillation Symposium
  • Modelling, simulation and control
• C8 Distillation Symposium
  • Optimisation, process synthesis and integration

• D1 Separation processes and equipment
  • Membrane processes
• D2 Separation processes and equipment
  • Membrane processes
• D3 Separation processes and equipment
  • Membrane processes
• D4 Separation processes and equipment
  • Membrane processes
• D5 Symposium on sorption, mass transport and catalytic phenomena in microporous membranes and related materials
• D6 Symposium on sorption, mass transport and catalytic phenomena in microporous membranes and related materials
• D7 Symposium on sorption, mass transport and catalytic phenomena in microporous membranes and related materials

• E1 Hydrodynamic processes and equipment
  • Fluid flow
    (Dedicated to the memory of Dr. Jindrich Zahradnik)
• E2 Hydrodynamic processes and equipment
  • Fluid flow
    (Dedicated to the memory of Dr. Jindrich Zahradnik)
• E3 Hydrodynamic processes and equipment
  • Mixing
• E4 Hydrodynamic processes and equipment
  • Mixing
• E5 Hydrodynamic processes and equipment
  • Fluidization
• E6 Heat transfer processes and equipment
  • Drying
• E7 Heat transfer processes and equipment
  • Heat transfer
• E8 Heat transfer processes and equipment
  • Heat transfer

• F1 General engineering problems
• F3 Symposium Powder technology - future trends
  • Characterisation
• F4 Symposium Powder technology - future trends
  • Agglomeration - mixing
• F5 Symposium Powder technology - future trends
  • Concepts
• F6 Symposium Powder technology - future trends
  • Technology
• F7 Symposium Powder technology - future trends
  • Flow

• G1 Process system engineering
  • Control
• G2 Process system engineering
  • Simulation, optimisation
• G3 Process system engineering
  • Design, synthesis, management
• G4 Process system engineering
  • Applications
• G5 Symposium on computational fluid dynamics
  • Mixing processes
• G6 Symposium on computational fluid dynamics
  • Multiphase flow
• G7 Symposium on computational fluid dynamics
  • Heat and mass transport
• G8 Symposium on computational fluid dynamics
  • Reaction processes

• H1 PRES 2000
  • Sustainable and environmental technology
• H2 PRES 2000
  • Energy saving and waste minimisation technology
• H3 PRES 2000
  • Optimisation and experimental studies
• H4 PRES 2000
  • Optimal design
• H5 PRES 2000
  • Industrial applications
• H6 PRES 2000
  • Advanced design
• H7 PRES 2000
  • Dynamic and flexible plant design
• H8 PRES 2000
  • Advanced design

• I1 Symposium on environmental and safety engineering
  • Environment and energy production
• I2 Symposium on environmental and safety engineering
  • Solid waste treatment
• I3 Symposium on environmental and safety engineering
  • Water and wastewater
• I4 Symposium on environmental and safety engineering
  • Regulated and dangerous substances
• I5 Symposium on environmental and safety engineering
  • Legislation and risk assessment
• I6 Symposium on environmental and safety engineering
  • Safety analysis and management systems

• J1 Chemical technology for sustainable future
  • Technology for sustainable growth
• J2 Chemical technology for sustainable future
  • Catalytic processes and new catalysts
• J3 Chemical technology for sustainable future
  • Fine chemicals, pharmaceuticals, polymers
• J4 Chemical technology for sustainable future
  • New aspects in biotechnology
• J5 Symposium on electrochemical engineering
• J6 Symposium on electrochemical engineering
• J7 Symposium on electrochemical engineering

• K3 Chemical engineering education in 21st century
• K5 Chemical engineering education in 21st century

• Hydrodynamic processes and equipment
  • Fluid flow
  • Mixing
• Symposium on computational fluid dynamics
• Hydrodynamic processes and equipment
  • Fluidization
  • Solid-liquid-gas separations
• Mechanical design and engineering
• Heat transfer processes and equipment
  • Drying and heat transfer
• Symposium Powder technology - future trends

• Distillation Symposium
• Separation processes and equipment
  • Absorption
  • Extraction
• Symposium on supercritical fluids
• Separation processes and equipment
  • Crystallisation and dissolution
  • Adsorption and ion exchange
• Symposium on sorption, mass transport and catalytic phenomena in microporous membranes and related materials
• Separation processes and equipment
  • Membrane processes
• Fluid properties, phase and chemical equilibria

• Reaction engineering
• Symposium on electrochemical engineering

• Process system engineering
• PRES 2000
• Symposium on environmental and safety engineering
  • Chemical process safety
  • Legislation and management systems
  • Environment-friendly processes
  • Wastewater and sludge treatment
  • Air pollution control
  • Soil pollution
  • Dangerous waste treatment
• Chemical technology for sustainable future
  • Inorganic technology
  • Petrochemistry, organic technology
  • Polymers and fibres
  • Food technology
• Chemical engineering education in 21st century