The Eurokin consortium organizes frequent scientific workshops in which delegates of the members and invited speakers give presentations related with reaction kinetics. These are often eye openers and typically concern new developments and instructive case studies.
Some of the presenters and the Eurokin consortium allow their presentations being made available to everyone. These are available below.
2023
2021
- Hydrodynamics of gas-solid packed bed millireactors: experimental and numerical studies
- Parameter Estimation using Python
2020
2018 – Eurokin 20th Anniversary Symposium
- EUROKIN: Chemical reaction kinetics at the academic-industrial interface
- EUROKIN – 20 years of Catalyst Performance Testing
- Large-scale production of fuels and chemicals: Coping with complex feedstocks and chemistry
- First Principles Multiscale Modelling to design Pt-based bimetallic catalysts for (de)hydrogenation reactions
- What progress in catalyst deactivation?
2015
- Catalysis for renewable resources: bioalcohol conversion
- Analysis of the nitrogen adsorption technique to characterize porous materials: Error analysis guides the way
- Operando FT-IR Studies of heterogeneous catalytic reactions: pitfalls and benefits
- Unraveling the mechanism of catalytic reactions through kinetics and thermodynamics
2014
- Gas-phase deposition (ALD) for highly efficient preparation of catalysts
- Operando computational catalysis: structure, mechanism and design of cobalt Fischer-Tropsch catalysts
- Molecule-based kinetic modelling of complex mixtures: Application to gas oil hydrotreating
2013
2012
2011
- Enhanced heat transfer in small-diameter packed beds
- A Single-Event MicroKinetic Model for the Hydrogenation of Aromatic Components on a Pt Catalyst
- Introduction to biokinetics
2010
2009
- Analysis of diffusion limitation in the alkylation of benzene over H-ZSM-5 by combining quantum chemical calculations, molecular simulations and a continuum approach
- Expertise of the Unité de catalyse et chimie des matériaux divisés (CATA) and, more detailed, that in the field of Catalytic abatement of air pollutants
2008
- First-principle chemical kinetics: from isolated molecules to supramolecular systems
- Countercurrent operation in catalytic hydrotreating – the impact of kinetics
- Single-event microkinetic assisted design of new and improved catalytic materials
- Creating and harnessing complex reaction networks: application to oxidation chemistry
- First principles kinetics of heterogeneously catalyzed reactions: oxidation of hydrocarbons over V2O5 catalysts
- Influence of acid properties and framework topology of FAU and MFI zeolites on their catalytic cracking behavior
- Robinson-Mahoney reactors as a tool for assessing multi-phase kinetics at laboratory scale
2007
- Second-order statistical regression of kinetic time series
- Bridging the gap between ideal reactor modeling band multidimensional reaction flow using Reaction Engineering Lab and COMSOL Multiphysics
2006
- High-speed, in-situ chemical species tomography in reactors
- Liquid phase kinetics based on gas phase experimental data
2005
- Applications of CAPE-OPEN standards to reactor and kinetic modeling
- On parameter fitting of Microkinetic mean-field models for catalytic systems
2003
- Methods for Establishing Reaction Networks
- Research group on catalysis and catalytic reaction engineering
- Advanced approaches to the kinetic study of catalytic reactions: transient methods, structured lab-scale reactors Advanced approaches to the kinetic study of catalytic reactions: a) Transient methods b) Structured lab-scale reactors
2002
- From Model Component Behaviour to Industrial Reactor Simulation: Aromatic Hydrogenation in Hydrocracking
- Dynamic methods in chemical kinetics
- The importance of physisorption in chemical kinetics: zeolite catalyzed reactions
- Modeling and nonlinear parameter estimation; discrimination-identification and criticism; prediction under uncertainty
- Reaction path analysis of benzene hydrogenation on Pt based on ab initio calculations
- Kinetic parameters of chemical reactions calculated from first principles
2001
2000
- Trends in experimental techniques for kinetic studies
- Developments towards versatile G-L and G-L-S systems
- The variety, power & convenience of temperature scanning methods in kinetic studies of chemical reactions
- Application of real time in-situ reactor analysis in the development of continuous chemical process systems
- PC-based automation of ROTOBERTY reactor system
- Automatic process control improves polymerisation catalyst
- Recent developments in laboratory reactor system for the study of catalysed reactions
- Measurement of reaction rates in the presence of heat tranfer limitation: the partial oxidation of methane as an example (+ video)
1999
For more presentations log on to the members area.
Single-event microkinetic assisted design of new and improved catalytic materials
