play a crucial role in industrial-scale, raw material conversion into products. Numerous factors must be considered when selecting an appropriate and efficient chemical reactor, in particular when complex heterogeneous reactions occur. Kinetic modelling is an essential tool for the design and optimization of chemical products and processes.
Kinetic modelling includes fundamental aspects such as stoichiometry, kinetics and thermodynamics in the analysis of chemical reactor behaviour. Microkinetic models help to consolidate the fundamental information about a catalytic reaction.
During this course with a focus of chemical reaction and reactor engineering, ex-cathedra sessions are alternated with interactive tutorials during which user-friendly software tools are used, e.g., KASTER and Athena Visual Studio.
This interactive course on chemical reaction and reactor engineering is organized by
The course contains classical (on-line) lectures, alternated with interactive tutorials and group work.
Bench Scale Reactors
Reactor Types and their Corresponding Behaviour
Tutorial I: Intrinsic Kinetics Verification (with online available Eurokin tools)
Lab-Scale Data-Acquisition
Group work: Data analysis
Rate Equation Derivation
Regression Analysis
Presentation results data analysis and discussion
Introduction to Athena Visual Studio
Group work: rate equation derivation and model parameter estimation
social activity
Perspectives towards process-scale modeling
Presentation results rate equation derivation and discussion
Group work: parameter estimation, analysis and interpretation
Presentation results parameter estimation and discussion
Gather.Town is a web-conferencing software with the added component of seeing the virtual "room" you and others are occupying, and with the ability to move around and interact with other participants based on your locations in the room, just like real life.)
The course is intended for (junior) engineers and scientists from industry as well as academia with a background in chemistry or chemical engineering. The total number of participants is limited to 20 to maximise the benefit of the participants.
The course fee amounts to EUR 350 (excl. VAT) for students, EUR 450 (excl. VAT) for academia and EUR 600 (excl. VAT) for industrial participants and includes the course, course material, and the social e-activity
Reserve your seat by July 1st, 2021 via our event manager