AVT.SVT - Department of Chemical Engineering, Process Systems Engineering
Univ.-Prof. Alexander Mitsos, Ph. D.
Model-based computer-aided chemical engineering (modeling, simulation and optimization), as well as developing optimization algorithms
Main Research Activities
- Model-based experimental analysis and process analytics: developing methods for modeling and optimal design of experiments for identification of kinetic phenomena in multi-phase reactive fluid systems.
- Process design: conceptual process design with the aim of modeling, synthesizing and optimizing integrated reaction and separation processes.
- Process operations and optimization algorithms: development and application of algorithms for model-predictive control and real-time optimization of batch and continuous processes. Deterministic global optimization, with particular focus on embedded problems (bi-level, semi-infinite).
At AVT.SVT expertise in Process Systems Engineering sub-disciplines is combined with focus on particular technologies
- Polymerization: kinetic phenomena regarding reaction kinetics and heat and mass transport.
- Biomass conversion: conceptual process design with the aim of synthesizing bio fuels from lignocellulose. Preceding pulping, in particular, chemical biomass disintegration using Ionic Liquids, is also part of the research.
- Energy and water: optimizing energy and water processes, such as electrodialysis and hydrogen production processes.
Common theme is the development and use of model-based optimization-assisted methodologies. In some cases development of theory and algorithms for optimization is needed, in particular in global and dynamic optimization.
AVT.SVT is predominantly theoretical/computational. However, a substantial number of researchers work experimentally, and very often work is performed jointly with experimental groups within AVT, RWTH and internationally.
AVT.SVT - Department of Chemical Engineering - Process Systems Engineering
Phone: +49 241 80-977 17
Fax: +49 241 80-923 26