Research areas
- Hierarchical modelling and simulation of chemical and biochemical systems.
- Modern (adaptive, model-predictive, fuzzy, neural) based control algorithms.
- Analysis of measurement errors based on balance equations.
- Fault diagnostics and control with neural networks.
- Simulation, modelling and control for PVC, poliethylene, polipropylene, polistyrene pharmaceutical and food industry processes.
- Modelling and simulation of whole technologies.
- Batch technology development from laboratory to industrial scale.
- Flexible control of batch technologies.
- Prodcution management and sceduling for multi-product technologies.
- Quality assurance of process control softwares.
- Disperse system modelling with population balance equations.
- Crystallization dynamics and control.
- Modelling sustainable technologies.
- Consultancy:
- Analysis of existing technologies,
- Controller tuning,
- Controller diagnostics,
- Data analysis,
- Regression and classification models,
- Data based predictions,
- Data based segmentation,
- Time-series analysis.
Research infrastructure
- 70 computer department network with computational servers, integrated softwares, and process controlled technologies.
- Labotory and pilot scale computer controlled systems.
- Pilot scale monofluid batch reactor system.
- Computer controlled laboratory scale reactor system.
- Aspen Engineering Suite.
- MATLAB/SIMULINK.
- COMSOL Multiphysics FEM software.
- Unisim Design
- ANSYS Fluent CFD software.
- GENIE, iFIX folyamatirányító szoftverek.
- AI development progammin environments.
- Self-developed softwares and packages for industrial problem solving.
References
- BatchControl Kft.
- BorsodChem Zrt.
- Chinoin Zrt.
- Dunastyr Zrt.
- EGIS Nyrt.
- MOL Nyrt.
- Nitrokémia Zrt.
- Richter G. Nyrt.
- TVK Nyrt.
- Dunaferr Zrt.