Chemical & Process Engineering focuses on developing and designing processes that deliver optimum performance in terms of technology, economy, environment and meeting society’s needs.
This specialization belongs to the Master's programme in Chemical Engineering.
In this specialization you will learn to integrate knowledge of thermodynamics, transport phenomena, catalysis, chemical reactor engineering, separation technology, plant and process design and simulation, control, economics, safety and sustainability. You will examine a range of research themes in the field of bio-refinery, CO2 removal, waste stream treatment, (new) processes based on sustainable raw materials and process improvement. For this it is necessary to develop new catalysts, multiphase and other novel reactors, (reactive) separation processes, and design and simulate these processes.
Separation technology focuses on (reactive) distillation, membrane separation of gases or fluids and a variety of operations that use solid or liquid (affinity) separation for adsorption and extraction.
Photocatalysis focuses on the conversion of solar and electrical energy into chemical energy, while Catalysis aims at developing new heterogeneous catalysts for specific industrial applications.
Sustainable process technology develops new process concepts for bio-refinery applications and sustainable raw materials. Other research themes include interfacial phenomena and processes important for mass and heat transport, sub-micron filtration processes, micro reactors, etc.
Biomolecular nanotechnology uses biological principles as a guidance towards the design of self-assembled, multifunctional and responsive materials in which biomolecules or bio-inspired architectures are used as building blocks.
This specialization is for everyone who wants to deepen their knowledge of process engineering.