© Nils Eisfeld
Institute of Process Engineering and Environmental Technology
Six chairs and workgroups belong to the Institute of Process Engineering and Environmental Technology.
Chemical Process and Systems Engineering:
Experimental and theoretical study of multi-phase reactors, modelling, simulation and optimal operational management of trickle-bed reactors.
Energy Process Technology:
Reduction of the primary energy input, reduction of emissions, closing of materials cycles, rational use of energy – particularly in processes of energy technology, chemistry, environmental technology and the raw materials industry.
Mechanical Process Engineering:
Characterisation of disperse sets of compounds, particularly of those with a high percentage of particles. Application and further development of the ultrasound spectroscopy; processes for the separation of the smallest particles (< 1µm) from fluids and gases; examination of bonding mechanisms between particles as well as between particles and surfaces, material separation by membranes.
Process Systems Engineering:
Analysis and synthesis of complex systems of elementary functional process units; modelling, simulation and optimisation of coupling structures and processing strategies with regard to safety, sustainability and efficiency.
Thermal Process Engineering and Environmental Technology:
Thermal treatment of natural products, e.g. discolouration during steaming of wood or cleaning of steam condensate; gentle drying, e.g. loss of aroma or crack formation during drying process; microwave vacuum drying; biological stabilisation of waste; fermentation and biogas production from biogenic waste; gas purification, e.g. carbon dioxide made from flue gas or hydrogen sulphide made from biogas; disinfection in the ultrasonic bath.
Transport Processes at Interfaces:
Joint vocation with the Helmholtz-Zentrum Dresden-Rossendorf;
Experimental and numerical study of multi-scale transport processes and hydrodynamic instabilities at solid, liquid and gaseous interfaces using external field gradients; focus on bubble or particle laden flows (flotation) und small-scale flows in engineering processes.