The Institute of Food Process Technology is a working group in the Center of Life Sciences at Anhalt University of Applied Sciences.
The core competence of the Institute of Food Process Technology working group is the description of processes in heterogeneous systems, homogeneous, heterogeneous and biocatalysis as well as the determination of physico-chemical data for the analysis, modeling, simulation, design and optimization of material conversion and material conversion processes.
The working group cooperates with scientific research institutions such as the OvGU and the MPI Magdeburg as well as companies in joint research projects within the framework of funded projects or service contracts. The focus is on model-based process development and optimization.
Main research areas
Kinetics of material conversion processes in heterogeneous systems - homogeneous, heterogeneous & biocatalysis
- Experimental determination of reaction rates under steady-state and transient conditions in discontinuous, semi-continuous and continuous processes
- Derivation & parameterization of mechanistic and thermodynamically consistent models as well as parameter sensitivities & parameter reduction
Deactivation and regeneration strategies of catalytic processes as well as process syntheses & recipe developments
Determination of physical-chemical data for the correlation/design of coupled separation/substance conversion processes:
- Thermal analyses (TGA-DSC, calorimetry,...)
- Determination of distribution equilibria & adsorption isotherms (static measurements, frontal chromatography, perturbation techniques), diffusion coefficients & permeabilities to describe the transport in porous media such as catalysts, adsorbents, membranes & packing materials (Wicke-Kallenbach cells)
Separation and material conversion processes / process integration
- Separation processes, including ceramic and polymeric membranes (MF, UF, NF, organophilic NF) & simulated moving bed technology (preparative chromatography)
- Integrated reactor concepts, focus: membrane reactors (ceramic distributors and enzyme-immobilized, polymeric pore flow reactors)
- Material: prebiotics (galactooligosaccharides), oleochemistry, biopolymers based on renewable raw materials, thermomorphs, reactive multiphase systems