Research and Development
The development and optimization of innovative processes is of particular importance in industrial and academic research and development. Especially in times of increased water stress and local water deficiency in drinking water treatment as well as resource protection and recycling, water reuse and circular economy in industrial processes. Thus, development and optimisation of innovative processes is of particular importance in research and education and will be addressed by the new chair.
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Research Profiles
Thus, development and optimisation of innovative processes is of particular importance in research and education and will be addressed by the new chair.
We would like to use our recognised competence in chemical-physical water treatment processes with focus on membrane and hybrid membrane processes in order to actively establish and expand membrane processes as one focus.
Another key focus is the integration and application of computational fluid dynamics (CFD) and other modelling methods using SIMBA#, WAVE, Python, etc. This applies not only to the simulation of flowing or stationary fluids and multi-phase systems, but also to the description of mass transfer and reaction processes and their interaction with one another. It is a promising field of activity for future engineers, as the use of computer-aided applications is growing rapidly and there is very high demand in the economy. Consequently, the chair provides training in the use of commercial software for the application and, in particular, the interpretation of CFD methods in water management processes.