Professorship for Modeling of Thermochemical Conversion Processes

The development of new, sustainable technologies for the chemical or metallurgical industry, the computer-aided optimization of technical processes or the model-based evaluation of experiments - in each of these areas, modeling is an indispensable tool to accelerate development and work steps significantly and to test new concepts virtually on the computer.

The team of the professorship MTK at the Institute of Energy Process Engineering and Chemical Engineering develops the necessary models and uses them to calculate, test and optimize a wide variety of reactors and syntheses. The R&D activities cover the entire range of scales from chemically reacting single particles to the whole reactor and extend from fundamental research to technology development together with our partners from industry and business.

The courses offered by the professorship covers both the fundamentals of modeling chemically reactive flows and the practical application of the computational models. Based on current research topics from chemistry and metallurgy, model approaches, computational methods and strategies for process optimization are discussed and practiced in seminars.

News

Dr. Yury Voloshchuk after his successfull PhD defense
On November 21, Dr. Yury Voloshchuk defended his dissertation on "Numerical Modeling of High-Pressure Partial Oxidation of Natural Gas", thus becoming the first doctoral student of the Chair of Modeling of Thermochemical Conversion Processes to successfully complete his PhD. … weiterlesen

09 Nov 2022 |

Vacancies at Team MTK

The Professorship for Modeling of Thermochemical Conversion Processes (MTK) is broadening its research portfolio and therefore looking for additional research assistants to join the team. … weiterlesen

Fengbo An giving his presentation.
At this year's International Freiberg Conference on waste gasification the Chair of MTK was well represented with five presentations, two own sessions, and a dynamic exchange of knowledge. … weiterlesen

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