Welcome to the Professorship EVT

Energy Process Engineering and Thermal Waste Treatment


Who?
Leading R&D institute in Europe for the sustainable chemical conversion of primary and secondary carbon resources.

What?
Enabling the transformation from a linear to circular carbon economy.

How?
Closing the carbon cycle through sector coupling i.e. integration of energy, chemical, waste management and recycling industries.

With Whom?
Connecting key international players at the nexus of science, technology and society

The education and R&D profile of the Chair of Energy Process Engineering and Thermal Waste Treatment (EVT) focuses on innovative processes, technologies and systems associated with closing the carbon cycle for sectors ranging from energy, chemical, waste, metallurgy to processing industries. This profile is strengthened by the integration of the business unit „Chemical Conversion Processes“ of the Fraunhofer Institute IMWS Halle at the Chair. Key objective  is the minimization of CO2 emissions associated with the thermo-chemical conversion of primary and secondary carbon resources. These include fossil as well as renewable  energy resources such as crude oil, natural gas, coal,  biomass, carbon-containing waste and CO2. Through a coupling with renewable energy („green“ electricity, „green“ hydrogen) and the chemical recycling of secondary carbon resources, CO2 emissions-free chemical production can be achieved and technically realized. Our R&D activities thus make a critical contribution to the successful and sustain-able transformation of the energy and raw material sectors from a linear to circular carbon economy in Germany.

To achieve our objectives, modern energy process engineering methods ranging from experimental process evaluation,  CFD simulation, flow-sheet simulation, mineral phase  simulation, reactive fluid dynamics to thermodynamic  process chains analysis are utilized. The interdisciplinary integration with chemistry (organic, inorganic, physical and analytical), numerical mathematics, material engineering, non-ferrous and ferrous metallurgy as well as with business administration/economics/social sciences support a holistic evaluation of energy and raw material systems which is a unique strength of the chair.

The following R&D areas at EVT are highlighted: 

  • processes and technologies for low emission, thermo-chemical conversion of primary and secondary carbon resources (extraction, hydrogenation, pyrolysis, coking, gasification, partial oxidation, reforming, XtL and PtX technologies) as well as metallurgical reduction
  • predictive process simulation and virtualization i.e. integration of simulation and experiments at all levels of scale-up including large-scale test facilities – a unique R&D approach for universities in Germany
  • process chains simulation and life cycle assessment (LCA)
  • technology assessment, scientific and technology communication as well as public acceptance research

Our fields of research are reflected by our educational profile, as well. The professorship is responsible for student education in the study course process engineering with its specialization energy process engineering. Besides that, a large number of lectures and seminars related to energy and fuel conversion processes is offered to other study courses. In this context, practical relevance of the lecture content is of high importance. In addition to student education, we offer qualification courses to companies with the courses being hold in English language and focusing on synthesis gas generation and thermochemical conversion processes.

Considering our research, the professorship EVT belongs to strongest in Germany with regard to third-party funds. A large number of small and large research projects covering the fields of fundamental and applied research is being initiated and performed often in collaboration with our numerous partners from scientific institutions and industry, e.g. VIRTUHCON and DER. Besides that, we actively develop a network involving our scientific and industrial partners, e.g. NK2. One of the highlights is the International “Freiberg Conference on IGCC & XtL Technologies” being an internationally visible conference organized every two years and attracting a well-mixed international audience from science and industry in our field of work.

Since June 2020 interested visitors can go on a discovery trail and discover interesting facts on carbon at the outside area of the institute. First insights can be received by the teaser.

Further information related to the eight groups conducting research at the professorshipour staffequipment and facilitiesour student education and topics for term papers, bachelor, master and diploma theses as well as news is provided on the following pages of our web site.

News

Chemical recycling can be a key for the reduction of CO2 emissions. … weiterlesen

An IEC employee with a small container of CO2-neutral petrol
In the C3 Mobility project, TU Freiberg, together with CAC and other partners from the automotive and mineral oil industries, is researching new ways of achieving CO2-neutral mobility. The STF gasoline synthesis plant at TU Freiberg produced the first 16,000 litres of green gasoline. … weiterlesen

Participants of the German-Chinese Symposium.
The Institute of Energy Process Engineering and Chemical Engineering was the co-organizer of the binational workshop on partial oxidation processes for closing the carbon cycle. … weiterlesen

Award oft he IChPW Diamond to Prof. Meyer by Director Sobolewski
On 11th October 2019 during 100 anniversary of The Institute for Energy Process Engineering and Chemical Engineering (IEC) of the Technische Universität Bergakademie Freiberg Statuette “IChPW Diamond” was granted to Prof. Bernd Meyer. … weiterlesen

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