Theses options

Current options for Bachelor and Master theses

Please contact the respective supervisor to find out more about the work.

Working group Combustion and thermal gasification

Commissioning of a microwave plasma reactor for thermal cracking of tar compounds

Julian Nix (M. Sc.)

 

Characterization of oxyfuel gasification of biomass on a 100 kW counterflow gasifier

Julian Nix (M. Sc.)

Working group Second Generation Fuels & Fuel Cells

Characterization of tar co-reforming for chemical catalytic methanation

Jakob Müller (M. Sc.)

 

Characterization of an additively manufactured heat pipe cooled methanation reactor

Jakob Müller (M. Sc.)

Working group Energy Systems

Computational fluid dynamic investigation of heat transfer and methanation inside fixed-bed reactors

Xu Fang (M. Sc.)

 

Determining the thermal conductivity of 50% NiO-Al2O3 catalyst through temperature distribution analysis in fixed bed experimental facility and rebuilding the fixed bed test facility for methanation

Xu Fang (M. Sc.)

 

Investigation of the flow field in the trickle bed reactor through particle-resolved CFD-Simulation

Xu Fang (M. Sc.)

 

Digital twins for modeling methanation of sewage gases in a changing energy market

Jonas Miederer (M. Sc.)

Assistant professorship for distributed energy process engineering

Design of a bioelectrochemically improved anaerobic digester using CFD simulations

Marina Espejo Fernandez (M. Sc.)

 

Design of a biofuel cell for optimized long-term operation

Prof. Dr. Katharina Herkendell

 

Design and characterization of enzyme-modified electrodes for sensor and fuel cell applications

Prof. Dr. Katharina Herkendell

 

Characterization of bioelectrochemical energy systems (biofuel & bioelectrosynthesis cells)

Prof. Dr. Katharina Herkendell

 

Construction of a small bioelectrochemical test stand for the characterization of bio-electrodes

Prof. Dr. Katharina Herkendell