Interested in one of our research topics?

To look up what need to be done for your bachelor´s paper, see TU4U\Bachelor's Programmes, BA guideline (available in german) and TU4U\Theses. For templates see Lectures\Template.

• New - July 2022: Process engineering challenges in the manufacturing of polymer electrolyte fuel cells (PEFCs)
• New - July 2022: Automation of a test rig for the characterization of polymer electrolyte fuel cells (PEFCs)
• New - July 2022: Bestimmung des Einflusses der Eigenschaften von Anionen-austauschmembranen auf die Leistung
• New - July 2022: Application of Machine Learning Methods to the Modeling of Fuel Cells and Chemical Reactors
• New - May 2022: Reactive extraction of lactic acid from sweet sorghum silage
• April 2022: Theoretical and Experimental Investigation of a PEM Wa-ter Electrolysis Cell
• February 2022: Assessment of activity coefficient models
• January 2022: Interfacial Properties at elevated Pressure
• December 2021: Deriving the associate distribution from a radial distribution
• Oktober 2021: Entwicklung eines Glycerin-zu-Propanol (G2P) Verfahrens
• May 2021: Molecular Monte-Carlo Simulations
• Bachelor theses information event

For templates see Lectures\Templates.

• New - August 2022: Automation of a test rig for the characterization of polymer electrolyte fuel cells (PEFCs)
• New - August 2022: Recycling von Lithium-Ionen-Batterien: Fällung von metallischen Wertstoffen
• New - July 2022: Application of Machine Learning Methods to the Modeling of Fuel Cells and Chemical Reactors
• May 2022: Reactive extraction of lactic acid from sweet sorghum silage
• April 2022: Fraktionierung von Kraft Schwarzlauge
• February 2022: Assessment of activity coefficient models
• January 2022: Interfacial Properties at elevated Pressure
• December 2021: Creating a programming framework to facilitate multiple projects
• December 2021: Isolation of (bioactive) molecules from tomato waste with steam distillation
• October 2021: Entwicklung eines Glycerin-zu-Propanol (G2P) Verfahrens
• July 2021: Abtrennung von CO2 aus Steam Methan Reformer-Prozessgasen (Ammoniakprozess) mittels Absorption
• July 2020: Study on the quality and production capacities of renewable fuels for marine transport

To look up what need to be done for your diploma\master's theses, see TU4U\Master's Programme and TU4U\Theses. For templates see Lectures\Template.

• New - July 2022: Application of Machine Learning Methods to the Modeling of Fuel Cells and Chemical Reactors
• New - June 2022: Untersuchungen zur Wasserstoffqualität im RESC Prozess
• New - June 2022: Thermal CO2 desorption
• April 2022: Theoretical and Experimental Investigation of a PEM Wa-ter Electrolysis Cell
• April 2022: Fraktionierung von Kraft Schwarzlauge
• February 2022: Experimental study on process intensification for chemical looping hydrogen processes by advanced inert support materials
• February 2022: Simplifying chemical degradation analysis in fuel cells with optical spectroscopy
• February 2022: Design of Experiment for test parameter optimisation for Polymer Electrolyte Membrane Fuel Cells
• February 2022: Assessment of activity coefficient models
• January 2022: Techno economic analysis on hydrogen production from biomass
• January 2022: Interfacial Properties at elevated Pressure
• December 2021: Adaptive Meshing Refinement Algorithm for the Simulation of the Quasi-Incompressible Cahn-Hilliard/Navier-Stokes Equations
• December 2021: Developing a continuous form of the LCT  which considers branched Molecules
• December 2021: ModKap - Thermodynamically consistent modelling of solvent absorption in polymer encapsulations
• November 2021: Koronaentladung als Schlüssel zur dezentralen Synthese von grünem Ammoniak als Beitrag zur Wasserstoffspeicherung
• November 2021: Utilization of gasified wood for chemical looping hydro-gen production
• October 2021: Entwicklung eines Glycerin-zu-Propanol (G2P) Verfahrens
• July 2021: Abtrennung von CO2 aus Steam Methan Reformer-Prozessgasen (Ammoniakprozess) mittels Absorption
• June 2021: Assessment on electrochemical ammonia synthesis from renewable power for its use as energy carrier and chemical product

• March 2021: Water electrolysis for intermediate storage of renewable energies

• February 2021: Development and characterization of graphene oxide supported catalysts for the alkaline direct ethanol fuel cell

• January 2021: Influence of production parameters on membrane electrode assembly performance

• January 2021: Influence of the carbon support on the performance of catalysts for the alkaline direct ethanol fuel cell

• December 2020: Trennung von C2/C3 Molekülen

• November 2020: Synthesis and characterization of polyaniline-coated electrocatalysts for the polymer electrolyte fuel cell

• November 2020: Development and characterization of graphene oxide supported catalysts for the alkaline direct ethanol fuel cell

• July 2020: Study on the quality and production capacities of renewable fuels for marine transport

• New - February 2022: University project assistant (PhD position)

To look up what need to be done for your dissertation, see TU4U\Doctoral degree and TU4U\Theses.

Important: The list may be incomplete. There are a lot of interesting projects at the institute which might not be listed yet. Please contact the project supervisors and working group leaders for further details. We are looking forward to hear from you.