Open Positions
This full-time PhD position (40h/week) focuses on developing a decentralized, carbon-neutral method for ammonia production using non-thermal plasma technology. The research supports the energy transition by enabling CO₂-free synthesis of green ammonia.
Your responsibilities:
- Scientific research on plasma-assisted ammonia synthesis
- Development of a carbon-neutral process concept
- Collaboration with industry partners
- Publishing in peer-reviewed journals
Your profile:
- Master’s degree in Chemical Engineering or Technical Chemistry
- Knowledge in chemical reaction engineering
- Interest in catalytic gas-phase reactions and green technologies
- Strong organization and communication skills
- Proficiency in data evaluation tools and MS Office
...or in contact with us for further information.
Two full-time PhD positions (40h/week each) are available for the development of sustainable, PGM-free electrodes to improve performance and scalability of AEMWE technology for green hydrogen production. Focus is placed on nickel- and iron-based catalyst-coated substrates and advanced techniques like slot die coating and plasma etching.
Your responsibilities:
- Development of production processes for PGM-free electrodes
- Improving electrode lifetime and performance
- Material testing and characterization
- Supervision of thesis students
- Publishing research findings
Your profile:
- Master’s degree in a relevant engineering or science field
- Background in electrochemistry or materials science is a plus
- Interest in sustainable hydrogen technologies
...or in contact with us for further information.
We are looking for a PhD candidate (40h/week) to join our team in the field of Carbon Capture and Utilization (CCU). This position focuses on evaluating and characterizing alternative solvents for CO₂ capture, aiming to improve the energy efficiency, cost-effectiveness, and environmental impact of industrial-scale carbon capture systems.
Your responsibilities:
- Research on CO₂ chemisorption using innovative solvents
- Experimental study of mass transfer and absorption kinetics
- Model development for material and energy balances
- Transfer of findings to a technical-scale plant
- Collaboration with industrial partners
Your profile:
- Master’s degree in Process Engineering, Chemical Engineering or Chemistry
- Knowledge of chemical reaction engineering and separation processes
- Interest in reactive separation and process intensification
- Strong analytical, organizational and communication skills
- Proficient in data analysis tools and MS Office
...or in contact with us for further information.