Masterarbeit – Wasserstoff aus Elektrolyse: Rein keramische Di...
Core
Developing polymer-free, purely ceramic diaphragms for alkaline electrolysis (AEL) to enable operation at temperatures over 120°C for green hydrogen production.
Role type
Master's thesis researcher (Materials Science/Chemical Engineering)
Builds
Ceramic diaphragms for high-temperature alkaline electrolyzers
Domain
Green hydrogen / Electrochemical engineering / Materials science
Required skills
Materials science, electrochemical systems, data analysis (Origin/Python), electrochemical measurement techniques
Preferred skills
Electrochemical measurement techniques, handling hazardous materials
Technologies
Thermal spray, potentiostats, electrochemical impedance spectroscopy (EIS)
Responsibilities
Ex-situ characterization of diaphragms (ionic conductivity, bubble point, mechanical stability), integrating diaphragms into electrolyzer cells, electrochemical characterization, single-cell tests at elevated temperatures, aging tests, data evaluation and presentation
Seniority
Master's student (Research Assistant)