Join the Institute for Hydrogen Research to develop advanced metal alloys for aluminum electrolysis cells. Enhance thermal probe longevity with new protective coatings by leading innovative materials science initiatives.
This role targets candidates with a Master’s degree in chemistry, engineering, metallurgy, or materials science. You will design alloys using thermodynamic simulations, specifically addressing corrosion resistance in molten salt environments. Collaborate with university and industry experts in high-temperature electrochemistry and thermal spraying to improve electrolysis processes.
Key Responsibilities:
• Design corrosion-resistant metal alloys using thermodynamic simulations
• Explore resistance to degradation from fluorinated salts
• Analyze oxidation behavior in high-temperature environments
Requirements:
• Master’s degree in a relevant discipline
• Knowledge of thermodynamics in molten salt systems
• Experience in metal corrosion is a plu...