Measurement of Thermophysical Properties under Hydrogen Atmosphere• Specific heat capacity and phase transition enthalpies
• Mass changes and reduction processes
• Hydrogen and energy storage
→ Characterization from ambient temperature up to the high-temperature range
Measurement of Hydrogen Permeation and Structural Properties
• H₂ permeation through sealing materials and membranes for separation applications, etc.
• Material behavior under H₂ atmosphere (e.g., hydrogen embrittlement)
• Characterization of internal surfaces relevant for reactions
→ Characterization over a wide pressure range up to 300 bar
Hydrogen Networks and Hydrogen Processing
• Efficiency analysis of the hydrogen cycle from production (e.g., electrolysis) through transport to end use (e.g., via fuel cells)
• Investigation of hydrogen storage concepts
• Sensor systems for monitoring and control of combustion processes using pure hydrogen or hydrogen blends
→ Comprehensive analysis of the entire hydrogen value chain and hydrogen processes
