Innovative Materials and Technologies for the Hydrogen Economy

Visit us at the World Hydrogen Summit in Rotterdam from May 21–22, 2025, and learn more about our latest material innovations and technologies for the hydrogen economy! Fraunhofer ISC will be showcasing at the German Pavilion, booth D06a5 in hall 2. Meet us on-site and discover how innovative material solutions, advanced sensor technology, and precise analytics enhance the safety, efficiency, and sustainability of hydrogen technologies.

We look forward to your visit!

H₂ and CO₂ Sensing for Safe and Efficient Processes

• Hydrogen Sensing: We develop advanced H₂ sensors to ensure safe and efficient hydrogen handling across various applications.
• Structural Integrity Monitoring for Pipelines and Storage Systems: Our sensor technology enables real-time monitoring of pipelines and storage tanks, ensuring early detection of material fatigue, leaks, and mechanical stress.
• CO₂ Sensors for High-Temperature Processes: Our CO₂ sensor technology is designed for high-temperature industrial processes, supporting efficient CO₂ capture and emission reduction.
  
  

Barrier Coatings and Corrosion-Resistant Materials for Hydrogen

• Hydrogen Barrier Coatings: Our high-performance ORMOCER® barrier coatings minimize hydrogen permeability, prevent material degradation, and enhance corrosion resistance for pipelines, tanks, and other infrastructure components.
• Hydrogen Storage Tanks: We develop advanced hydrogen tank solutions with optimized materials to improve durability, safety, and energy efficiency.
• Corrosion-Resistant and High-Temperature Materials for Hydrogen Applications: Our research focuses on materials that withstand extreme temperatures and corrosive environments, ensuring long-term stability for hydrogen production and industrial applications.
   

Material Analytics and Electrochemical Innovations

• Material and Damage Analysis for Hydrogen Applications: We offer comprehensive material diagnostics to assess damage mechanisms in hydrogen production, transport, storage, and utilization.
• Electrode Development for Hydrogen Production and Utilization: Our work in electrode design and material optimization enhances the efficiency and durability of hydrogen electrolysis and fuel cells, paving the way for next-generation hydrogen technologies.

We look forward to meet you!