IFW Dresden brings cryogenic materials & sensor expertise to the Hyliq consortium, driving safe, efficient liquid hydrogen use and advancing Germany’s Hydrogen Strategy.
The transition to a hydrogen-based energy system is one of the defining industrial and societal challenges of our time. As part of the Hyliq consortium (see www.hyliq.org), IFW Dresden is actively contributing its expertise in materials and sensor technologies to address critical bottlenecks in the safe and efficient handling of liquid hydrogen (LH₂).
Within the framework of the LNG2Hydrogen initiative, IFW’s research focuses on developing advanced cryogenic-compatible materials and microacoustic sensing solutions. These technologies are key to ensuring safe operations, reducing energy losses, and extending the lifetime of infrastructure for hydrogen liquefaction, storage, and transport.
By transferring these innovations from lab to industry, IFW strengthens Germany’s Hydrogen Strategy, supports the scale-up of hydrogen technologies, and addresses urgent challenges for the energy transition — from sensor performance under cryogenic conditions to corrosion resistance and predictive maintenance in hydrogen systems.
Our goal is clear: leverage IFW’s strengths in material science and applied sensor research to deliver tangible impact for a climate-neutral economy.
Discover our full liquid hydrogen expertise → Explore here
