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Fraunhofer IAP Drives Sustainable Hydrogen Future With Innovative Catalysts and Membranes

Discover how Fraunhofer IAP's novel catalysts and PFAS-free membranes are accelerating the shift to clean hydrogen, with presentations at Hannover Messe.

In the picture we can see a car engine with pipes, battery in it.
In the picture we can see a car engine with pipes, battery in it.

Fraunhofer IAP Drives Sustainable Hydrogen Future With Innovative Catalysts and Membranes

Fraunhofer Institute for Applied Polymer Research IAP is at the forefront of developing innovative solutions for hydrogen production and use. The institute is creating metal-reduced catalysts and PFAS-free membranes to reduce the reliance on precious metals and harmful substances.

The Fraunhofer Hydrogen Network, a collaboration of 39 Fraunhofer Institutes, is working together to develop market-ready hydrogen technologies. IAP's contributions include novel multielement catalysts that offer higher activity and longer lifetimes, reducing CO2 emissions compared to classical catalysts.

IAP is also developing PFAS-free ion-conducting membranes to replace those based on per- and polyfluoroalkyl substances (PFAS). These new membranes are more environmentally friendly, efficient, and durable, especially in high-temperature applications like fuel cells. Additionally, the institute is creating innovative membranes for hydrogen purification to separate, purify, and dry hydrogen produced by electrolysis.

The Fraunhofer Hydrogen Network involves various institutes such as Fraunhofer ISE (Solar Energy Systems) and Fraunhofer ILT (Laser Technology), collaborating with research institutions and industry partners. They aim to advance materials, components, systems, and processes for hydrogen production, storage, and use, supported by their strong infrastructure, certifications, and global cooperation.

The Fraunhofer IAP will present its developments at the Hannover Messe (Hall 13, Stand C41/2) as part of the Fraunhofer Hydrogen Network. These advancements in catalysts and membranes are crucial for a sustainable hydrogen future, as hydrogen is considered a central energy carrier. The institute's ability to scale manufacturing processes to industrially relevant levels further enhances the potential of these innovations.

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