THE HYDROGEN AND
FUEL CELL CENTER

Welcome to ZBT!

More than 100 scientists at ZBT in Duisburg, Germany research, test and advise on topics related to hydrogen, fuel cells and electrolysis to make this technology reality for a sustainable future together with you!

Find out more about our topics under portfolio - or feel free to contact us!

Safety first! Im Bereich der Wasserstofftechnologien besteht noch ein großer Bedarf an Normen und Standards zur Gewährleistung der Sicherheit. Ein gemeinsamer Workshop von Fraunhofer ISE, DLR und ZBT im Februar 2025 treibt das Thema voran.
The ZBT Supporters' Organisation meets regularly for its general meeting. In addition to the usual association business, current topics from the world of hydrogen are always discussed. Intensive networking is a thing too. At the subsequent ZBT Insights, which are open to everyone, industry players provide valuable insights into their work.
CENIDE, ZBT and Anton Paar Germany are once again jointly organising the ‘Electrolysis | Fuel Cell Cooperation Seminar’ in Duisburg in March 2025.
The first Hydrogen Energy Symposium offered exciting insights into current hydrogen research. Numerous scientists presented their work on electrolysis, fuel cells and energy carriers. The event was also an excellent opportunity for researchers to network extensively.
Du hast Interesse an der Herstellung und Optimierung von Katalysatorendispersionen? Dann bewirb dich bei uns!

ZBT Science news

Kurz vor Ende der Laufzeit von FC_Bio kam der projektbegleitende Ausschuss zu seiner Abschlusssitzung im ZBT zusammen. Dabei wurden die Ergebnisse aus den vier Teilprojekten zusammengeführt. Sie sollen dazu beitragen, Brennstoffzellen umweltfreundlicher und nachhaltiger zu machen, als sie eh schon sind.
Alternative propulsion systems are intended to make aviation more environmentally friendly. To achieve this, they need to be particularly light and powerful. A consortium with ZBT participation is currently developing a particularly power-dense fuel cell stack.
ZBT is developing air-cooled lightweight fuel cells with a high power density for research into an innovative, hydrogen-based drive system for UAVs and aircraft in the 25 kg to 2 tonne weight class.
Knowing the current water distribution in the fuel cell during operation is an important aspect in optimising the performance and service life of the fuel cell. In the new ‘US Fuel Cell’ project, ZBT and its partners are developing an innovative method based on ultrasonic waves.
Designing hydrogen refuelling systems for reliable and safe operation is a major challenge due to constantly changing requirements and rapid technological development. The HRS-Modell which has now been published, aims to help.

ZBT - The Movie

Still from ZBT's image film

Current notice

Construction sites in the immediate vicinity of the institute!

Access to the ZBT site is again possible via Carl-Benz-Strasse. Changes to traffic routing still apply. Please check our current directions. Car parking around the ZBT will also remain limited. If possible, please travel by public transport or allow extra time for parking and walking.
To the directions

Social Media