SciTransfer
Organization

ZENTRUM FUR BRENNSTOFFZELLEN-TECHNIK GMBH

German research center specializing in PEM fuel cells, hydrogen refueling infrastructure, and ammonia-based energy conversion for decarbonisation.

Research instituteenergyDE
H2020 projects
5
As coordinator
0
Total EC funding
€2.6M
Unique partners
34
What they do

Their core work

ZBT is a dedicated fuel cell and hydrogen technology research center based in Duisburg, Germany. They develop and test hydrogen fuel cell systems, hydrogen refueling infrastructure, and membrane reactor technologies for energy conversion and decarbonisation. Their work spans the full hydrogen value chain — from PEM fuel cell power plants for stationary grid applications to heavy-duty vehicle refueling protocols and ammonia-based power generation. They serve as a technical partner bringing applied R&D and testing capabilities to European hydrogen consortia.

Core expertise

What they specialise in

PEM fuel cell systems for stationary powerprimary
2 projects

GRASSHOPPER focused on modular PEM fuel cell power plants for grid support, and D2Service addressed fuel cell technology design and applications.

2 projects

PRHYDE developed protocols for heavy-duty hydrogen refueling at 35-70 MPa, while HYDRAITE evaluated hydrogen delivery risks and impurity tolerance.

Ammonia-based energy conversion and membrane reactorsemerging
1 project

HiPowAR explores ammonia as a carbon-free fuel using O2 membrane reactors for deep decarbonisation — a newer direction for ZBT.

Hydrogen quality and safety testingsecondary
1 project

HYDRAITE specifically addressed impurity tolerance evaluation in hydrogen delivery systems, indicating testing and quality assurance capabilities.

Evolution & trajectory

How they've shifted over time

Early focus
Fuel cell design and hydrogen quality
Recent focus
Grid power, refueling, and ammonia energy

ZBT's early H2020 work (2015-2018) centered on established fuel cell technology design and hydrogen delivery quality assessment — foundational applied R&D. From 2018 onward, their focus shifted decisively toward two directions: grid-integrated stationary fuel cell power plants (GRASSHOPPER) and heavy-duty hydrogen refueling protocols (PRHYDE). Their most recent project, HiPowAR (2020-2025), marks a notable expansion into ammonia as a carbon-free fuel and membrane reactor technology, signaling a move beyond pure hydrogen toward broader decarbonisation pathways.

ZBT is expanding from traditional hydrogen fuel cells into alternative carbon-free fuels (ammonia) and grid integration, positioning themselves for the next wave of European decarbonisation infrastructure.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European14 countries collaborated

ZBT operates exclusively as a consortium partner, never as coordinator — they bring specialized technical capabilities rather than project leadership. With 34 unique partners across 14 countries from just 5 projects, they work in medium-to-large consortia and maintain a broad network rather than repeat partnerships. This suggests they are valued as a go-to technical contributor that different consortium leaders actively recruit for hydrogen-related expertise.

ZBT has built a wide European network of 34 unique partners across 14 countries through just 5 projects, indicating they are well-connected across the hydrogen and fuel cell research community. Their partnerships span the continent rather than clustering in any single region.

Why partner with them

What sets them apart

ZBT is one of Germany's dedicated fuel cell technology centers, combining deep expertise in PEM systems with practical hydrogen infrastructure work — a rare combination of lab-scale R&D and real-world deployment knowledge. Their involvement in both the FCH2 Joint Undertaking (fuel cell and hydrogen) programs and standard RIA projects gives them credibility across the full technology readiness spectrum. The recent move into ammonia-based power generation adds a forward-looking dimension that few fuel cell centers yet offer.

Notable projects

Highlights from their portfolio

  • HiPowAR
    Represents ZBT's strategic expansion into ammonia as a carbon-free fuel via membrane reactors — a departure from their traditional hydrogen focus and their longest-running H2020 project (2020-2025).
  • PRHYDE
    Directly addresses the critical infrastructure gap of heavy-duty hydrogen refueling protocols at multiple pressure levels (35-70 MPa), essential for hydrogen truck and bus deployment across Europe.
  • GRASSHOPPER
    Tackles grid-scale PEM fuel cell power plants with demand-side management capabilities — connecting hydrogen technology to the electricity grid flexibility challenge.
Cross-sector capabilities
Transport — hydrogen refueling infrastructure for heavy-duty vehiclesManufacturing — membrane reactor and electrochemical system developmentEnvironment — deep decarbonisation through carbon-free fuelsGrid infrastructure — demand-side management and power flexibility
Analysis note: With 5 projects, the profile is moderately supported. Early-period keywords were empty in the data, so evolution analysis relies primarily on project dates and titles. Two early projects (D2Service, HYDRAITE) had no keywords, limiting granularity of the early-focus assessment. The overall hydrogen and fuel cell focus is clear and well-evidenced.