Projects repository

The goal of the HySPRINT project is to use innovative manufacturing techniques for cell components to make them more sustainable, cost-effective, and easier to recycle.

HyCO² aims to revolutionize hydrogen compression technology by upscaling and demonstrating an innovative metal hydride (MH) compressor tailored for diverse application ranges across mobility, distribution, and industrial sectors.

By reducing storage costs and enhancing energy security, HyCavern directly supports Europe’s transition to a resilient, decarbonized energy system.

HiWHyV will establish Sweden’s first large-scale hydrogen valley by connecting two complementary regional hubs

H2SCORE aims to demonstrate how integrated Fuel Cell and Hydrogen (FCH) technologies can enable the next generation of Renewable Energy Communities (RECs), enhancing their decarbonisation, resilience, and energy autonomy.

H2ROAM (Hydrogen for Robust Off-road Application Modules) aims to advance and demonstrate adaptable hydrogen-powered powertrain systems at TRL6, designed to meet diverse fuel cell power demands.

The H2-QUEST project addresses the European Commission's goals for achieving a sustainable, secure and competitive energy supply by exploring the potential of natural hydrogen (H2) resources.

The project will validate the 40 kW SOEL system under relevant operating conditions, providing robust performance, durability, and techno-economic data.

COUPLE will demonstrate an ammonia cracking technology by an innovative coupling of palladium-based membranes reactors (PdMR) and proton ceramic electrochemical reactors (PCER) to produce 100 kg H2/day of high-purity, pressurized hydrogen over 5000 h.