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Projects

i-CAMPUS-H2

Integrated Research Infrastructure for the Analytical Characterization of Materials and Processes of Strategic Importance for the Hydrogen Valley

Sector:Innovative materials
Typology:Regional
Programme:Regional Law 13/2023 – Support for the creation or upgrading of research infrastructures in the renewable hydrogen sector
Project duration:01/03/2025 - 31/08/2027

i-CAMPUS-H2 aims to develop an integrated research infrastructure, both experimental and theoretical, focused on the advanced study of materials and chemical-physical processes essential for green hydrogen production, storage, transport, and utilization. Closely aligned with the technological needs of regional and national Hydrogen Valley, the project will serve as a reference hub open to both academia and industry, with a centralized access system (“single entry point”).

The infrastructure will be hosted at the scientific campus in Basovizza, leveraging the strengths and capabilities of three premier national research institutions: CNR, Elettra synchrotron, and AREA Science Park. Existing equipment will be upgraded, and new experimental systems will be acquired, with a strong focus on developing in-situ and in-operando techniques that allow materials to be investigated under realistic conditions.

 

OBJECTIVES

i-CAMPUS-H2 seeks to enhance Friuli Venezia Giulia’s strategic role in hydrogen research. By establishing a cutting-edge research infrastructure, the project will actively support companies in exploring the full potential of the green hydrogen economy. It will address all phases of the value chain, from green hydrogen production via electrolysis and carbon capture, to storage, distribution, and final use in fuel cells, integrating advanced experimental methods (crystallography, spectroscopy, microscopy) with computational modeling.

The infrastructure aims to bridge the gap between basic and applied research, offering insights critical for both the development of novel materials and the resolution of industrial challenges such as material degradation due to hydrogen exposure and surface poisoning in catalysts. Furthermore, the project is designed to ensure full synergy with the NAHV initiative and PNRR-funded programs for sustainable energy transition.

 

Partners

CNR - IOM (Istituto Officina dei Materiali)

Area di ricerca scientifica e tecnologica di Trieste
Elettra Sincrotrone Trieste

Contact