Electrochemistry will be used to produce ammonia starting from air, water and renewable sources.

Produced ammonia will be employed as a fuel in a direct ammonia fuel cell.

Novel energy materials will be studied and implemented as catalysts.


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LATEST NEWS

29th September 2021 The TELEGRAM project has been presented at the “Low […]
5 August 2021 The fourth Consortium meeting has been organised virtually for […]
20 May 2021 The third consortium meeting has been organized online, bringing […]

THE CONSORTIUM

The consortium is composed of four partners from three European countries (Italy, Germany, Sweden).

Project Coordinator
WP1 and WP7 leader

Responsible for 3D nanostructured catalysts, with extremely low amount of noble metals or with earth abundant materials, for both ammonia synthesis and oxidation.

WP3 and WP5 leader

Responsible for the design and building of the direct ammonia fuel cell (DAFC) and for multi-physics simulation models. HZB will also perform the life cycle assessment.

WP4 and WP6 leader

Responsible for design and building of the ammonia generation cell and for setting up the demonstrator of the full ammonia cycle, powered by renewable energy sources.

WP2 leader

Responsible for the development of new catalysts for the NH3 synthesis and the DAFC. UU also performs in operando spectroscopy and atomic scale modeling (DFT).