Unite! MSCA Energy
Members
Objectives
The MSCA Unite! Energy project brings together: the nine Unite! universities (Universidade de Lisboa as an associated partner) and the Friedrich-Alexander-Universität Erlangen-Nürnberg. Also as associated partners are involved eight companies: EOS Finland, ABB, Powercell Sweden, KIC INNOENERGY SE, HERAEUS DEUTSCHLAND GMBH & CO KG, SOLARONIX SA, CEA GRENOBLE, SNAM S.P.A.) and two R&I institutions: Barcelona Supercomputing Center and eRoots Analytics.
The MSCA Unite! Energy project brings together: the nine Unite! universities (Universidade de Lisboa as an associated partner) and the Friedrich-Alexander-Universität Erlangen-Nürnberg. Also as associated partners are involved eight companies: EOS Finland, ABB, Powercell Sweden, KIC INNOENERGY SE, HERAEUS DEUTSCHLAND GMBH & CO KG, SOLARONIX SA, CEA GRENOBLE, SNAM S.P.A.) and two R&I institutions: Barcelona Supercomputing Center and eRoots Analytics.
The overall success of Unite!Energy project will be supported by the development and achievement of the specific objectives:
Decrease the cost and environmental impact of the electrolyser-photoelectrolyser
system (WP1) and fuel cell stack (WP2) maintaining or increasing their performances and stability.
Design and optimise system components to increase their efficiency and durability, considering safety-related aspects and by-products recycling (WP3).
Assess the environmental impacts, sustainability, and criticalities of the PtP solution and of each technology involved (WP4).
Prepare a well-trained workforce with particular attention to the material science, design and sustainability assessment of processes (WP5).
Produce and disseminate high-quality scientific knowledge about chemical storage
using hydrogen, and to increase social acceptance in hydrogen-based technologies (WP6).
Create a strong university network based on the existing Unite! alliance and to
reinforce the partnership with industrial entities that seek synergies between academia and stakeholders (WP7).

Unite!Energy aims to become the seed of a European Doctoral School in the European Universities Initiative Unite! and prepare a new generation of researchers for the integration of hydrogen in the energy field.
This project has received funding from the Horizon Europe Framework Programme (HORIZON) under the Marie Skłodowska-Curie Action grant agreement No. 101119005
