Clean Hydrogen Partnership selects 15 regions to receive project development assistance
The chosen European regions will receive targeted support from dedicated hydrogen consultants beginning in early 2023 to advance fuel cell and hydrogen technologies.
The Clean Hydrogen Partnership, whose main objective is to contribute to the EU Green Deal and Hydrogen Strategy through the funding of R&I activities, has selected 15 regions to receive support for the latest product development assistance (PDA) initiative. The regions, which range across 10 countries, have been selected following a two-stage application and evaluation process. Projects proposed cover a variety of hydrogen applications, from hydrogen buses in the cities, to ferries that connect island communities, as well as industrial applications such as glass manufacturing.
Regions include Estonia (Estonian Islands and Tartu City); France (Regional Council of Réunion); Greece (Peloponnese region); Ireland (Valentia Island); Latvia (Riga); Poland (City of Płock and Podkarpackie region); Portugal (Autonomous Region of Madeira and Alenquer municipality); Romania (Cluj-Napoca and Galati municipality); Slovakia (Košice Self-Governing Region); and Slovenia (Central Sava region and Velenje, Savinjsko-šaleška region).
The selected regions will receive targeted support from dedicated hydrogen consultants, beginning in early 2023. This will enable them to further develop their project plans, thus advancing the deployment of fuel cell and hydrogen technology in Europe, particularly in areas that have seen limited hydrogen deployments to-date.
The initiative will also deliver a wider impact in other regions beyond the 15 selected, through the planned “Observer Network” activities that will be run throughout 2023.
More information can be found here.
Related Content
-
TU Munich develops cuboidal conformable tanks using carbon fiber composites for increased hydrogen storage
Flat tank enabling standard platform for BEV and FCEV uses thermoplastic and thermoset composites, overwrapped skeleton design in pursuit of 25% more H2 storage.
-
Hexagon Purus Westminster: Experience, growth, new developments in hydrogen storage
Hexagon Purus scales production of Type 4 composite tanks, discusses growth, recyclability, sensors and carbon fiber supply and sustainability.
-
Mikrosam, H2Storage collaborate on 300+-liter Type IV hydrogen tanks
Automated filament winding cell achieving wind speeds of 6 meters/second improves production performance, shortens curing cycle for serial production of 700-bar Type IV tanks.