Top 10 Funding Opportunities:

Small-Scale Hydrogen Valley

The project funded under this topic should contribute to outcomes including, but not limited to, anchorage of new demand for renewable hydrogen and interaction and synergies among initial test beds and full integration into the broader cross-sectoral energy ecosystem.

Large-Scale Hydrogen Valley

The project funded under this topic should contribute to outcomes including, but not limited to, anchorage of new demand for renewable hydrogen, interaction and synergies among initial test beds and full integration into the broader cross-sectoral energy ecosystem.

Global Collaboration Action for the Development of Vaccines for Reducing the Disease Burden of Tuberculosis in Sub-Saharan Africa

This topic aims to fund actions that will contribute to increased international cooperation among researchers and funders, catalyse research synergies, and leverage resources and investments in order to achieve the reduction of disease burden in SSA through the development of vaccines.

Accelerating the Development of Prophylactic Vaccines Against Neglected Tropical Diseases (NTDs) in Sub-Saharan Africa

This topic aims to support activities that contribute to one or more of the expected impacts for this call. These include generating data on novel or existing vaccines to make progress towards prevention, control and elimination of NTDs in SSA, improving the understanding of barriers for progression of new or improved vaccines against NTDs through the R&D pipeline and generating clinical data including pregnant and lactating women, new-borns, children, adolescents, other vulnerable and neglected populations, and people with co-infections and co-morbidities at risk in SSA as relevant.

Global Collaboration Action for Research on Existing Malaria Therapeutics and Clinical Development of New Antimalarial Candidates

This topic aims to fund actions that will contribute to increased international cooperation among researchers and funders, catalyse research synergies, and leverage resources and investments in order to achieve rapid advances in the development of new or improved anti-malarial drugs or drug combinations.

Improved Lifetime and Cost of High-Temperature Electrolysers by Introducing Innovative Materials and Components in Stacks and BoP

The projects funded under this topic should contribute to outcomes including, but not limited to, improvements to already conceptualised novel materials including electrocatalysts, electrodes, metallic interconnects, coatings, and seals enabling increased lifetime to the ensemble of both single cells and stacks.

Innovative Hydrogen and Solid Carbon Production from Renewable Gases/Biogenic Waste Processes

This topic aims to contribute to outcomes including, but not limited to, the development of advanced breakthrough technologies for the low-emission transformation of renewable sources, e.g., biogas, biomethane, solid wastes, biochars, and advanced feedstocks into hydrogen and solid carbon.

Reliable, Efficient, Scalable and Lower Cost 1 MW-Scale PEMFC System for Maritime Applications

The project funded under this topic should contribute to outcomes including, but not limited to, the development of low-cost, efficient, and flexible multi-stack FCS architectures suitable for multi-MW deployments, aiming for full-scale demonstrators compatible with end-user requirements by 2030.

Demonstration of Scalable Ammonia Cracking Technology

The project funded under this topic should contribute to outcomes including, but not limited to, providing breakthrough and game-changing technologies for hydrogen production by ammonia cracking and contributing to replicability and modular scalability of new ammonia cracking technology to enable future commercial applications at different scales.

Efficient Electrolysis Coupling with Variable Renewable Electricity and/or Heat Integration

The project funded under this topic should contribute to outcomes including, but not limited to, enhanced electrolysis capacity to produce renewable hydrogen (in line with EU regulations) and reduction of the levelised cost of hydrogen, including business models for generating additional income.