ROAD2H2

Abstract:

The ROAD2H2 project aims to facilitate the adoption of hydrogen as an energy vector by optimizing its production through the development of a compact and versatile reactor. This reactor will enable hydrogen generation via the reforming of compounds with an established market, such as ethanol and methanol.

To achieve this objective, cutting-edge technologies will be integrated, including additive manufacturing (SLM), the use of microcatalysts coated by Atomic Layer Deposition (ALD), as well as chemical polishing and catalytic coating techniques applied to structures with complex geometries such as lattice or gyroid types. This combination will maximize system efficiency and compactness.

The project includes the custom design of a reactor, the development of advanced catalysts based on ZnO, Ni, and Cu, and the validation of their productivity under controlled conditions. The combination of micro-sphere catalysts with 3D-printed structures will also be explored, potentially improving system performance, stability, and lifetime.

Finally, the reactor design will be scaled up to achieve a functional TRL 6 prototype capable of producing between 0.5 and 1 kg/h of hydrogen, thereby advancing toward real and sustainable solutions for the energy transition.

Leitat’s role in the project:

Leitat will act as a beneficiary partner in the ROAD2H2 project.