Italiano (IT) 
English (United Kingdom) SPEEDHY
Solar PhotoElectrochEmical black Diamond converters for HYdrogen and ammonia production.
Research Project of National Relevance (PRIN2022) funded under the National Recovery and Resilience Plan (PNRR).
It stems from a collaboration between
THE PROJECT
"With SPEEDHY, our aim is to showcase a new technology based on engineered diamond structures with defects for the green production of hydrogen (H2) and ammonia (NH3) using concentrated solar radiation.
This technology features high conversion efficiency, excellent scalability and modularity, and cost-effectiveness for mass market production, with the goal of achieving economically viable production in an environmentally sustainable context."
The financing
221.469 Euro
for the implementation of the project.
UniNa
93.101 €
CNR-ISM
128.368 €
Objectives and expected results
To achieve its objectives, SPEEDHY will be implemented through four work packages.
WP 1 (M1-M12)
CNR-ISM
Design & Fabrication of diamond electrodes
WP 2 (M4-M18)
UniNA
Advanced characterization & Optimization of the device
WP 3 (M13-M24)
CNR-ISM
Proof-of-concept demonstration
WP 4 (M1-M24)
CNR-ISM
Project management, dissemination and communication activities
The Project Leaders
The creators, developers, and team leaders
