Publications

Annual reporting of project data represents one task of the Project Coordinator that, following the request from the Clean Hydrogen Joint Undertaking (CH JU) Programme Office, collects updated project data to prepare and submit the “Annual Data Reports”. These include quantitative and qualitative project data and visual material related to projects’ activities.

In this deliverable, requirements from end-users of the technology to be developed during the project PROMETEO are stated. Upstream requirements are defined by Capital Energy considering the plant where the prototype will be developed and the different operation strategies to accommodate the variable production of solar energy. Downstream requirements for fertilizer production are defined by Stamicarbon and for injection in natural gas grid by SNAM.

The document provides final conclusions drawn after discussions between end-user partners (Capital Energy, Snam, Stamicarbon) to provide primary recommendations for the design of PROMETEO system: using final users’ requirements to steer the design will foster the exploitation of the developed technology.

The report directly builds on several studies carried out by project partners and provides the list of components for the integrated Solid Oxide Electrolysis (SOE) prototype developed in PROMETEO, including the specifications for key components such as the SOE stack and the solar Thermal Energy Storage (TES) system with steam generator, considering end-users’ recommendations and the preliminary Process Flow Diagrams developed in the early stage of the project.

This deliverable describes the visual identity of PROMETEO, the communication materials and the website to be used for dissemination and communication. The visual identity characterizes the project as a distinguishable brand. The website is the main communication channel of the project and it will be periodically updated with new contents, updates and results.

This document describes the communication materials produced since the beginning of PROMETEO project to support the dissemination and communication (D&C) activities of the project, including their intended use and, therefore, the intention to customize the delivered messages depending on the specific targets. Notwithstanding, the materials have common graphical elements as they are based on the visual identity that characterize PROMETEO as a distinguishable brand.

The factsheet illustrates the main steps of the project on a timeline.

Postcards are the simplest communication tool, which reach the audience with few and attractive information.

Prometeo is an ambitious three- and a half-year project supported by funding of € 2.5 million from the European Fuel Cells and Hydrogen Joint Undertaking (FCH JU). Read the press release launched for the kick-off of the project.

Il progetto europeo Prometeo ha ottenuto un finanziamento di € 2.5 milioni per lo sviluppo di una tecnologia innovativa di produzione d’ idrogeno verde medianti elettrolisi ad alta temperatura. Qui il comunicato stampa pubblicato in occasione del lancio del progetto.

El ambicioso reto y el carácter innovador del sistema convencieron a la Comunidad Europea para financiar el proyecto PROMETEO con una dotación de 2,5 millones de euros aportados por la plataforma público-privada «Fuel Cells and Hydrogen Joint Undertaking» - FCH JU. A continuación se muestra la nota de prensa publicada con motivo del lanzamiento del proyecto.

Open Access - IET Renewable Power Genereneration 1–15

Frontiers in Energy Research, Volume 10 - 2022

Abstract - AHRC2023 Conference | DOI: https://dx.doi.org/10.2139/ssrn.4478053

Abstract - submitted at EFC23

ICCEP2023 Conference Proceeding - pre-print version | DOI: 10.1109/ICCEP57914.2023.10247493

Abstract - submitted at EFC21

General presentation of the Prometeo project for EFC21. The presentation includes preliminary results on the PFD for the targeted end users', the architecture of the innovative Thermal Energy Storage (TES) system and the design of the 25kWe SOE Stack module.

General presentation of PROMETEO for EHEC2022. The presentation focuses on the technological challenges addressed and the PROMETEO innovative solutions on the SOE stack and thermal storage system. The preliminary PFD, modelling and component sizing is included.

Presentation of modelling work and exploitation study of PROMETEO for EHEC2022. The design point simulation results and PFD selection and the 1-year exploitation analysis are described. A 19.5% sun to hydrogen efficiency is presented.

Presentation of evaluation model created for Prometeo project - Stockholm, Sweden

Conference SolarPACES 2022 - Albuquerque, USA

Presentation given at the Italian Senate during the "Symposium towards a 100% RES national system", on 16 June 2022 - Rome, Italy

Presentation given during the visit of the Chilean Delegation, on 18 October 2022

Presentation given during the event "NEXUS Where Navarra meets Europe", on 10 October 2022 - Pamplona, Spain

Presentation given at the Conference "Australian Hydrogen Research Conference 2023", on 7 February in Camberra, Australia Spain

Presentation given at the course “Hydrogen and Green Fuels”, Campus Bio-Medico - University of Rome.

The presentation showed the development and characterization of the TES-SG, of the SOE and the system modelling in PROMETEO.

Presentation given at the Hydrogen Summer School 2023

The poster graphically represents the results of the experimental campaign performed at FBK facility on a 5kWe stack, and propose an effective system control strategy for the 25kWe pilot system built within the project PROMETEO

PROMETEO presented at the Final Event of SPHERA-III Project

Presentation given at the Clean Hydrogen JU Info Days

General Presentation given at European Hydrogen Energy Conference, EHEC 2024, Bilbao