This document aims at defining a common strategy for the communication, dissemination and exploitation of BEST4Hy project in order to reach effectively project stakeholders and significant target groups.
The document describes the data management life cycle for the data to be collected, processed and/or generated by BEST4Hy project. In the spirit of ensuring the research funded by the EU is made accessible to all, the DMP will also include details about how the research data will be made ‘FAIR’, that is: findable, accessible, interoperable and re-usable.
The first BEST4Hy scientific paper published by the of University of Ljubljana, Faculty of Mechanical Engineering: an innovative methodological approach developed within the project for a preliminary life cycle assessment of materials used in the fuel-cell and hydrogen techonologies, ensuring environmental impact analysis.
Mitja Mori , Rok Stropnik, Mihael Sekavcnik and Andrej Lotric, Sustainability – MDPI
BEST4Hy project presentation and main objectives in this article from Anna Marchisio – Hensel Recycling for the magazine The Hydrogen Standard.
BEST4Hy project awarded at the XIII INSTM Congress, Advanced Materials and Green Processes for a Sustainable Society (January 2022, Italy): Dr. Sofia Saffirio, PhD student at Politecnico di Torino, presented its research work in the category Materials and Technologies for H2 economy.
The report describes the activities dedicated to the analysis of existing and novel recyling technologies for PEM fuel cells, crucial for the following steps on characterisation and evaluation of the recovered materials and their application in new cells and stacks manufacturing.
BEST4Hy scientific paper published by Politecnico di Torino, dedicated to their research work on SOC (Solid Oxide Cells) recycling technology, specifically on Lanthanum and Cobalt leaching process for their recovery and recycling as critical raw materials in fuel cells’ electrodes.
Alice Benedetto Mas, Silvia Fiore, Sonia Fiorilli, Federico Smeacetto, Massimo Santarelli, Ilaria Schiavi, Sustainability – MDPI
BEST4Hy scientific paper published by Politecnico di Torino with the support of Elcogen. The scientific article delivers the results of the activity dedicated to find out an effective and scalable recycling strategies for the recovery of critical raw materials from solid oxide cells (SOCs) technologies.
Sofia Saffirio, Sergii Pylypko, Sabina Fiorot, Ilaria Schiavi, Silvia Fiore, Massimo Santarelli, Domenico Ferrero, Federico Smeacetto, Sonia Fiorilli, Sustainable Materials and Technologies Journal
CEA’s interview in The Hydrogen Standard magazine, chapter 8, September Issue: dismantling and recovery processes optimised by the CEA within BEST4Hy.
Poster presented by University of Ljubljana (Mitja Mori, Rok Stropnik at all) at the SETAC Europe 25th LCA Case Study Symposium (October 2022).
Deliverable D1.2, Technical report on adaptation of existing technology (hydrometallurgical process) for PEMFC material recovery: results and design2). Prepared by Hensel Recycling and IDOLab with inputs from partners (CEA and advisory board members).
Deliverable 4.3, Technical report on developed recovery technologies for LSC cathode materials. Prepared by Politecnico di Torino with inputs from Elcogen.
Deliverable 6.2, Technical report on regulatory aspects (EU and Extra-EU) and standardisation assessment aspects to understand how to handle end-of-life fuel cells and FCH technologies.
Deliverable 5.1, Environmental profile of existing EoL technologies and effects in the scope of circular economy in manufacturing phase.
BEST4Hy article in Hydrogen Tech World magazine: journey and achievements of our international partnership.
Hensel Recycling and BEST4Hy in Mat Environnement, french magazine specialised on environment and sustainability. Issue nr. 117, pages 26-29.
Deliverable 2.3, Report on the evaluation of MEA including recycled
materials in small single cell of PEMFC
Deliverable 3.3, Pilot-scale plant (TRL5) based on two integrated existing recycling technologies for SOFCs (Public version)
Deliverable 3.5, Technical report on open-loop analysis of different
scenarios
Deliverable 1.5, Pilot scale plant (TRL5) based on 3 recycling technologies for PEMFCs
Deliverable 5.3, Guidelines for the setup Ecolabelling qualification
Deliverable 6.4, Analysis of replicability: Permitting aspects and
authorisation assessment
Deliverable 6.7, BEST4Hy Training kit
Deliverable 6.8, Report about BEST4Hy Training activities
Deliverable 6.1, Training plan and guidelines for training material
Deliverable 7.1, Project website and socials media
Deliverable 7.1, Communication toolkit
Deliverable 7.4, Report on Dissemination and Communication Activities
Deliverable 7.5, Communication, Dissemination and Exploitation Action plan (update)
Deliverable 8.1, Project procedure
Deliverable 2.6, Report on the evaluation of MEA including recycled materials in PEMFC stack (Public)
Deliverable 5.2, LCA and LCC impacts of novel EoL technologies and ecolabelling of FCH products
Deliverable 6.3, Regulatory and Standards stakeholders activities outcomes and guidelines for policies
Deliverable 8.8, Data Management Final Report
This project has received funding from the Fuel Cells and Hydrogen 2 Joint Undertaking (now Clean Hydrogen Partnership) under Grant Agreement No 101007216. This Joint Undertaking receives support from the European Union’s Horizon 2020 Research and Innovation program, Hydrogen Europe and Hydrogen Europe Research.
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