eGHOST guides a sustainable design that minimises the economic, environmental and social impacts of fuel cells and hydrogen (FCH) products throughout their life cycle. It is published the eGHOST White Book: aguidance and reference book for any future FCH eco-design project. The

The final goal is to provide robust eco-design guidelines for FCH products at different levels of development. The development of guidelines for products at an emerging state will require the adaptation of life cycle thinking tools for considering the time

Year after year, the Green Gas Mobility Summit has become consolidated as the essential event to promote more sustainable transport in the Iberian Peninsula, where biomethane, hydrogen and synthetic gas are the technologies that are already available to achieve climate

eGHOST will be the first milestone for the development of eco-design criteria in the European hydrogen sector. This project will develop two specific guidelines for Fuel Cells and Hydrogen products (FCH): PEMFC and SOE. The lessons learned will be integrated

The first live chat of the eGHOST project was held on 9 December. The aim of the event was to make the project known to society and to create an interactive space where all stakeholders could ask questions related to

eGHOST project has been awarded in the 'Best Success Story' category of the Hydrogen Week Awards, organised by the Fuel Cells and Hydrogen Joint Undertaking (FCH JU) in the framework of the European Hydrogen Week held from 29 November to

eGHOST will develop eco-design guidelines for Fuel Cells and Hydrogen systems to minimise the economic, environmental and social impacts throughout their life cycle. The eGHOST project will improve the understanding of hydrogen systems by incorporating a novel triple-impact decision-making approach

In October 2021, the Work Package 3 of the eGHOST project, Establishing eco-design product concepts, was launched. All of the project partners will be involved in it for the next year. The objectives of this Work Package are to generate