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
The eGHOST project seeks a sustainable design that minimises the economic, environmental and social impacts of hydrogen systems throughout their life cycle. An international consortium in which the Hidrógeno Aragón Foundation participates and led by the Madrid-based research institute IMDEA Energía
The pioneering eGHOST project in Europe will develop reference guidelines for the eco-design of hydrogen technologies.
The international consortium, led by the Madrid-based research institute IMDEA Energía, will define eco-design principles and improve the understanding of hydrogen systems as a sustainable investment. eGHOST guides sustainable design that minimises the economic, environmental and social impacts of hydrogen
The European Commission considers green hydrogen central to meeting its commitment to achieve a carbon-neutral and circular economy by 2050. To this end, Europe wants to accelerate the use of hydrogen-based technologies. These technologies will allow it to decarbonise economic