H2 Revolution
Cryogenic Hydrogen Systems refer to technologies and processes that involve the production, storage, and utilization of hydrogen at extremely low temperatures, typically below -253°C (-423°F). At these temperatures, hydrogen exists in a liquid state, which allows for greater density and more efficient storage compared to gaseous hydrogen.
The term encompasses various components, including cryogenic tanks that maintain the necessary low temperatures, pipelines designed to transport liquid hydrogen, and systems that facilitate the conversion of liquid hydrogen back to gas for use in fuel cells or combustion. These systems are crucial in sectors such as aerospace, where high-energy density fuels are required, and in the emerging hydrogen economy, where hydrogen serves as a clean energy carrier.
Cryogenic Hydrogen Systems are significant in research applications, industrial processes, and the development of sustainable energy solutions, providing a pathway to effectively store and utilize hydrogen as a fuel source while addressing challenges related to energy density and transportation.
GKN Aerospace, a global leader in aerospace technology, has joined forces with Marshall, Parker Meggitt, University of Manchester, University of Bath, and Cardiff University in the HyFIVE consortium. This consortium…