Cranfield University secures investment for hydrogen development in aviation applications

Cranfield's previous experience in hydrogen management and its ability to develop large-scale infrastructure.

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Universidad de Cranfield

With record funding of £69 million ($86.6 million equivalent), Cranfield University is preparing for significant hydrogen research and development under the umbrella of advanced aviation technologies.

The development and research of hydrogen potential

This grant is primarily for the founding of the Cranfield Hydrogen Integration Incubator (CH2i), designed to advance hydrogen aviation by improving production, transportation, storage and connectivity between various sectors within the university campus.

Professor Karen Holford, in her role as executive director and vice chancellor, highlighted the relevance of this funding for the consolidation of Cranfield’s expertise in hydrogen research. This will contribute to the advancement of aviation towards the use of this energy source. CH2i will foster hydrogen research, and will link with other major areas of study within the university, including programs in hydrogen production and aerospace and digital aviation research centers.

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Technological expansion

In addition, collaboration with national and international research and industry partners will play a crucial role in overcoming the technical challenges associated with the development and application of hydrogen in aviation. hydrogen in aviation .

Cranfield has the distinction of being the only university in Europe to have its own airport, which facilitates large-scale testing of new technologies, systems and processes. A key component of the CH2i infrastructure will be the expansion of Cranfield Airport, which will allow for increased capacity for hydrogen-powered aviation operations and testing.

CH2i’s key infrastructure includes the Hydrogen Integration Research Center, areas dedicated to hydrogen innovation and testing, and the expansion of Cranfield Airport. These facilities are designed to support the development of emerging hydrogen technologies and their applications in aviation.

The experience of scientists at Cranfield University

Professor Leon A. Terry, highlighting the importance of this initiative, noted the university’s commitment to hydrogen innovation within a regulated and secure framework. Cranfield University s previous experience in hydrogen management and its ability to develop large-scale infrastructures are key aspects for the future of research in this energy field.

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Source and photo: Cranfield University

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