Hydrogen is revolutionising the aviation sector in a number of different ways. Not only is it a solution for zero-emission flight, but it can also support the industry in extending its travel distance, with Mark Farquhar, Chief Training Captain at easyJet, telling f-cell delegates that 18 tonnes of liquid hydrogen could get an A320 plane from Stuttgart to Melbourne.
Farquhar made the comment whilst explaining how significant hydrogen could be as a jet fuel for long distance travel.
“If we use the most advanced lithium-ion batteries today in our A320 plane, we could fly from Stuttgart to Frankfurt. That would be it,” he told f-cell delegates.
“That’s as far as we can possibly get. If we filled it up with conventional kerosene, as we use today, we’d be able to get to Nairobi in Kenya. Theoretically, if we filled it up with 18 tonnes of liquid hydrogen, we’d be able to get to Melbourne, Australia.”
This showcases the potential of hydrogen in aviation – it could revolutionise the business not just from a sustainable perspective, but distance too.
Farquhar spoke during f-cell’s Planes panel yeserday (Sep 15), which explored the potential that hydrogen has in aviation. He was joined by speakers from the German Aerospace Center (DLR) and Intelligent Energy.
Professor Josef Kallo, Coordinator Energy Systems Integration at the German Aerospace Center, expressed his thoughts on the potential of hydrogen in planes and its benefits.
He said, “We see today that definitely there is a chance to use hydrogen as an ignition free fuel, if it comes from renewables, to fly around.”
This has been realised with the DLR exploring interregional flight by developing a new 40-seater hydrogen plane which has a range of under 2000km which is expected to make up a huge amount of traffic at Frankfurt airport.
“When we go to 2023, we expect more than a half a billion passengers to fly in from less than 2,000km. This is a lot of passengers which can produce revenue and can fly emission free.”
Clearly the need to develop zero-emission free travel has never been greater and hydrogen presents a very clear pathway to achieve this.