Scotland’s Loganair is charting a new, hydrogen-powered course for sustainable aviation, partnering with ZeroAvia to develop new, zero-emissions offerings that could see the airline’s 40-80 passenger capacity aircraft operate emission-free on regional routes across the UK and Europe.
“The recent commitments made by ZeroAvia to bring their hydrogen fuel-cell manufacturing centre to Glasgow, and the strong engagement between our senior teams, has made this next step entirely possible and logical,” explains Luke Farajallah, CEO of Loganair. “The future of sustainable flight will rely on companies like ZeroAvia and Loganair to be the pioneers of new technology, and we see the work being undertaken by Val and the team as being incredibly inspiring and realistic when set against our own work and ambitious targets in this space. We truly believe the Loganair fleet and network to be the perfect airline/geography combination when considering the ZeroAvia product suite and we look forward to working together to provide a greener future.”
ZeroAvia ZA2000 v. ICE option
ZA2000
Large turboprop engine
Propulsion system type
Fuel Cell and Electric Motor
Internal combustion
Shaft horsepower, kW
2–5 MW
2–4 MW
Overall system efficiency
45–60%1
PW127 is >20% above 40% PP, otherwise <30%2
Maintenance overhaul interval
TBC
TBC
Fuel consumption hour/kg/eng
60–70
320–350
Direct CO2 emissions per hour3
Nil
1000–1100 kg
NOx and other emissions per ho3
Nil
PW127F @ MCR, 2.2gCO/kg, 0gUHC/kg, 15.6gNOx/kg4
Contrails3
60–80% reduction
No mitigation
What ZeroAvia calls “hydrogen-electric aircraft engines” might be more familiar to Electrek readers as “HFCEVs in the sky,” which use hydrogen (in the case of ZeroAvia, really cold hydrogen) in fuel cells to generate electricity that powers electric motors turning propellers. And, with regional turboprop aircraft operating below typical contrail formation, the company says its powertrain’s in-flight emissions are, “effectively zero.”
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More importantly to airlines like Loganair, American, and aviation startup EcoJet, however, are the potential cost-savings involved.
Importantly, these novel engines promise cost reductions for airlines. The substantially lower maintenance needs of hydrogen-electric engines will mean a decrease in maintenance and downtime for an airline’s fleet, with hydrogen fuel also projected to be significantly more cost effective than kerosene over time.
As such, you won’t find an “Electrek’s Take” section on this one. All the same, we’d love to hear what you think about hydrogen’s prospects as an avgas alternative in the comments.
SOURCE | IMAGES: ZeroAvia.
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