
Article
Aviation H2 chooses ammonia to develop carbon-free flight in Australia
Australia-based Aviation H2 have selected the use of liquid ammonia to turbofan combustion as the best pathway forward for developing hydrogen-powered aircraft. Based on the existing Dassault Falcon 50, Aviation H2 aims to have the converted aircraft in the skies by mid-2023.
Article
NASA, Boeing, UCF to study zero-carbon ammonia jet fuel
A $10 million, five-year NASA University Leadership Initiative grant will allow an academic-industry team to develop new ammonia-fed jet engines. Researchers at the University of Central Florida will lead a team including collaborators from Georgia Tech, Purdue University, GE and Boeing. The proposed design uses liquid ammonia fuel, which is cracked to release hydrogen, which will be burned by the engine. The team is using the Boeing 737-8 aircraft as a baseline for the design.
Article
Aviation H2 chooses ammonia to develop carbon-free flight in Australia
Australia-based Aviation H2 have selected the use of liquid ammonia to turbofan combustion as the best pathway forward for developing hydrogen-powered aircraft. Based on the existing Dassault Falcon 50, Aviation H2 aims to have the converted aircraft in the skies by mid-2023.
Article
NASA, Boeing, UCF to study zero-carbon ammonia jet fuel
A $10 million, five-year NASA University Leadership Initiative grant will allow an academic-industry team to develop new ammonia-fed jet engines. Researchers at the University of Central Florida will lead a team including collaborators from Georgia Tech, Purdue University, GE and Boeing. The proposed design uses liquid ammonia fuel, which is cracked to release hydrogen, which will be burned by the engine. The team is using the Boeing 737-8 aircraft as a baseline for the design.