The MINIMAL project will contribute to a radical transformation in air-transport by providing technology that will, in collaboration with the aviation ecosystem, substantially reduce the climate impact of aviation

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MINIMAL Turbine

Composite cycle core technology

Operational flexibility

36% reduction in fuel burn

52% reduction in mission NOx

80% reduction of radiative forcing from contrails

Up to 90% reduction on climate impact

Potential reduction

CO2

  • MINIMAL potential reduction in CO2 (-36% if Jet-A) 64% 64%

Contrails

  • MINIMAL potential reduction in contrails (-80%) 20% 20%

net-NOx

  • MINIMAL potential reduction in NOx(-52%) 48% 48%

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Assistant Prof. Feijia Yin from @tudelft will present her research on the #climateimpacts of the #MINIMAL_EU technologies under different scenarios & how to reduce #CO2 & #NOx emissions. Join us at the 13th @EASN_Conference on 5.9.23 in Room E, Session: MINIMAL from 12:05-12:25

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MINIMAL

MINIMAL Project

Aviation and Aerospace Component Manufacturing

MINIMAL is a #HorizonEU funded project, contributing to the reduction of the #climate impact of #aviation