- Ultra Low emission Technology Innovations for Mid-century Aircraft Turbine Engines
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Description : The Horizon 2020 project ULTIMATE coordinated by Chalmers strives to mature innovative energy efficient and environmentally compatible propulsion systems now being at lower TRL to fulfil SRIA 2050 targets.
Keywords :(Low emission technology in transport, Innovative Concepts and scenarios ICS, Radical powerplant technology, aviation research, aero-equipment industry, SRIA 2050, ACARE, mature low TRL, airframe, propulsion and power, conceptual engine design, energy efficience, environment, aero engine architectures)
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- About the project
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Description : ULTIMATE focuses on powerplant concepts providing higher thermal and higher propulsive efficiency, radical technologies at system and subsystem level and pre-competitive research for long-term economic impact in Europe.
Keywords :(ULTIMATE, Technological Readiness Level 2, TRL 2, powerplant, long-term economic impact, pre-competitive research, radical engine technologies, system level, subsystem level, environmental friendliness, European aeronautics industry, )
- Expected Impact and Results
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Description : ULTIMATE proposes novel and promising technology concepts aimed at improving overall aircraft and engine efficiency while reducing noise and gaseous emissions, thereby reducing the overall impact of civil aviation on the environment.
Keywords :(2050, SRIA, ACARE, Flightpath 2050, future aircraft products, breakthrough technology, propulsion systems, environment, European competitiveness, mobility, safe air transportation, civil aviation, fuel efficient, energy efficient, core technology concept, operational cost reduction, low-noise airframe design, community noise, nitrogen oxide emission, carbon dioxide emission quiet propulsive devices, )
- Scientific Approach
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- The ULTIMATE Technologies
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Description : The ULTIMATE project develops a combination of radical technologies matching the high fuel burn and emission objectives targeting SRIA 2050 aims.
Keywords :(conception of advanced aero engine architectures, evaluation of advanced aero engine architectures, advanced tube and wing aircraft, emissions, nitrogen oxide, carbon dioxide, noise, low TRL, SRIA 2050, down-selection, ACARE, SRIA, ATW, CO2 reduction, NOx reduction)
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