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未来可持续航空面临的挑战.pdf

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1、Challenges for Future Sustainable AviationCopyright 2024 IHI Corporation All Rights Reserved.September 5th,2024Aero engine,Space&Defense Business AreaDai KatoGPPS Chania 24Panel:Sustainable Aviation IHI strives to“Create a World where Nature and Technology Work in Unity”Copyright 2024 IHI Corporatio

2、n All Rights Reserved.Boilers,Gas Turbine Diesel&Gas Engines,Processing Plants,Nuclear EnergycomponentsJet engines,Rocket systems,Space-related equipment,Defense equipment systemMaterials Handling System,Parking Systems,Heat treatment and surface engineering,Vehicular turbochargers,Compressors and s

3、eparatorsBridges,Water Gates,Shields,Urban Development,Transportation Systems GE4 Business DomainsIndustrial Systems and General-purpose MachineryAero-engine,Space and DefenseSocialInfrastructureJAXAResourcesEnergy and Environment Business Domains of IHI Group2 Achieving Carbon Net Zero by 2050 face

4、s challenge even with the most aggressive scenario Technologies must be developed to attain minimum fuel(energy)usage in every segment Technologies should be developed to be offered for projected fuel portfolio beyond 2050 Long term goal and scenarios for Carbon Net Zero in AviationCopyright 2024 IH

5、I Corporation All Rights Reserved.Source:ICAO LTAG Report(https:/www.icao.int/environmental-protection/LTAG/Pages/LTAGreport.aspx)ICAO LTAG(Long Term Aspirational Goal)Integrated scenario 3:low readiness/attainability and high aspirationTechnologyOperationFuelsCarbon offsetBiomassGaseous wasteCO2 Ca

6、ptureHydrogen20503 Contrail cirrus has 50%higher global warming effect(ERF)than CO2,with large uncertainty Continued efforts to understand physics is essentialClimate Impact of Aviation Non-CO2 EffectCopyright 2024 IHI Corporation All Rights Reserved.Contrail/AIC57.4(17-98)mW/m2CO234.3(28-40)mW/m2Ne

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IHI Corporation在其2024年的文件中概述了未来可持续航空面临的挑战和其战略努力。核心目标是到2050年实现碳排放净零,尽管面临重重挑战,IHI仍致力于通过最积极的情景实现这一目标。关键技术包括最小化每个环节的燃料(能源)使用,开发适用于2050年以后预测燃料组合的技术,以及持续改进燃气轮机、空气动力学、材料科学和电推进技术。IHI还强调了氢能源和合成航空燃料(SAF)的重要性,并正在开发相关技术。此外,IHI与多个合作伙伴合作,利用高分辨率全球云解析模型(NICAM)更精确地模拟凝结尾迹,以了解其对气候的影响。为实现这些目标,IHI已获得NEDO的绿色创新基金,并将持续投资于其电推进倡议。通过这些努力,IHI旨在为其下一代飞机开发关键核心技术,并为航空业的可持续发展做出贡献。
"如何实现航空业的碳净零排放?" "未来可持续航空的挑战与机遇" "航空发动机技术的创新与进展"
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