How to design aircraft in times of the climate crisis : are we losing our social license to operate? ; Aircraft design and the SLO

Link:
Autor/in:
Erscheinungsjahr:
2025
Medientyp:
Text
Schlagworte:
  • aviation
  • aircraft
  • flight
  • operation
  • global
  • warming
  • CO2
  • non-CO2
  • emission
  • noise
  • environment
  • sustainability
  • society
  • community
  • population
  • local
  • legitimacy
  • credibility
  • trust
  • acceptance
  • social
  • license
  • culture
  • heritage
  • Airbus
  • A380
  • Hamburg
  • Finkenwerden
  • Rosengarten
  • Neuenfelde
  • farming
  • runway
  • extension
  • nature
  • river
  • Elbe
  • workplace
  • court
  • dike
  • law
  • enforcement
  • growth
  • gain
  • greed
  • guilt
  • Boeing
  • 737
  • design
  • lift
  • thrust
  • power
  • folding
  • braced
  • wing
  • optimization
  • fuselage
  • solar
  • configuration
  • glider
  • aerodynamics
  • wingspan
  • jet
  • turboprop
  • biplane
  • boxwing
  • blended wing body
  • BWB
  • propulsion
  • open rotor
  • CFD
  • flight
  • testing
  • hydrogen
  • LH2
  • e-fuel
  • PtL
  • aromatics
  • SAF
  • hydropower
  • windpower
  • carbon
  • cycle
  • Green Deal
  • Cascade of Obedience to the Law
  • Social License to Operate
  • SLO
  • Corporate Social Responsibility
  • CSR
  • Life-Cycle Assessment
  • LCA
  • Social Life-Cycle Assessment
  • S-LCA
  • Direct Operating Costs
  • DOC
  • 620: Ingenieurwissenschaften
  • ddc:620
Beschreibung:
  • Purpose – What possibilities exist to design aircraft such that their operation is causing less global warming or even avoids it? Can this be communicated to society in a credible way to maintain or regain trust? Is the concept of the Social License to Operate (SLO) a helpful tool to manage this communication? --- Methodology – A literature review combined with a summary of own research and teaching. --- Findings – Current aviation growth is unsustainable. Flying less is necessary and a simple answer that works, but does not fulfil mobility expectations of society. A modern large turboprop (180 seats) flying slower and lower than a jet, fueled with e-fuel from renewable energy and CO2 (eventually) from Direct Air Capture (DAC), plus Carbon Capture and Storage (CCS) – with its problems – to compensate for remaining non-CO2 effects would be a first meaningful step. --- Research limitations – There are no simple technical solutions for aviation.  --- Practical implications – Many arguments are given in one place.  --- Originality – A discussion of the Social License to Operate (SLO) applied to aviation, compared to Social Life Cycle Assessment (S-LCA) and aviation ethics was not found in the literature.
  • NonPeerReviewed
Lizenzen:
  • info:eu-repo/semantics/openAccess
  • https://creativecommons.org/licenses/by-nc-sa/4.0/
Quellsystem:
ReposIt

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Quelldatensatz
oai:reposit.haw-hamburg.de:20.500.12738/17541