Innovation towards sustainable technologies: A socio-technical perspective on accelerating transition to aviation biofuel

The global market based measure (MBM) for international flight emissions is poised for launch in 2020, creating additional pressure for improvements of aviation environmental performance. Due to high R&D costs and long lifecycle of aircrafts, drop-in biofuels stand as a promising solution for ad...

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Bibliographic Details
Published in:Technological forecasting & social change 2019-08, Vol.145, p.317-329
Main Authors: Kim, Yohan, Lee, Joosung, Ahn, Jaemyung
Format: Article
Language:English
Subjects:
Adoption of innovations
Aviation
Aviation biofuel
Aviation fuel
Biodiesel fuels
Biofuels
Civil aviation
Environmental management
Global marketing
Industrial development
Innovation
Innovations
Life cycle costs
Multi-level perspective
Socio-technical transitions
Sustainability
Sustainable development
System dynamics
Transportation
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Summary:The global market based measure (MBM) for international flight emissions is poised for launch in 2020, creating additional pressure for improvements of aviation environmental performance. Due to high R&D costs and long lifecycle of aircrafts, drop-in biofuels stand as a promising solution for addressing aviation's environmental sustainability. The transition to commercial aviation biofuels remains stagnant, however, despite the continuing progress made in overcoming technological and economic challenges of aviation biofuels. This paper investigates the key barriers and opportunities for biofuels transition from a comprehensive socio-technical standpoint. A multi-level perspective (MLP) system dynamics model of aviation biofuel industry is developed to investigate the adoption process. We assess the interactive mechanisms between existing regimes, landscape pressures, and niche innovations, and propose four possible scenarios of aviation biofuel adoption. From this, we provide policy recommendations and industry level strategies for accelerating the transition to aviation biofuels that balance environmental sustainability and economic benefits. •From a socio-technical perspective, this paper analyzes technological transition to a sustainable aviation fuel source.•With a system dynamics model, four possible scenarios of aviation biofuel adoption are assessed.•Biofuel adoption is determined primarily by current fuel prices and international pressure for emissions reduction.•With biofuel prices remaining high, balancing economic and environmental performance of biofuels is required.
ISSN:0040-1625
1873-5509
DOI:10.1016/j.techfore.2019.04.002