Aviation
Sustainable Aviation Fuels: Policy Status Report
Case-Specific Policy Analysis, Policy Insights,
18 July 2023
- Invest in Sustainable Aviation Fuels now to lower production costs to levels that allow widespread use.
- Support all sustainable production technologies and feedstock types that deliver credible emission reductions.
- Expand existing SAF frameworks to help aviation deliver on international climate objectives.
- Capture opportunities for industrial development and energy supply resilience.
- Create transport decarbonisation strategies that incorporate all transport sectors to maximise emission savings.
The Potential of E-fuels to Decarbonise Ships and Aircraft
Corporate Partnership Board Report, Policy Insights,
23 January 2023
- Introduce carbon pricing for shipping and aviation.
- Scale up the production of low-carbon e-fuel through targeted policies.
- Accelerate the deployment of electrolyser and renewable electricity generation capacity.
- Regulate the lifecycle emissions intensity of e-fuels, including non-CO2 emissions.
Decarbonising Air Transport
Case-Specific Policy Analysis, Policy Insights,
28 July 2021
- Integrate clear decarbonisation requirements into government support packages helping the sector recover from the Covid-19 crisis.
- Establish a clear long-term vision for decarbonising air transport by setting and monitoring emissions reduction targets aligned with the Paris Agreement.
- Support an international approach to mitigating the climate change impacts of aviation while implementing decarbonisation policies domestically and on a regional level.
- Introduce carbon pricing in aviation to drive an efficient transition to a greener aviation sector.
- Put in place timely and ambitious fuel quality requirements to encourage the take up of sustainable aviation fuels.
- Strengthen the effectiveness of regulatory frameworks to further energy efficiency improvements of aircraft.
- Encourage research, development and deployment of alternative propulsion systems and clean fuels, supported by clear policy frameworks for de-risking industry investments to ramp up fuel production.
- Factor in the non-CO2 climate impacts of air transport when designing decarbonisation policies.
Ready for Take-off? Integrating Drones into the Transport System
Research Report, Policy Insights,
23 February 2021
- Establish clear objectives and priorities for the introduction of drone transport by identifying the best first use cases.
- Design a communication strategy that directly addresses public concerns.
- Clarify and develop drones’ status within the broader framework of aerospace regulation.
- Co‑ordinate with the drone industry to inform investment, development, and equitable policy making.
- Foster the emergence of civil aviation authorities with interdisciplinary competencies and capabilities in order to integrate drones into the transport system.
- Support the design and implementation of a robust Unmanned Air Traffic Management system.
- Develop methods for assessing the impact of drones’ full life cycle on the environment.
- Incorporate drone operations into long-term urban planning strategy using data and predictive models.
Defining, Measuring and Improving Air Connectivity
Corporate Partnership Board Report, Policy Insights,
16 May 2018
- Adapt the use of connectivity metrics to specific policy challenges.
- Use a combination of approaches to assess potential knock-on effects that policy or strategy changes may have on air connectivity.
- Involve all aviation stakeholders in the policy process of developing air connectivity metrics.
- Make systematic use of air connectivity metrics to evaluate the performance of the national aviation sector and improve decision-making.
Capacity Building through Efficient Use of Existing Airport Infrastructure Roundtable
Project,
8 - 9 March 2017
ITF Transport Outlook 2017
Transport Outlook, Policy Insights,
29 January 2017
- The 2016 Paris climate agreement must be translated into concrete actions for the transport sector.
- Policy will need to embrace and respond to disruptive innovation in transport.
- Reducing CO2 from urban mobility needs more than better vehicle and fuel technology.
- Targeted land-use policies can reduce the transport infrastructure needed to provide more equitable access in cities.
- Governments need to develop planning tools to adapt to uncertainties created by changing patterns of consumption, production and distribution.