Flexible airspace has reduced CO2 emissions and fuel consumption
Posted: 6 August 2018 | International Airport Review | No comments yet
FABEC airspace has seen marked improvements in CO2 emissions and fuel consumption since the implementation of seasonal airspace flexibility.


Almost 13,000 tonnes of CO2 emissions and 4,200 tonnes of fuel have been saved as a result of seasonal arrangements between air navigation service providers in charge of the FABEC (Functional Airspace Block Europe Central) airspace.
The airspace of the six FABEC States of Belgium, France, Germany, Luxembourg, the Netherlands and Switzerland is one of the busiest and most complex in the world. The majority of major European airports, major civil airways and military training areas are located in this area. FABEC airspace covers 1.7 million km² and handles about 5.8 million flights per year – 55 per cent of all European air traffic.
The intensity of air traffic varies throughout the year. Traditionally, there is a smaller volume of air traffic during the winter months. This gives individual FABEC air traffic control centres the opportunity to use seasonably improved flight profiles with their neighbouring units.
Join us live: Shaping the Next Generation of Hold Baggage and Air Cargo Screening
Join us live for an insightful webinar on 11th December at 14:00 GMT, in collaboration with Smiths Detection, as we explore the strategic balance of operational efficiency, regulatory compliance, and sustainability in high-volume security environments.
This session offers a focused look into future-proofing your security strategy.
Key learning points
- Cost Reduction: Strategies to minimize bag travel time while simultaneously reducing operational costs.
- Regulatory Roadmap: Insights into the next wave of regulatory changes and their impact on future investment decisions.
- Sustainable Systems: Practical approaches to building sustainability into security systems and lowering the total cost of ownership (TCO).
- Scalable Solutions: Real-world examples of scalable systems supporting current airport growth and preparing for tomorrow.
Register now for expert insights, case studies, and actionable strategies on operational efficiency!
The direct beneficiaries of these seasonal agreements are the airlines – with reduced fuel cost – and the environment with less emissions. Overall, air navigation service providers have improved over 111 flight profiles and identified another 42 for possible implementation.
Three examples of this improvement are listed below:
- Traffic from Italy to Madrid via waypoint BALEN is a seasonal horizontal improvement resulting in 282 tonnes of fuel saved per year.
- Traffic from Barcelona via Marseilles over waypoint LUMAS is a seasonal departure arrangement resulting in 271 tonnes of fuel saved per year.
- Traffic inbound Marseilles airport via waypoint LERGA is a seasonal arrival arrangement resulting in 237 tonnes of fuel saved per year.
Flexible airspace management has increased considerably in the FABEC airspace with improved international cooperation. The flexible agreements brought about through this initiative mainly target defined city pairs and connectioned airports.
The air traffic control centres in Aix-en-Provence, Bordeaux, Brest, Brussels, Geneva, Karlsruhe, Langen, Maastricht, Marseilles, Paris, Reims, and Zurich have participated in developing these flexible procedures.
Join our free webinar: Beyond silos: How ecosystem thinking elevates the airport experience
In today’s complex aviation landscape, airports are moving beyond siloed operations to embrace a new era of collaboration. This webinar focuses on how leading airports are using ecosystem thinking to adapt, personalize, and continuously improve every touchpoint, boosting both passenger satisfaction and non-aeronautical revenue.
Date: 13 Nov | Time: 10:00 GMT
REGISTER NOW TO SECURE YOUR SPOT
Can’t attend live? No worries – register to receive the recording post-event.
Related topics
Air traffic control/management (ATC/ATM), Economy, Sustainability, Sustainable Aviation Fuel (SAF)
















