CO₂ emissions reduction results

Water-washing engines

By injecting water into the engine to clean soot and dirt that adhere to the engine during operation at an optimal frequency, engine performance is restored and fuel consumption is reduced.

Reduction of aircraft weight

The cabin is equipped with a variety of items for use in aircraft operation and in-flight services. Electronization and lightweighting reduce the total weight of the aircraft and reduce CO₂ emissions.

Selection of optimum altitudes, speed and routes

For each and every flight, all information is checked to select the optimum altitude, speed, and route, for creating a suitable flight plan that reduces fuel consumption.

Climb with early acceleration

After takeoff, a device called flaps, which increases the wing area of the airplane, is retracted early to reduce aerodynamic drag, thereby reducing CO₂ emissions.

Reverse thrust suppression after landing

Upon landing, the aircraft uses reverse thrust and brakes to slow down, but if there is no safety issue, the engine power when using the reverse thrust system is adjusted to lower level to reduce CO₂ emissions.

Single-engine taxiing

Since ground taxiing is possible with only one engine after landing, CO₂ emissions are reduced by stopping one engine for ground taxiing when it can be done safely.