Übersetzung für "Kerosinverbrauch" in Englisch

Meanwhile, the planned efficiency gains in kerosene consumption of new aircraft amount to 1.5% per year.

Average jet fuel consumption was reduced to 2.52 litres per one hundred passenger kilometres.

Among other things, the average jet fuel consumption was reduced to 2.52 litres per one hundred passenger kilometres.

Their modern jets consume less kerosene, allowing for a lasting reduction in pollutant emissions in air transportation.

These so-called winglets minimize lateral movement and hence turbulence, which increased kerosene consumption by several percent.

The airspace analyzed stretches This would help Lufthansa alone to cut its annual kerosene consumption by about 270,000 tonnes.

The use of new aircraft significantly reduces noise emissions and kerosene consumption for scheduled flights.

Thanks to their low fuel consumption these state-of-the-art jets make a major contribution to lower aviation emissions.

In other words, we were able to reduce the specific kerosene consumption by another 1.6 percent compared with the year before.

And when it comes to aviation fuel consumption - and thus the volume of greenhouse gas emissions - the reduction is around 70%.

The cargo hold floor becomes very heavy due to the large number of locking elements which has an adverse effect on the kerosene consumption and consequently on the operating costs.

Since mid-October 2016, the concept has been binding for approaches in Zurich and makes a sustainable contribution to cutting kerosene consumption and CO2 emissions.

In 2015, the specific fuel consumption of the passenger airlines could be held at the previous year's record value (an average of 3.84 litres of kerosene consumption per passenger and 100 kilometres) despite a 1.1 percentage point lower load factor.

The optimisation of flight times on turboprop and jet aircraft and a more refined approach to aircraft loading also help to reduce fuel consumption.

Lufthansa Technik has developed a series of maintenance and overhaul procedures that help to minimize the impact that aviation has on the environment, for example, to reduce fuel consumption during flying operations.

MTU's products and services provide customers and users with outstanding benefits in terms of reliability, kerosene consumption, exhaust and noise emissions and maintenance costs.