CIVIL AVIATION: TOWARDS CLIMATE NEUTRAL FLIGHT
Flying is one of mankind's greatest achievements. Never before have more people been able to live the dream of flying. However, this leads to an increase of emissions. The aerospace industry has been researching and developing new technologies for many years to make air traffic more sustainable, safer and quieter. At the ILA Berlin, you will encounter the future of aviation already today.
- Experience the latest aerospace models firsthand: safer, more sustainable and quieter than ever before.
- Discuss the latest research findings with scientists and engineers.
- International country pavilions provide you with a global overview.
- The ILA delegation program brings you together with political decision-makers.
ILA 2020 – A forum for sustainable flight
The aviation industry strives to cut net CO2 emissions in half by 2050 (starting from base emission levels in 2005).
These ambitious goals will only be feasible through constructive dialogue between aircraft manufacturers and airlines, large companies and start-ups, policymakers and aviation authorities, and climate and noise pollution researchers. ILA Berlin is the place to be for all of these groups.
HALVING NET EMISSIONS BY 2050
The aviation industry has guaranteed: climate-neutral growth from 2020 and halving of net CO2 emissions by 2050 – while significantly increasing transport services. The international community has reached an agreement within the UN aviation organization ICAO. Our long-term objective: climate-neutral flight.
This can only be achieved if aircraft manufacturers and airlines, companies and startups, policymakers and aviation authorities, as well as climate and noise researchers work together. For all of them, ILA Berlin is the place to be.
DIGITALIZATION
With every new aircraft generation, CO2 and noise emissions are sinking and the demands on cost-effectiveness and flight safety continue to increase. But the development of new aircraft concepts is still time-consuming and cost intensive. Still – because digitalization acts like a turbocharger for new developments in the aviation industry. Virtual development processes allow the aircraft of tomorrow to fly in virtual reality first. Concepts can be improved at an early stage regarding efficiency, safety and emissions. Industry 4.0 also makes production more agile and resourceful. Big data concepts, which gauge the information from thousands of sensors in the aircraft, completely redesign aircraft maintenance – and thus make flying even more efficient, safer and reduce emissions further. ILA Berlin presents state-of-the-art solutions and visions for the future.
3D PRINTING
The lighter an aircraft, the better! Additive manufacturing technologies, such as 3D printing, are key to this. Technology today offers weight reductions of 30 to 55 percent. In an Airbus A350 XWB, weight can be reduced by up to one ton. And per kilogram of weight reduction, several tons of kerosene and thus CO2 are saved in the course of an aircraft's life. In the medium and long term, 3D printing – in combination with bionic design – enables completely new, more aerodynamic and more efficient production possibilities. The 3D thought leaders will meet at the ILA.
UNMANNED AIRCRAFT SYSTEMS
Unmanned aircraft systems can kickstart the next revolution in mobility. Aerospace industry, research institutes and startups worldwide are developing and testing new concepts for the environmentally friendly contribution to the mobility of the future. This includes more than purely technical questions: Which new business models can result from the technology? How does regulation have to look like in order to ensure maximum safety in the future as well? Which framework conditions will achieve social acceptance? The ILA Berlin shows what is already possible today and discusses open questions with experts.
ELECTRIC FLIGHT
Green electric mobility is now picking up speed in the sky as well. Large aircraft and engine construction companies are combining their know-how to launch a hybrid-electric regional jet as early as 2021. In the same year, an innovation alliance consisting of almost 20 mostly medium-sized companies and research institutes plans to launch a hybrid-electric aircraft.
FUELS
Novel fuels significantly contribute to sustainability. This is why alternative kerosene is a key priority of the climate policy agenda – in fact worldwide. In Germany, the federal government, the federal states and the aerospace industry are drawing up a roadmap to promote CO2-neutral power-to-liquid (PtL) fuels. In addition, research and industry are pursuing further approaches for sustainable biofuels extraction, for example from algae. The competition for the best technology and ideal CO2 balance will also be held at the ILA.
SILENT ENGINE TECHNOLOGY
Flying has to become quieter, and innovative engine technologies significantly contribute to this. The latest engines reduce the noise carpet during takeoff by around 70 percent – aircraft equipped with the latest technology can be experienced firsthand at the ILA.
Climate Research in the stratosphere
More than 23 missions through all continents and oceans and over 2000 flight hours: Between the Arctic and the Antarctic Oceans, the research aircraft “High Altitude and Long Range Research Aircraft“ - HALO - collects data from the atmosphere for climate research. It flies up to 15 Kilometers into the stratosphere. Thanks to the combination of range, extreme flight height, payload and extensive instrumentation the modified aircraft of US-manufacturer Gulfstream is a worldwide unique research platform. The HALO of the DLR is operated by a broad partnership of German research Institutes for environment and climate.
A flying laboratory since 1976
An aircraft capable of flying close to thunderstorms and only 30m behind other aircrafts’ engines? That must be a special manufacture: Falcon 20E – a strongly modified, very robust and agile aircraft of the DLR. Measurements for the environment and climate are being performed under extreme conditions. The Falcon 20E has been operating for more than 30 years and is a leading example for German and European research aircrafts.
Flying simulator testing newest developments
The newest member of the DLR research aircrafts is the “in-flight Systems and Technology Airborne Research“ – iSTAR. The contract was finalized at #ILA2018. The particularity of the aircraft: Dassault’s converted Falcon 2000LX-Twinjet can test innovations like environment-friendly aircraft configurations under realistic conditions. Thus iSTAR is making an essential contribution for green aviation.
Contact for offers and services Messe Berlin
Alexa Rohling
alexa.rohling@messe-berlin.de
T +49 30 3038 2164
Reduced CO2 emissions, quieter aircraft: Aviation goes green
75 percent less CO2, 90% less nitrogen oxide and 65% less noise by 2050: The goals of the European aviation forum ACARE can be achieved through new technologies and fuels. More information is available at www.acare4europe.org
