In Short : Boeing, a leading aerospace company, has announced its participation in aireg, the German aviation initiative for sustainable aviation fuels (SAF). By joining aireg, Boeing aims to collaborate with industry partners and contribute to the development and adoption of sustainable aviation fuels in Germany and beyond.
In Detail : Boeing has joined aireg (Aviation Initiative for Renewable Energy in Germany), underscoring the company’s commitment to partner towards a more sustainable future for air travel and progress on sustainable aviation fuel (SAF).
aireg and Boeing are driving the development and use of SAF. SAF could reduce CO2 emissions by up to 85 per cent over the entire life cycle of the fuel compared to conventional jet fuel.
“On behalf of the aireg board and our members, I am extremely pleased that Boeing is becoming a member of our association,” said Siegfried Knecht, chairman of the aireg board.
“Boeing has already supported our initiative in the past and we will now jointly drive the development, production, supply and delivery of SAF in cooperation with CAAFI (Commercial Aviation Alternative Fuels Initiative) in the U.S.”
Boeing is committed to delivering all its commercial aircraft 100 per cent SAF compatible by 2030 and is working with airlines, industry partners, governments and research institutions worldwide to increase the availability and reduce the cost of SAF.
“We recognize our responsibility to make aviation more sustainable, and working with stakeholders such as aireg is essential to make progress on meeting industry goals,” said Dr. Michael Haidinger, president, Boeing Germany.
“We will support aireg with our global resources and expertise to work together to reduce the environmental impact of aviation.”
Boeing supports commercial aviation’s 2050 net zero emissions goal by developing new, more efficient commercial aircraft, investing in new technologies and advancing partnerships to scale up SAF.
Boeing’s newest airplanes like the 737 Max, 787 Dreamliner and 777-9 are 20 to 30 per cent more efficient than the in-service airplanes they replace.