Airbus and the Montreal, Canada-based SAF+ Consortium have signed a Memorandum of Understanding (MoU) to collaborate with major Canadian aviation industry players on sustainable aviation fuel (SAF) development and production in North America.
Airbus will be investing through “in-kind” contributions, which consist of technical and certification expertise, economic analysis, communications and advocacy.
Today’s announcement marks the launch of a new Canadian ecosystem dedicated to stimulating the production of SAF and connecting Airbus with prominent Canadian actors spanning the entire aviation value chain to develop a concrete solution that will make low-carbon flying a reality.
“Airbus, alongside many of its customers, is more than convinced the use of SAF is an essential pillar to support the aviation industry’s decarbonisation journey,” says Steven Le Moing, Airbus New Energy Programme Manager.
“Building this new Canadian ecosystem alongside the SAF+ Consortium is a key milestone as we continue to push to reach our global 2050 CO2 emissions-reduction targets.
“This partnership is a perfect example of how Airbus is actively shaping decarbonisation discussions in North America, while demonstrating our commitment to making SAF an economically viable solution available to our customers.”
“SAF+ aims to be a pioneer in the field of SAF, and with the support of visionary partners such as Airbus, we will create a competitive company, able to offer one of the many technological solutions needed to decarbonise the aviation industry,” says Jean Paquin, President and CEO of the SAF+ Consortium.
The SAF+ Consortium brings together a number of key Quebec-based aerospace companies and research institutions, such as Air Transat, Hydro-Quebec, Aéroports de Montréal, Polytechnique Montréal and Aéro Montréal.
The SAF+ Consortium’s goal is to transform Montreal into a sustainable aviation hub in North America through the construction and subsequent operation of a pilot SAF production plant.
Situated close to Montreal, this pilot plant will produce a type of SAF known as Power-to-Liquid (PtL), which is an e-fuel consisting of captured carbon dioxide (CO2) synthesised with renewable (green) hydrogen.
The process involves capturing CO2 from large industrial emitters and converting it into an alternative fuel.