Southwest Airways invests in sustainable aviation gasoline pilot challenge backed by Division of Vitality

Southwest Airways Co. broadcasts an funding in SAFFiRE Renewables, LLC, an organization shaped by D3MAX, LLC, as a part of a Division of Vitality-supported challenge to develop and produce scalable and sustainable aviation gasoline. Funded by a DOE grant with funding from Southwest, SAFFiRE is anticipated to make use of know-how developed by the DOE’s Nationwide Renewable Vitality Laboratory to transform corn stover, a waste feedstock extensively accessible in the USA, into renewable ethanol. which might then be remodeled into SAF.

In 2021, the DOE awarded D3MAX the one pilot-scale grant for SAF manufacturing, with the aim of scaling the know-how that would commercialize SAF. In response to NREL, this might produce important portions of SAF at aggressive costs that would present an 84% discount in carbon depth in comparison with standard jet gasoline on a lifecycle foundation. Southwest’s match of the DOE grant is supporting the primary part of the challenge, which is anticipated to incorporate know-how validation, preliminary design and a marketing strategy for a pilot plant.

“SAF is vital to decarbonizing the aviation business,” stated Bob Jordan, CEO of Southwest®. “This can be a distinctive alternative to spend money on what we consider is a breakthrough know-how that would facilitate the alternative of roughly 5% of our jet gasoline with SAF by 2030, with the potential to proceed to evolve. considerably past the last decade. This funding, the primary of its form, is one other step we’re taking to cut back our environmental impression, and it additionally helps our efforts to associate with organizations and authorities entities to assist our business obtain the aim of carbon neutrality by 2050.

In 2021, Southwest has set a near-term aim of sustaining carbon neutrality at 2019 ranges whereas persevering with to develop its enterprise, a part of which incorporates changing 10% of its whole jet gasoline consumption with SAF from by 2030. Along with complementing Southwest’s SAF objectives and broader environmental sustainability efforts, this challenge helps the federal authorities’s local weather technique, together with an ambition of three billion gallons of SAF by 2030 by way of the Higher FAS Problem.

“The Division of Vitality is dedicated to attaining our formidable aviation decarbonization objectives by way of robust airline business partnerships,” stated U.S. Assistant Secretary of Vitality David Turk. “Transferring cutting-edge technological developments in sustainable aviation to manufacturing scale will get monetary savings, cut back carbon emissions and reshape the way forward for air journey for the advantage of American shoppers. .”

The pilot challenge goals to validate the commercialization of this know-how for remodeling corn into ethanol, which may result in a follow-up part. If the primary part is profitable, the DOE and Southwest would have the chance to fund a second part funding to design, manufacture, set up and function a pilot plant producing renewable ethanol utilizing the know-how developed. by D3MAX and NREL. In part two, the renewable ethanol is anticipated to be processed into SAF by LanzaJet, Inc., at its biorefinery presently below development in Soperton, Georgia.

“We’re extraordinarily happy to be working with Southwest Airways – they are going to be a wonderful investor,” stated SAFFiRE CEO Mark Yancey. “SAFFiRE know-how is anticipated to supply low carbon SAF in comparison with standard jet gasoline on a lifecycle foundation, which may turn out to be carbon destructive with course of enhancements and carbon seize. If we’re profitable in growing and commercializing this know-how, we anticipate the know-how to have the ability to produce 7.5 billion gallons per 12 months of SAF by 2040.”

“NREL is happy to contribute its biofuels analysis and improvement experience to this thrilling collaboration with Southwest Airways, D3MAX and DOE to doubtlessly deliver SAF to market rapidly and economically,” stated Adam Bratis, affiliate director of the BioEnergy Sciences & Labs. Expertise at NREL.

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