LanzaJet Solves the Aviation Feedstock Crisis

Georgia’s new facility proves we can fly on ethanol, breaking the supply bottleneck that has long grounded sustainable aviation goals

24 Feb 2026

The aviation industry finally found a way to bypass the grease trap. While most sustainable aviation fuel relies on recycled cooking oils and animal fats, a supply chain already nearing its limit, a new facility in Soperton, Georgia, is proving that alcohol is the future of flight. LanzaJet has officially reached full production at Freedom Pines Fuels, marking the first time ethanol has been converted into jet fuel at a commercial scale.

This shift is more than a technical milestone; it is a logistical escape hatch. By using alcohol-to-jet technology, the plant can source low-carbon ethanol from agricultural scraps, municipal waste, and recycled carbon. This removes the industry reliance on bio-oils, which analysts have long warned would create a production ceiling that aviation could never clear.

The Georgia facility currently pumps out 10 million gallons of fuel and renewable diesel every year. This fuel is a drop-in solution, meaning it works perfectly with existing engines and airport pipes. Pilots do not need to change how they fly, and airlines do not need to retro-fit their billion-dollar fleets. It is a seamless transition that meets all standard certification requirements for modern flight.

Investors are clearly paying attention to the results. In February 2026, LanzaJet locked in 47 million dollars as part of a larger funding round, drawing support from heavyweights like Shell and IAG. This capital comes alongside a clever new business structure that guarantees a steady flow of waste-based ethanol into the plant and a guaranteed buyer for every drop of fuel that comes out.

The timing is critical for an industry facing strict carbon mandates. With traditional waste-oil supplies tightening, this ethanol pathway provides the necessary volume to keep decarbonization targets on track. Georgia has effectively turned a laboratory dream into a viable fueling station for the next decade of American aviation.