In the 1970s, reeling from a global oil crisis, Brazil launched Pro-Álcool, a pioneering program that turned sugarcane into a national fuel staple. Today, as the world faces a dual crisis of geopolitical instability and climate breakdown, Brazil is dusting off its energy-sovereignty playbook for a new, high-stakes arena: the skies.
Sustainable Aviation Fuel (SAF) is no longer a distant green dream; it is becoming a geopolitical and economic imperative. As airlines grapple with the volatility of jet fuel prices, recently underscored by the bankruptcy filing of US-based Spirit Airlines, and stringent new mandates from the EU and UK, the search for a scalable, low-carbon alternative has reached a fever pitch.
A Sleeping Energy Giant
"We often suffer from 'stray dog syndrome' in Brazil," says Raphaella Gomes, CEO of Raízen-Geo Biogás S.A. and one of the country's most influential voices in energy. "We talk too little about our strengths. We treat biofuels as a 'green agenda' item, but it is actually a strategic pillar for industrial development and international trade."
Gomes argues that Brazil is uniquely positioned to fill a massive global supply gap. By 2035, global demand for SAF is expected to hit 50 billion liters. While the US market is likely to be served by domestic production incentivized by protectionist policies, the European and Asian markets are looking for suppliers. Experts predict a 15-billion-liter shortfall in a decade, a gap Brazil is eager to close.
Why Brazil?
The secret lies in what Gomes calls an "integrated agro-energy chain." Brazil isn't just producing fuel; it’s producing it with a carbon intensity that is hard to beat. Brazilian sugarcane ethanol, for instance, has a carbon footprint significantly lower than its international competitors.
But the revolution goes beyond sugarcane. The state of São Paulo has seen its biomethane production skyrocket, reaching 42.7 million cubic meters in 2025—a third of the national total. This "green gas," derived from agricultural waste and urban landfills, can be converted into SAF via "power-to-liquid" pathways.
"Aviation accounts for 2.5% of global CO2 emissions," Gomes explains. "Unlike cars, you can’t easily put a heavy battery on a plane. SAF is the only viable alternative for long-haul flights."
From Necessity to Opportunity
Brazil’s energy journey has always been driven by necessity. Today, the country still imports nearly 90% of its fertilizers and a significant portion of its diesel and liquefied natural gas (LNG). Recent disruptions produced by the US-Iran War and attacks on refineries in Qatar have only highlighted this vulnerability.
However, the same agricultural prowess that makes Brazil dependent on imported fertilizers also provides the "feedstock" for the future. From corn ethanol in the Mato Grosso heartland to biomethane in the outskirts of Campinas, the raw materials for a cleaner sky are already being harvested.
As the Pro-BioQAV (Programa Nacional de Combustível Sustentável de Aviação, in english "National Sustainable Aviation Fuel Program") mandate kicks in 2027, requiring a 1% reduction in aviation emissions, Brazil is moving from intention to action. The goal is to produce 2 billion liters of SAF by 2030. In a world hungry for energy security and decarbonization, Brazil’s "green pre-salt" might just be the fuel that keeps the global economy aloft.
Volkswagen also bets on Brazilian biomethane
Ricardo Alouche, Vice President of Sales at Volkswagen Trucks and Buses, believes Brazil’s truck market will remain resilient throughout 2026 despite high interest rates, restricted credit conditions, and broader economic uncertainties.
According to Alouche, the federal government's Move Brasil financing program has been a key factor supporting truck sales.
Looking ahead, Volkswagen is preparing several product launches for Fenatran 2026, Brazil’s largest commercial vehicle exhibition. The company also expects the event to focus more on technology, products, and customer relationships than on discounts and sales promotions, as many buyers are already bringing forward purchasing decisions due to favorable financing conditions.
On alternative propulsion technologies, Alouche highlighted growing interest in electric trucks, biomethane-powered vehicles, and hybrid solutions. All of this is an effort by the automaker to try to find solutions for the fluctuations in the fuel market, which affect those who work in the transportation sector. However, Alouche emphasized that adoption will occur gradually due to infrastructure limitations and cost considerations. Volkswagen is currently testing biomethane trucks in urban sanitation operations and advancing development of its hybrid Meteor truck, which is undergoing advanced testing.