The groundbreaking announcement on January 20, 2026, marks a major step forward in decarbonizing aviation:
Trafigura, a global commodities powerhouse, has signed a binding six-year offtake agreement with Syzygy Plasmonics (through its subsidiary SP Developments Uruguay S.A.) for advanced sustainable aviation fuel (SAF) produced from biogas. This deal secures Trafigura's purchase of the full production output from Syzygy's pioneering NovaSAF-1 facility in Uruguay, with initial deliveries slated for 2028. It also grants Trafigura options to buy more from future Syzygy projects, signaling strong confidence in this innovative pathway.
This partnership highlights how abundant, low-cost waste resources like biogas can help meet surging global demand for SAF amid tightening regulations in Europe, the UK, and beyond.
The NovaSAF-1 Project: World's First Electrified Biogas-to-SAF Facility
NovaSAF-1, set to rise in Durazno, Uruguay, at the Estancias Del Lago agro-industrial complex, stands out as the world's first fully electrified facility converting biogas to SAF. The site draws biogas from the powdered milk plant's dairy operations, capturing methane from cow manure and other waste. Uruguay's abundant renewable electricity powers the process, producing synthetic paraffinic kerosene (SPK) SAF that meets ASTM standards and qualifies as Renewable Fuels of Non-Biological Origin (RFNBO) and Advanced BioSAF under ISCC pre-certification.
Key highlights include:
Emissions Impact: Lifecycle emissions reduced by over 90% compared to conventional fossil jet fuel. Some analyses suggest potential for carbon-negative production by utilizing both methane and CO2—potent greenhouse gases that would otherwise escape—turning waste into fuel.
Production Scale: Expected to yield more than 350,000 to 500,000 gallons of SAF annually once operational, providing a modular blueprint for replication.
Timeline Milestones: Front-End Engineering Design (FEED) completed in late 2025, positioning the project for financing and construction, with first fuel targeted in 2028.
The facility addresses major SAF challenges: limited feedstocks (e.g., used cooking oil) and high costs. By tapping biogas from agriculture—a plentiful resource worldwide—Syzygy offers a scalable, cost-competitive alternative that could approach or even beat traditional HEFA (Hydroprocessed Esters and Fatty Acids) pricing at scale.
Syzygy Plasmonics' Breakthrough Technology
At the core is Syzygy's proprietary light-driven reactor technology, which replaces fossil fuel combustion with renewable electricity and photocatalysis. The process uses the Rigel™ Reactor Cells in a GHG e-Reforming™ system:
1. Biogas (containing methane and CO2) feeds into the all-electric reactor.
2. Light-activated catalysts drive reforming into syngas (hydrogen and carbon monoxide) without traditional high-heat combustion.
3. Syngas then integrates with Fischer-Tropsch synthesis (licensed from partners like Honeywell UOP or Velocys) to create liquid hydrocarbons.
4. Final hydrotreating yields drop-in SAF compatible with existing jet engines and infrastructure—no upgrades needed for airports or aircraft.
This electrified approach cuts costs dramatically by avoiding expensive green hydrogen production or complex gasification. It maximizes value from waste gases, delivering 3–4x higher revenue potential than converting biogas to electricity alone. The modular design allows easy scaling, making it ideal for dairy farms, landfills, wastewater plants, or agricultural sites globally.
Syzygy, headquartered in Houston and rooted in decades of plasmonics research from Rice University, positions this as a game-changer for chemical decarbonization, starting with high-impact sectors like aviation.
Trafigura's Strategic Role in Low-Carbon Fuels
Trafigura's involvement underscores its commitment to building sustainable supply chains. As a leader in commodities trading and logistics, the company supports emerging technologies through long-term offtake deals that provide developers like Syzygy the commercial certainty needed for financing.
Jason Breslaw, Head of Low Carbon Fuels Business Development at Trafigura, emphasized: "By providing commercial certainty through long-term offtake commitments, Trafigura can enable innovative companies like Syzygy to secure project financing and scale production. This complements our strategy to diversify SAF supply... Trafigura's global low-carbon fuels network positions us to help aviation customers meet these requirements efficiently and cost-effectively."
Trafigura's ecosystem—from feedstock sourcing (e.g., via Greenlife in Australia) to blending, storage (Impala Terminals), and distribution (Greenergy)—ensures seamless delivery "into-wing" for airlines. This deal builds on their broader portfolio, including investments in renewables via MorGen Energy and Nala Renewables.
Why This Matters for Aviation and the Planet
Aviation faces intense pressure to cut emissions, with mandates requiring increasing SAF blends (e.g., ReFuelEU targets). Feedstock constraints limit conventional pathways, but biogas offers abundance—dairy, landfill, and agricultural sources are widespread and underutilized.
NovaSAF-1 demonstrates a viable, electrified route that:
Leverages existing waste streams without competing for food crops.
Uses renewable power for true low-carbon impact.
Delivers regulatory-compliant fuel at potentially competitive prices.
This could accelerate SAF adoption, reduce reliance on fossil fuels, and create economic opportunities in regions like Latin America with strong renewables and agriculture.
Trevor Best, CEO of Syzygy Plasmonics, captured the excitement: “This agreement marks a critical step in our journey toward commercial-scale impact and disrupting the SAF market... we’re now ready to secure financing for the construction of NovaSAF-1 and move our technology from potential into production.”
As the world races toward net-zero, collaborations like this between innovators and market leaders are essential. The Trafigura-Syzygy deal isn't just a contract—it's a blueprint for turning everyday waste into cleaner skies.
For more details, visit Trafigura's news page or Syzygy Plasmonics' site. The future of sustainable aviation is taking off—one biogas molecule at a time.
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