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Discover the World’s First Biogas to SAF Commercial Plant 

Delivering breakthrough technology to help SAF buyers, investors and biogas site owners to produce high-value SAF approaching JET-A price parity
 
Set to launch in 2027, this plant in Latin America will be the world’s largest biogas-to-SAF facility, producing 360,000 gallons of high-quality SAF annually. Powered by low-cost renewable energy and sourced from low-carbon dairy gas, this groundbreaking project marks Syzygy Plasmonics' first commercial-scale SAF venture. This project unlocks a pipeline of projects that are low-cost, feedstock-flexible and available globally. 

Secure a Reliable, Low-Carbon SAF Supply Now 

Highly Competitive SAF Pricing

Highly Competitive SAF Pricing

By using both carbon dioxide and methane content from biogas, Syzygy enables low-carbon, high-incentive sustainable aviation fuel, offering a solution for cleaner, more efficient air travel.

Greater than 100% CI reduction versus Jet-A

Greater than 100% CI reduction versus Jet-A

Third party life cycle analysis demonstrates Syzygy's process produces carbon negative SAF. By using both methane and CO2 - both potent GHGs - Syzygy avoids emissions that would otherwise be released into the atmosphere to produce SAF and other fuels.

Meets Industry SAF Standards

Meets Industry SAF Standards

100% compatible with existing jet engines and airport fuel infrastructure. Syzygy's SAF meets ASTM D7566 and is blended to D1655 standards. Syzygy is in the process of demonstrating compliance with both voluntary and regulatory SAF requirements globally.

Unlock High-Value Revenue Streams from Biogas Sources

IRR-Positive at Low Flow Sites

IRR-Positive at Low Flow Sites

IRR positive even at the lowest flow rates, scaleable from a minimum of 40 scfm of any biogas.

Produces nearly 2x the potential revenue of RNG from the same landfill or biogas source — roughly double the economic value.

Yields over 50% more Sustainable Aviation Fuel (SAF) compared to SMR/ATR hydrogen pathways using RNG.

Unlock Sites Unfit for RNG

Unlock Sites Unfit for RNG

Product is truckable from site and can also be shipped globally.

While RNG projects can generate strong IRRs (often 20–30%+), they operate on a smaller revenue base and lower capex. Returns vary depending on project structure, feedstock quality, and market incentives

No Costly CO₂ Separation Required

No Costly CO₂ Separation Required

The Syzygy process does not require CO2 separation. What's more, it captures value from the otherwise wasted CO2 emissions stream by using it in the production of high-value SAF.

Delivers 3–4x more revenue than landfill gas-to-electricity projects, assuming ~$0.10/kWh offtake pricing.

Invest Early to Capture High IRR SAF Project Pipeline

Untapped Potential in a High-Growth Sector

Untapped Potential in a High-Growth Sector

Abundant, underutilized biogas resources exist globally. These streams represent a low-cost, non-competing feedstock opportunity for alternative applications like SAF production.

25-35%+ project IRRs at commercial scales

25-35%+ project IRRs at commercial scales

By eliminating the need for costly CO₂ separation and pipeline infrastructure, this low-cost pathway unlocks significant upside. This is especially true in high-value SAF markets where supply is limited, and demand continues to grow.

A Scalable, ESG-Aligned SAF Solution

A Scalable, ESG-Aligned SAF Solution

Our project delivers a new way to drive faster scale-up and stronger returns. With SAF mandates driving demand, meet your ESG goals in a compliance driven market.