Wisconsin Signs $120M Bill to Turn Its Timber Waste Into Jet Fuel

Why It Matters

The project establishes a domestic, low‑carbon SAF supply chain while revitalizing a struggling timber sector, positioning Wisconsin as a leader in sustainable aviation fuel production.

Key Takeaways

• $120M tax credits unlock $1.5B SAF plant in northern Wisconsin.
• Plant converts mill residues, invasive species, dead timber into jet fuel.
• Joint venture links local timber expertise with German Synthec Fuels technology.
• Incentives require ground‑breaking before funds are released, ensuring rapid build‑out.
• Project promises rural job growth and a new market for low‑grade timber.

Pulse Analysis

The push for sustainable aviation fuel has accelerated as airlines and regulators chase net‑zero targets, yet U.S. supply remains limited. Wisconsin’s new Forestry Revitalization Act taps an abundant, underutilized resource—timber waste—to fill that gap. By converting residues, invasive species, and standing dead trees into jet‑grade fuel, the state not only reduces landfill and wildfire risks but also creates a domestic SAF feedstock that can compete with imported alternatives, bolstering energy security.

The plant’s core technology blends high‑temperature gasification with Fischer‑Tropsch synthesis, a proven pathway for turning biomass into liquid hydrocarbons. Synthec Fuels, a German firm that pivoted from hydrogen to SAF after the Ukraine‑driven energy shock, brings decades of European experience to the partnership. Coupled with Johnson Timbers’ deep knowledge of regional forestry logistics, the venture leverages Great Lakes port infrastructure to streamline feedstock transport and fuel export, promising a robust, vertically integrated operation that could serve both domestic and international markets.

Beyond emissions, the initiative delivers tangible economic benefits. The $120 million tax credit package is structured to trigger immediate construction, ensuring that the promised jobs materialize quickly. Rural communities stand to gain a new industrial anchor, offsetting recent paper‑mill closures and providing a stable outlet for low‑grade timber that previously held little market value. As carbon‑credit markets mature, the plant’s ability to sequester waste alongside fuel production could further enhance its financial viability, making Wisconsin a model for other timber‑rich regions seeking to monetize forest residues while advancing climate goals.