Alternative Energy Sources

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At Odin Lockwood Energy Group, we are reshaping the future of clean energy with our proprietary advanced thermochemical conversion platform. Built for efficiency and flexibility, our technology converts a wide range of carbon-based materials into clean fuels — including renewable (blue and green) hydrogen, sustainable diesel, and jet fuel.

While we primarily utilize woody biomass from mill residues, our system has been successfully tested on a variety of alternative feedstocks:

• Forest and agricultural waste

• Low-cost fossil materials

• Coal

• Sewage and pulp sludge

• Other “at-need” or waste-based feedstocks

With more than 35,000 hours of pilot and demonstration run time, our process has been optimized for performance, yield, and minimal environmental impact.

What Sets Our Technology Apart

1. Precision-controlled reaction times within our Fischer-Tropsch reactors

2. Engineered temperature distribution for consistent, high-efficiency output

3. Optimized syngas composition for enhanced fuel quality and yield

How It Works

Our technology integrates gasification/reformation and Fischer-Tropsch catalysis, backed by proprietary catalysts we own and operate. Unlike outdated Lurgi or fluidized bed systems, our multi-reactor gasification design achieves higher temperatures with more control. This produces a cleaner, more efficient synthetic gas — enabling fuel yields 30–40% greater than traditional methods.

Modular, Scalable, and Environmentally Advanced

Each plant is built using 50-ton-per-day modular units, giving us the flexibility to scale based on location, feedstock availability, or client needs. We use standard industrial equipment to streamline deployment and reduce costs.

Our facilities are designed with virtually no venting — emissions are limited to minor fugitive releases from valves and pumps. Independent studies, including one by Auburn University, estimate our process reduces greenhouse gas emissions by 80–90%.

Odin Lockwood Energy Group is leading the way in sustainable fuel innovation — one module at a time.