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Arbor Renewable Gas produces renewable gasoline and hydrogen from waste wood and forest residue.

Changing the world in more ways than one

Abor Renewable Gas is one of the world’s leading developers of industrial scale renewable gasoline and renewable hydrogen facilities, supplying low carbon fuels to facilitate a clean energy economy. These negative carbon fuels offset traditional hydrocarbon based fuels thereby lowering the CO2 emissions of the vehicle fleet. By using waste wood as our feedstock, we can not only make renewable gasoline and hydrogen, but we also eliminate the greenhouse gas emissions that are associated with the natural breakdown of wood fibers in the environment.  Arbor’s process also provides a market and use for waste wood, thereby eliminating the fuel for forest fires.

Renewable or “green” gasoline is the ultimate transition fuel as the global vehicle fleet moves toward electrification. Arbor is currently the only company committed to the production of green gasoline from woody biomass for markets that value a low-carbon fuel that is a direct “drop-in” replacement of conventional fossil-based gasoline. Our green gasoline is identical in use and function as traditional gasoline.  No modifications or “blend-wall” exists for the use of Arbor green gasoline.  It can readily be used to fuel the existing fleet of internal combustion engines today, at a fraction of the environmental impact of a hydrocarbon fuel.

By utilizing qualifying wood feedstock and state-of-the-art carbon dioxide sequestration technologies, Arbor’s green gasoline produces a significant negative carbon intensity score.  This translates to for every gallon driven with our fuel, 33 pounds of carbon dioxide is removed from the atmosphere.

Hydrogen is at the core of all transportation fuels and a primary component in the production of many downstream chemicals. Today, “grey” hydrogen is primarily produced from natural gas and coal, resulting in significant carbon dioxide emissions. Arbor’s renewable hydrogen process produces 100% renewable or “green” hydrogen from qualifying wood feedstock, which vastly reduces the carbon intensity of the end products.

Our technologies

Arbor uses proven technologies that have been used around the world, but in a unique way that provides for the world’s first renewable gasoline and hydrogen production at industrial scale. Our feedstock is qualifying woody biomass approved by the EPA and CARB—we convert this waste wood into a cellulosic renewable gasoline or hydrogen that meets the specifications of the EPA’s Renewable Fuel Standard and that of California’s Low Carbon Fuel Standard. Proven technologies from the Gas Technology Institute and Haldor-Topsoe combine to provide for Arbor’s unique process.

The Gas Technology Institute or GTI, is a globally recognized technology provider that specializes in technologies for the natural gas industry.  GTI has developed numerous technologies that allow for conversion of solid fuels, such as waste wood, to useful end products such as methanol, hydrogen and gasoline.

Arbor has an exclusive license for the gasification of woody biomass to renewable gasoline and hydrogen.

Haldor-Topsoe is one of the leading technology providers for the process industry. H-T’s TiGas technology is a proven method to produce “drop-in” gasoline from a variety of feedstocks. With a large, operational plant in the Middle East and numerous other natural gas-based plants under development, H-T technology is well proven and ready for deployment.

Arbor has licensed H-T’s Tigas process in our current gulf coast projects.


3 Projects under development

Gulf Coast Gasoline

15MM gal/yr of drop-in high-octane renewable gasoline with a negative carbon intensity.

Green Gasoline

Gulf Coast Gasoline

15MM gal/yr of drop-in high-octane renewable gasoline with a negative carbon intensity.

Green Gasoline

Gulf Coast Hydrogen

8 BCF/yr of pipeline quality renewable hydrogen

Renewable Hydrogen

Help us fuel the future

We’d love to hear from you. Reach out to us to learn more about our mission, or learn more about formally supporting our venture.