it all starts with

carbon

From the farm to fuel

Farmers collect carbon from the air.

A lot of carbon. There’s more carbon in farm products than any other form.

Farm surplus products, like corn silage and roughage are collected, bought and sold at the gigaton scale.

Green and yellow John Deere 9900 forage harvester with a large header attachment.
Diagram of an advanced nuclear reactor with cylindrical rods and metallic components

Powering-up carbon

We have the first nuclear reactor to turn plants into fuel.

Plants have carbon from the air, but not much energy. That’s where we come in.


Our high temperature gas cooled reactor is the first of its kind designed specifically for powering the process of converting agricultural products into energetic hydrocarbons, like jet fuel.


Our reactor cannot melt down and is safe enough for the family farm.

Three large cylindrical storage tanks with spiral staircases and four smaller cylindrical tanks, illustrating industrial storage facilities.

Affordable hydrocarbons

We will make fuel cheaper than drilling for oil.

Our nuclear powered process will make synthetic fuel production so dependable and affordable that we will make fuel for less than the price of petroleum from drilling.

Our fuel is a drop-in replacement for existing fuel so no change in planes or infrastructure is needed.