Everything Dimensional Energy needs to make carbon neutral fuels and other product precursors can be sourced directly from the air. With carbon dioxide and water as our only ingredients, we can replace everything that is currently made via oil and natural
gas extraction.
Our Technology
A regenerative system, inspired by nature.
Today, all the world's trees can absorb only 20% of the carbon dioxide humans pump into the air every year. That's where we come in.
We reimagine carbon dioxide as an untapped resource ready to replace fossil carbon.
Renewable Energy
How we power our platform
The carbon intensity of e-Fuels relies on the rapid growth of renewable energy on the grid and behind the meter. We integrate commercial scale plants colocationed with Giga Watt scale low carbon energy and electrolyzer deployments globally.
Carbon Capture
How we get our carbon dioxide
Carbon capture technologies allow for the removal of carbon dioxide from sources: industrial sites, power plants and directly from the air. We can utilize the heat of the Dimensional reactor to increase the efficiency of carbon capture and reduce the overall energy consumption of our platform.
Electrolysis
How we get our hydrogen
Electrolysis uses electricity to convert water into hydrogen and oxygen gas. When powered by renewable energy, it is a carbon-free process. We use water produced as a co-product of both the Dimensional reactor and certain carbon capture technologies, and from other sustainable sources.
Dimensional ENERGY™ Reactor
How we combine carbon dioxide and hydrogen to make Syngas
Dimensional Energy is inventing, operating, and manufacturing code compliant patent pending RWGS reactors with our own patent pending RWGS catalysts. The combination of the technologies solves the barriers to scale under the extreme conditions that this chemistry requires.
Fischer Tropsch
How we transform Syngas into hydrocarbons (fuels and other products)
The Fischer Tropsch process transforms Syngas into hydrocarbons by pushing Syngas through catalyst-filled tubes under high pressure. As the hydrocarbons’ molecular chains elongate, they change from gas to liquid to wax, all of which can be isolated for further processing into fuels and other chemical products.
Renewable Energy
How we power our platform
Our platform can run on any source of renewable energy—wind, solar, heat or hydroelectric. All that’s needed to meet and beat the price of fossil carbon is sourcing this power at less than four cents per kilowatt hour.
Carbon Capture
How we get our carbon dioxide
Carbon capture technologies allow for the removal of carbon dioxide from sources: industrial sites, power plants and directly from the air. We can utilize the heat of the Dimensional reactor to increase the efficiency of carbon capture and reduce the overall energy consumption of our platform.
Electrolysis
How we get our hydrogen
Electrolysis uses electricity to convert water into hydrogen and oxygen gas. When powered by renewable energy, it is a carbon-free process. We use water produced as a co-product of both the Dimensional reactor and certain carbon capture technologies, and from other sustainable sources.
Dimensional Reactor
How we combine carbon dioxide and hydrogen to make Syngas
Dimensional Energy’s novel approach to Syngas production provides the missing link in the supply chain of carbon-neutral fuel production. Filled with proprietary catalysts, the Dimensional reactor converts carbon dioxide and hydrogen into Syngas with industry-leading efficiency.
Fischer Tropsch
How we transform Syngas into hydrocarbons (fuels and other products)
The Fischer Tropsch process transforms Syngas into hydrocarbons by pushing Syngas through catalyst-filled tubes under high pressure. As the hydrocarbons’ molecular chains elongate, they change from gas to liquid to wax, all of which can be isolated for further processing into fuels and other chemical products.
We want to hear from you.
We're happy to discuss how our fuels and product precursors can fit into any industrial process, whether by providing sustainable feedstocks or capturing carbon dioxide from existing manufacturing facilities and transforming it into fuel.
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