Carbon transformation
for a healthier planet

ReCarbon transforms carbon dioxide (CO₂) and methane (CH₄) into useful products and clean energy. We use CO₂ to make everyday items that are low-carbon, zero-carbon, or carbon-negative.

A message from our CEO

 

“The true promise of our technology is to play a decisive role in addressing the climate crisis and restoring balance with our natural resources through building a truly circular economy.”

Jay Kim, Founder & CEO

 

Changing carbon.
Changing the world.

Carbon and carbon dioxide are essential elements found in all living things. However, excess carbon dioxide and methane, as a by-product of human activity, contributes to climate change. ReCarbon technology uses both carbon emissions as a resource, driving a cleaner, greener, decarbonized economy. By transforming waste emissions into hydrogen and syngas, ReCarbon is fueling your car, powering your homes, and building your devices — all with clean energy.

We’re taking big steps to making a smaller environmental footprint.

First to market

ReCarbon holds an unassailable lead over other technologies. Our revolutionary innovation is not a lab concept, but a real-world, commercial technology being deployed globally. We are transforming carbon emissions to clean energy and creating local and revenue-producing solutions. It’s the clean, clever, and cost-effective way forward.

We offer best-in-class production metrics compared to other CO₂ utilization syngas pathways, providing cost-effective, decentralized options to help businesses meet emission reduction targets. Our technology is modular and scalable too — you’ll find us restoring the environment in the most unexpected places.

ReCarbon can produce carbon-negative hydrogen from some of the most common biogas resources. We transform methane and carbon dioxide and decarbonize hard-to-abate industries such as steel, chemical, and cement.

We’re modular, scalable, and ready now.

Today, we’re best in class.
Tomorrow, we’re the gamechanger.

Our technology platform repurposes two of the world’s most harmful greenhouse gases: carbon dioxide and methane. The solution is real. The opportunity exists for ReCarbon’s technology to transform over 50 per cent of greenhouse gas emissions into syngas and hydrogen.

Producing CO₂-free syngas and carbon-negative hydrogen are essential steps towards reaching Net Zero by 2050, and ReCarbon will be pivotal to achieving this.

Our climate-positive, cost-effective technology can change the world.

 

Game-Changing Technology.

Commercially Available Now.

We are bringing our technology to a wide range of markets to utilize and transform both organic waste (biogas) and industrial emissions, into carbon-negative hydrogen and CO₂-free syngas. ReCarbon is commercially available now and helping our partners create innovate, impactful and profitable products.

Core technology

 

The Emission Blade

At the heart of our innovation is the Emission Blade — a patented microwave-plasma generation device with demonstrated reliability, high throughput, and energy efficiency.

 

The Plasma Carbon Conversion Unit (PCCU)

The Plasma Carbon Conversion Unit (PCCU) is our greenhouse gas processing system. The PCCU transforms carbon emissions into hydrogen and syngas used in products such as chemicals, fuels, and energy.

This modular system is designed for high throughput and energy efficiency. With 70 Emission Blades configured in a standard 40-foot container, each PCCU module can produce up to 900kg of hydrogen per day. The PCCU is scalable and stackable, providing flexibility and accessibility for projects of any size.

One technology — thousands of uses.

 
 

Powering the Circular Economy

ReCarbon’s Circular Carbon Emissions Utilization

By using community and industrial point source carbon emissions, our technology solutions power the circular economy. The result is a secure, self-sufficient, and localized, decarbonized fuel and energy infrastructure, transforming communities.

 

Based in Silicon Valley, ReCarbon is a local company with a global impact.

 

Several plants are in development across the globe. These include projects that will transform industrial emissions as well as biogas into clean fuels, chemicals and materials.