Our process efficiently converts CO2 into valuable carbon monoxide (CO) by breaking the bond between carbon and oxygen without producing byproducts like carbon black.
With high energy density and selective activation, plasma is ideal for CO2 conversion, operating at ambient temperatures and powered by renewable electricity, offering a sustainable and scalable solution for industrial decarbonization.
At D-CRBN, we have scaled non-thermal plasma technology from the lab to industrially relevant volumes, leveraging over a decade of reactor design optimization by the University of Antwerp's Plasmant group.
Our plasma reactor design can be switched on and off rapidly, allowing the use of intermittent power sources, such as green energy. This flexibility also enables margin maximization through energy cost optimization.
CAPEX: 50% lower than the second in class (RWGs or reverse water gas shift), with the main component being steel. The design avoids the use of rare-earth metals and complex geometries.
OPEX: 30% lower than the second in class, driven by high energy efficiency and an increased conversion rate of up to 50%.
Our system converts 2,000 tons of CO2 per square meter annually, industrial robustness and performance at a limited surface footprint.
Plasma conversion operates effectively with diluted CO2 streams containing up to 50% N2, enabling integration with diverse capture processes while handling large volumes in minimal space.
D-CRBN's modular SPARC reactor design enables systems to scale seamlessly from a minimal unit to large industrial setups, offering flexible and efficient expansion with minimal upfront risk.
our electrified co2 conversion process has the lowest CAPEX and OPEX compared to rWGS and other technologies.
Our electrified CO2 conversion process removes the need for Carbon Storage (CCUs) and enables carbon utilisation (CCU) or CO2 recycling at your plant.
Our plasma technology has the lowest CAPEX and OPEX compared to rWGS and other technologies. Reach out to our experts for your benchmark.