CycloneCC
Modular Technology
Meet the next generation of carbon capture
CycloneCC is a breakthrough cost-effective, space-saving solution. Our ‘Lego-block’, ‘plug and play’ modular design enables small-to-midsize industrial emitters to stagger their carbon capture investment.
The technology to catalyse the deployment at these sites is now ready and process intensification and standardisation are key.
At the heart of this innovative technology are rotating packed beds, which use centrifugal force to increase the efficiency of the carbon capture process.
A pioneering solution that puts us at the leading edge of innovation in carbon capture and builds on 15 years of engineering excellence in the sector.
Compact and
cost-effective
Thanks to process intensification, the mass transfer equipment is ten times smaller with a reduction in the overall unit footprint of up to 50%, compared to conventional carbon capture units. The result? You save up to 50% on the total installed cost, with no loss in performance.
Minimal disruption
Using modular designs and prefabricated skids reduces your site infrastructure requirements. This makes it easier to integrate our solutions with your existing industrial operations to minimise disruption, maximise cost effectiveness, and simplify plant maintenance.Easy to scale
CycloneCC is 100% pre-fabricated and delivered in modular units that can be added over time to scale in line with your decarbonisation strategy. Units are optimised for industrial emissions and can capture between 75 – 855 TPD of CO2 per train.Standardised designs
With off-the-shelf base designs and ready-made engineering that is customisable for site conditions, we can offer you replicable cost and delivery efficiencies.Reduced Total Cost of Ownership
Standardised and scalable designs
Up to 50% smaller unit footprint
10x equipment size reduction
A rotating revolution
CycloneCC intensifies the traditional solvent capture process by combining two proven process intensification technologies.
Each RPB contains a disk of packing material which rotates around its axis. The centrifugal force generated through this rotational motion is significantly greater than the gravitational force seen in conventional packed columns, making RPBs far more effective in mass transfer operations.
The process
Our other technologies
Further resources
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The cement industry is uniquely poised to pave the way toward a net zero future. Learn how carbon capture can help
Revolutionising the Energy from Waste Sector with Carbon Capture
When it comes to achieving net zero, energy security, and a circular economy, the Energy from Waste (EfW) sector is a cornerstone industry of the future.
Hydrocarbon Processing Market Survey
Learn about valuable market insights including how experts from sectors such as refining, petrochemical, gas processing, LNG, and engineering view CCUS.
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