Meet our Carbon Capture solutions!
Watch Tim Webster discuss our advanced piston and centrifugal compressors suitable for Carbon Capture
Why choose our Carbon Capture solutions?
- Efficient CO₂ capture: Capture and contain CO₂ emissions from industrial processes, preventing release into the atmosphere and supporting sustainability goals.
- High-efficiency compressors: Our advanced piston and centrifugal compressors are engineered to handle CO₂ with precision, ensuring safe, efficient storage or reuse.
- Emissions reduction: Our carbon capture technology reduces greenhouse gas emissions by up to 80%, driving sustainability efforts forward.
Uses of carbon dioxide in industry applications
What is the difference between compressed CO2 and compressed air?
![compressed CO2 vs compressed air]()
What is the difference between compressed CO2 and compressed air?
What is carbon dioxide used for in industrial plants?
![CO2 for decaffeinating coffee]()
What is carbon dioxide used for in industrial plants?
Supercritical CO2 – using carbon dioxide as a working fluid
![supercritical CO2 compander]()
Supercritical CO2 – using carbon dioxide as a working fluid
By compressing carbon dioxide beyond its critical point (above 200 bar(a)) the properties of CO2 in its liquid and gas phases are identical. This sCO2 “fluid” can then be used in various hydrocarbon-dominant processes. High-pressure centrifugal compressors and Companders™ (a compressor-turboexpander on a shared gearbox) can be engineered to support Brayton-cycle processes to produce sCO2
By compressing carbon dioxide beyond its critical point (above 200 bar(a)) the properties of CO2 in its liquid and gas phases are identical. This sCO2 “fluid” can then be used in various hydrocarbon-dominant processes. High-pressure centrifugal compressors and Companders™ (a compressor-turboexpander on a shared gearbox) can be engineered to support Brayton-cycle processes to produce sCO2
By compressing carbon dioxide beyond its critical point (above 200 bar(a)) the properties of CO2 in its liquid and gas phases are identical. This sCO2 “fluid” can then be used in various hydrocarbon-dominant processes. High-pressure centrifugal compressors and Companders™ (a compressor-turboexpander on a shared gearbox) can be engineered to support Brayton-cycle processes to produce sCO2
High Pressure CO2 process machinery for fertilizer production
![Carbon capture Fertilizer]()
High Pressure CO2 process machinery for fertilizer production
Specifically engineered to handle the demands of high-pressure fertilizer production, our integrally-geared C02 compressors are made to withstand your most challenging production requirements.
Specifically engineered to handle the demands of high-pressure fertilizer production, our integrally-geared C02 compressors are made to withstand your most challenging production requirements.
Specifically engineered to handle the demands of high-pressure fertilizer production, our integrally-geared C02 compressors are made to withstand your most challenging production requirements.
Reduce your environmental impact and save money too
Our Italian customer in Italy uses CO2 to control insect pests in their production process to guarantee rice quality and safety. At the end of the process, instead of being released in the atmosphere, the CO2 is recovered up to 80%
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