The lab test rig is extensively used for testing to provide input to our inhouse developed Modelling tool.

Feasability studies

We already offer feasibility studies for CO2 capture on all sources of emission. We are currently working on studies on Waste to Energy plants, offshore gas turbines and maritime applications (CO2 capture on ships)

Due to our very compact and light weight rotating CO2 capture technology, it is retrofittable on existing plants and thanks to its flexible and compact layout applicable almost everywhere.

In addition, its modular scalability makes our compact carbon capture technology suitable for points of emission from 10.000 MT / year to 1.000.000 MT / year leveraging standardized plant sizes. The containerized standard module allows for a simplified hook-pp and cost saving on civil works.

Demonstrational plants

Together with the feasibility study we can offer demonstrational plants for testing at the specific customer site. Either as a separate delivery or as a leasing option for a limited period of time.

The compact carbon capture technology is using centrifugal force to distribute the solvents, allowing light weight and compact equipment without jeopardizing capture capacity. The solvent flexibility of the process, allows also for much more viscose and efficient solvents. Due to its solvent neutrality, it is possible to use tailormade solvents for the specific source of emission. We collaborate with several solvent providers and developers.

Absorber assembled

The pilot absorber is currently being tested at Equinor PLAB in Porsgrunn.


The industrial scale plants have a capacity ranging from 20.000 to 250.000 tonne CO2 capture per year

Industrial plants

The compact carbon capture technology has capture capability on a global, megatonne scale. Thanks to the system modular scalability, we can provide CO2 capture in the range of 10.000 tonne/year in Demo scale sizes, up to more than a million tonne/year by combining several Industrial units.

The equipment can handle a wide range of CO2 concentrations in the fluegas, from below 4% to above 50%, delivering very pure CO2 at overpressure directly from our plant, increasing storage/transportation system efficiency.

With our technology, CO2 emissions can be eliminated also in cases where it is hard or impossible to decarbonize through renewable energy and production efficiency using compact equipment with reduced/flexible footprint.

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