Carbon Capture
Safe, environmentally friendly, and cost-effective
Energy-efficient and cost-competitive
utilising the safe HPC
(Hot Potassium Carbonate) solvent
A standalone unit
powered by electricity only
No need for modifications or investment in external steam production to run the capture unit
Advantages of the Capsol EoP solution:
Cost competitive
Low energy consumption due to patented energy recuperation.
Proven technology
HPC as a solvent of CO2 is well documented and used in thousands of plants.
Safe HPC solvent
No hazard to environment or people. Low cost and readily available.
Electricity or steam
Powered by electricity only or a combination of electricity and steam.
Standalone unit
Easy to install. No interference with existing facility.
Flexible and Scalable
A single unit can capture 2.5 million tonnes CO2/year.
Inexpensive solvent
HPC is significantly more cost effective than Amines.
No downtime
No interference with operation or production during installation and commissioning.
All of these factors result in lower cost (CAPEX and OPEX), reduced risk and short lead time.
Key Project
CapsolGoTM carbon capture demonstration campaign
- Öresundskraft Energy from Waste CHP plant
Öresundskraft AB has signed a rental contract for CO2 Capsol´s CapsolGoTM mobile carbon capture demonstration unit at Öresundskraft´s Filbornaverket Energy from Waste (EfW) Combined Heat and Power (CHP) plant in Helsingborg, Sweden.
The CapsolGoTM demonstration campaign will be delivered as a service with a flexible testing and validation program, providing Öresundskraft AB with valuable data and information on the Hot Potassium Carbonate (HPC) capture technology, helping to accelerate the decision processes towards a full-scale carbon capture plant. Öresundskraft will initially run a standard test program for 4 months, starting September 2022, with the option to extend the campaign to run additional tests.
Testing and validation will be carried out by the independent test operator Captimise AB, specialising in full chain from carbon capture to utilization or storage, to ensure objective and reliable test results. The project has been funded (25%) by the Swedish Energy Agency.
A full-scale carbon capture plant at Filbornaverket can capture 210.000 tons CO2 per year.
QUICK FACTS
Installation Type
Energy from Waste (EfW)
Campaign Time
4 months
Start date
September 2022
Full Scale Deployment
210.000 tons CO2/year
For us at CO2 Capsol, carbon capture is not only about capturing carbon, but also the optimal integration of our solution into the host plant’s processes to decrease complexity and create new revenue streams for the industrial emitter
Three successful pilot projects
More than 3,300 operating hours and >99% uptime.
Selected as technology of choice and plans to convert pilots into full scale plants.
Stockholm Exergi has selected
CO2 Capsol’s End of Pipe solution as its carbon capture technology
This proves that our technology can compete on the highest level and is superior to the competition.
Accelerate the world’s transition to a carbon negative future
with our proven, cost competitive carbon capture technology
