Advantage of
Capsol EoP (End of Pipe)
Carbon capture technology for large scale emitters like Waste-to-Energy (WtE), cement, biomass, power plants, and industrial facilities
Advantages of Capsol EoP:
Cost Competitive
The most cost competitive carbon capture technology due to our patented energy recirculation which significantly reduces energy loss in the process.
Electrical energy consumption of ~0.7-1.5 GJ/tonnes CO₂ captured, depending on the composition and temperature of the flue gas (not including liquefaction).
No additional heat energy required.
Safe and Inexpensive HPC Solvent
The Capsol EoP carbon capture unit utilises the non-toxic and inexpensive solvent Hot Potassium Carbonate (HPC).
Potassium Carbonate is a common mixture in the food industry and it is readily available.
The cost of Potassium Carbonate is about 0.25 Euro/ton of CO2 captured.
Powered by Electricity or Steam
Capsol EoP can run on electricity only, or a combination of electricity and steam. Energy-efficient and cost-effective. Independent of mother plant. No need to invest in steam production to run the capture unit. ~40% lower cost than traditional amine based solutions.
Successful Pilots
Three successful pilot projects with more than 3,300 operating hours and >99% uptime. Selected as technology of choice and plans to convert pilots into full scale plants. Agnostic to source of emissions allowing for broad deployment across multiple industries.
Flexible and Scalable
A single Capsol EoP unit can process flue gas from plants with emission of up to 2.5 million tonnes/year, with flue gas CO2 concentrations of 20%.
Two or more Capsol EoP units will operate in parallel for facilities with emissions of more than 2.5 million tonnes/year.
Non-disruptive Standalone Unit
Standalone, electric powered solution. Easy to install. No modifications or downtime required at mother plant during installation, commissioning or maintenance. Commissioning in 18-24 months (we only use well known components which are already in use in thousands of plants globally).
Additional Heat for DH System
Capsol EoP can be optimized for maximum heat delivery to the district heating system. As an example; We could get an extra 8 times of additional heat output over 60oC for use in the district heating system for every 1MWe extra of electricity used.
Experienced Team
Technical and commercial experts from the Energy, Chemical and Oil&Gas industry with 25+ years´ experience will work with you to optimize the capture plant to your needs.
Proven Technology
Using HPC as a solvent of CO2 is well documented and used in thousands of plants globally in multiple industries.
More than 3,300 operating hours and >99% uptime.
Independent
CO2 Capsol is independent. No exclusive agreement with any EPC contractor. Plant owner is free to choose EPC contractor on a competitive bidding process.
HPC as a solvent
Safe
HPC is non-toxic, non-flammable, and environmentally friendly
Proven
HPC as an absorbent is thoroughly documented and used in thousands of existing plants across the world
Widely available
Potassium carbonate is commonly used in the food industry
Non-carcinogenic
Captured CO2 is totally free of degraded (potentially carcinogenic) amines
Cost competitive
Patented energy re-circulation and monetization options.
Capsol EoP is the most energy efficient, flexible, and cost competitive carbon capture technology for large scale emitters
Waste-to-Energy (WtE), cement, biomass, power production, process and chemical industry, LNG and hydrogen
