CapsolEoP®Â
End-of-pipe CO₂ capture and heat recovery
Full-scale, retrofit ready carbon capture solution for hard-to-abate industries
CapsolEoP® is a proven, post-combustion carbon capture solution tailored for large industrial emitters - including cement, biomass/BECCS, energy-from-waste (EfW), pulp & paper, refineries, and power plants.
Our standalone, modular system fits seamlessly onto existing flue gas lines, minimizing downtime and avoiding costly plant integration.
Key advantages of CapsolEoP®
âś“Â Â Fully electric operation
No external steam required, eliminating boiler installations and slashing capex
âś“Â Â Self-contained heat pump
Enables thermal energy recovery and surplus heat generation (ideal for district heating), driving down opex
âś“Â Â High-performance HPC solvent
Utilizes nontoxic, safe, and globally available Hot Potassium Carbonate with superior HSE characteristic - favored in hundreds of global plants
âś“Â Â Best-in-class energy efficiency
Consumption: ~0.5-1.5 GJ/t CO₂ captured - up to 40% lower than amine-based systems (see Solutions page for ≥0.7 GJ/t typical)
âś“Â Â Robust capture performance
90–95%+ capture rate; 99%+ CO₂ purity - meeting stringent storage and utilization requirements
âś“Â Â Minimal operational risk
Modular installation avoids main plant interruptions; ready in 18-24 months using well‑known components
âś“Â Â Scalable & flexible
Each unit captures up to 2.5 Mt CO₂/year. Combine units to meet larger emissions profiles
âś“Â Â Commercial readiness
19,000+ hours in active operation across multiple pilots - fully licensed and market-ready globally
Your choice of solventÂ
Capsol Basic HPCÂ
Reliable, cost-effective (~1,200–1,600 EUR/tonne incl. antifoam), with excellent emissions and safety profile.
Capsol Promoted HPCÂ
Includes ~4% vapor promoter and buffer additives; boosts efficiency and reduces OPEX by up to 20% under demanding conditions.
Third-Party CompatibilityÂ
Seamlessly integrates with platforms like Catacarb™ 922 for legacy or specific preferences.
Why CapsolEoP®?Â
âś“ Â Unmatched heat integration
Turns capture plants into energy assets with additional district heat or power output.
âś“ Â Economically smarter
Significantly lower energy costs and better OPEX than amine systems; also opens new revenue via heat sales and Carbon Removal Certificates in EfW setups.
âś“ Â Environmentally friendly solvent
HPC is non-toxic/non-flammable with excellent emissions profile, simplifying permitting.
âś“ Â Plug-and-play flexibility
No boiler, no downtime, no proprietary solvent lock-in; works with third-party solvents too.
âś“ Â Field-proven and ready now
Commercial viability backed by thousands of operating hours and feasibility projects in cement and refining sectors.
Performance highlights​
|
 Metric |
|
|---|---|
|
|
 90–95%+ |
|
 CO₂ Purity |
 ≥ 99% |
|
 Energy Use |
 ~0.5–1.5 GJ/t CO₂ |
|
 Flue Gas CO₂ Range |
 3–30% |
|
 Heat Economy |
 Surplus heat for district systems |
Our team is ready to support your decarbonization journey—whether retrofit or greenfield.
Trudi Christensen
Head of Business Development
