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Portfolio

From capture to carbon removal

We build, own and operate carbon capture plants at waste and bioenergy facilities (Build Own Operate). Today, the CO₂ from Rakkestad goes to industrial use. The projects under development are designed for permanent storage, and that is where the carbon removal happens.

Rakkestad
In operation
Rakkestad
Rakkestad, Østfold · CCU

Norway's first full-scale carbon capture plant at the waste and energy facility of Østfold Energi.

10 000 t/yrStart September 2025
Trehørningen
Under development
Trehørningen
Hamar, Innlandet · CCU/CCS

Carbon capture at Eidsiva Bioenergi's waste incineration facility outside Hamar. Will capture over 80% of the CO₂ in the flue gas.

50 000–70 000 t/yr
Kirkenær
Under development
Kirkenær
Kirkenær, Innlandet · BECCS

BECCS project at Solør Bioenergi's CHP facility in Kirkenær. Received Enova funding in spring 2025.

30 000 t/yr
Kalka
Under development
Kalka
Suðurnes, Island · CCU/CCS

Carbon Centric's first international project, at the Kalka waste incineration facility on Suðurnes in Iceland.

10 000 t/yr
Skogn
Under development
Skogn
Levanger, Trøndelag · BECCS

Large-scale BECCS project at Norske Skog's paper mill in Levanger. Capacity of 100,000 tonnes of CO₂ per year.

100 000 t/yr
Follum
Under development
Follum
Hønefoss, Viken · BECCS

Carbon capture at Vardar Varme's biomass incineration facility at Treklyngen industrial park in Hønefoss.

20 000–30 000 t/yr
What do the labels mean? CCU: captured CO₂ is used industrially and eventually released again, no removal. CCS: captured CO₂ is stored permanently in bedrock. BECCS: CCS at a plant that burns biomass, so the result is carbon removal. CCU/CCS: projects where the final solution has not yet been chosen. Full glossary →
Do you have an emission point?

Get in touch to discuss a Build Own Operate partnership with Carbon Centric.

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