Built for
what’s next

We finance and commercialize durable carbon removal projects that capture CO₂ at the point source

ReCarber accelerates BECCS

The challenge:

The coming decades will demand solutions that eliminate residual emissions at scale

The path to net zero requires carbon removal

Carbon removals are necessary to reach the UN goals on global warming

Continuing on today's trajectory

If we manage to cut emissions in alignment with the targets - we've come a long way

To make it to net zero, carbon removals are essential

Our focus:

Impact where it matters most, when it matters most.

Technology-enabled carbon removal is vital for reversing climate change.

Follow our journey

BECCS: High quality carbon removal at scale.

Our portfolio spans a new generation of point-source carbon removal projects across Northern Europe These projects are converting major bioenergy, waste-to-energy and pulp and paper facilities into high impact climate infrastructure. We build this on locations where biogenic CO₂ can be captured with high efficiency and minimal additional environmental impact. This approach is known as Bioenergy with Carbon Capture and Storage, or BECCS, and turns biogenic emissions into durable carbon removal.

Our work with emitters & project owners

Taking action
with ReCarber

Why choose ReCarber

Built for serious impact
and cost effectiveness

Lower cost

We lower transaction costs between stakeholders by integrating project development, financing, and commercialization under one framework. This coordination streamlines decision-making, reduces duplication, and increases efficiency across the value chain — driving down overall project costs and enabling scalable, cost-effective carbon removal.

Lower risk

We reduce exposure to commercial, technical and financial uncertainties by aligning the value chain with our risk design framework. This lowers project development risk and ensure carbon removal projects are delivered on time and within budget.

BECCS is a proven solution for permanent carbon removal, and the top choice for buyers of high-quality carbon removal credits.

Permanent
Effective
Reliable

BECCS enables large-scale carbon removal in the near term unlike any other engineered removal method. It captures biogenic CO_₂ from climate neutral energy production and locks it away permanently.

The Nordics: Unmatched potential for BECCS

Existing infrastructureLeveraging a vast network of CHPs and pulp and paper mills, enabling efficient carbon removal at a large scale
World-class renewable energy infrastructureDecades of renewable energy development have created optimal conditions for scaling BECCS
Abundant biomass resourcesSustainably sourced, locally available biomass from the Nordic forestry and waste management industries, world-leading in responsible practices
Ideal storage conditionsNordic geology create optimal conditions for long-term, secure carbon storage
Efficient transportation routesOffering efficient transportation options for CO₂ from capture sites to secure storage locations
Strong regulatory supportThe Nordic countries and the EU have funding schemes in place for CCS projects

There is a cost of doing nothing

Climate change stresses ecosystems, threatening the survival of animals and plants.
Nature under pressure
Climate impacts hit vulnerable, low-income communities hardest, despite contributing the least
Impact on communities
Delayed climate action reduces customer trust and loses business to proactive competitors.
Market and reputational loss
Tougher regulations and disclosures raise expectations and require credible climate action.
Rising compliance demands
Climate impacts increase input costs, supply disruptions and overall operational expenses.
Increasing operational costs

Securing our climate future:

Ready to dive deeper?

How does permanent CO₂ removal work?
There are several ways to permanently remove carbon from the atmosphere—such as direct air capture, mineralization, and BECCS. ReCarber focuses on BECCS, a proven technology that removes CO₂ while generating renewable energy. Biomass like forest residues and organic waste absorbs carbon as it grows. When used for heat or electricity, the released CO_₂ is captured, compressed, and transported to secure geological storage. Because the carbon originated from the atmosphere, storing it underground results in net-negative emissions.
Why do we need CO₂ removals?
After capture, the CO₂ is cooled, compressed, and transported to carefully selected geological formations deep underground. These rock layers—porous sandstone sealed by dense caprock—trap the carbon safely in tiny pores. Over time, the CO₂ dissolves in salty water and can even mineralize, turning into rock. Each storage site is monitored continuously to ensure long-term safety and permanence. This process locks carbon away for thousands of years, making BECCS one of the most secure and scientifically proven ways to remove CO₂ from the atmosphere.
What happens to CO_₂ once it’s stored?
After capture, the CO₂ is liquefied and injected deep underground into porous rock layers sealed by dense caprock. There, it occupies tiny rock pores, gradually dissolves in salty water, and over time forms solid minerals—locking the carbon away permanently. These geological formations are carefully selected, continuously monitored, and protected by multiple natural barriers to ensure safety for thousands of years. This makes BECCS one of the most secure ways to remove carbon from the atmosphere.

Devoted to finding solutions and building what's next.

Stockholm

Sveavägen 49
113 59 Stockholm, Sweden

Paris

39, Avenue Pierre 1er de Serbie
75008 Paris, France

Built for
what’s next

The challenge: