Technology
The AI platform for carbon removals in buildings
Carbon is captured in the forest and locked into the building long-term. Our AI-powered MRV quantifies this climate performance, has it verified and turns it into a tradable asset that feeds into the economics of a construction project.
The digital ecosystem
The first AI-powered platform for carbon removal in buildings
We capture, verify and monetise the carbon a building removes. Our AI-powered MRV is the only certified, end-to-end digital pipeline for biobased construction in Europe, under a leading European registry (ICROA-, ICVCM- and EU-CRCF-aligned).
What We Offer
Credit generation
tradable, accountable Timber Carbon Removal Credits from a building's carbon potential, with secured carbon rights and registered under recognised standards.
End-to-end handling
the entire ecosystem from a single source — registration, development, management and integration with the real estate industry's valuation and reporting tools.
Carbon removal management for real estate
real-time view and control of projects and locked carbon.
Carbon sales
sale and trading of the credits.
Credit generation
tradable, accountable Timber Carbon Removal Credits from a building's carbon potential, with secured carbon rights and registered under recognised standards.
End-to-end handling
the entire ecosystem from a single source — registration, development, management and integration with the real estate industry's valuation and reporting tools.
Carbon removal management for real estate
real-time view and control of projects and locked carbon.
Carbon sales
sale and trading of the credits.
What makes us unique?
We have been working on the methodology since 2021 and are the first to measure the carbon locked in a building's timber load-bearing structure and turn it into credits at country level. This creates a new, robust argument for timber buildings and a lever to decarbonise the entire building sector.
What is a Timber Carbon Removal Credit?
A Timber Carbon Removal Credit (TCRC) represents one tonne of CO₂ locked long-term in a building's load-bearing structure. Verified, traceable and issued only after completion.
Engineered Wood in Buildings
How we connect forest, building and the carbon market
Timber grows in sustainably managed forests, capturing carbon and locking it into the building. At the core is structural timber, built into the load-bearing structure, which locks this carbon away for decades to centuries. We make exactly this climate performance measurable and turn it into a value that makes building with timber and other biogenic materials more attractive.
One cubic metre. One tonne.
Every cubic metre of installed timber removes around one tonne of CO₂.
1 m³
≈
1 tonne CO₂
the methodology
The methodology
Timber construction is a recognised carbon removal solution (IPCC, UNFCCC) and makes a valuable contribution to climate action. To meet the 2050 climate targets, around 7–10 gigatonnes of CO₂ must be removed from the atmosphere each year. Timber buildings can contribute up to around 6 %.
A credit is only worth as much as the accuracy behind it. Our quantification is based on recognised methodologies (ICROA, ICVCM, EU CRCF) and delivers high-quality credits. This makes a building's climate impact transparent and turns it into a robust, tradable value.
Five criteria for high-quality carbon removal credits:
The gross carbon removed through timber is adjusted for the reference scenario (conventional construction / BAU) and for the project's own production and construction emissions (A1–A5). What remains is the conservatively calculated net carbon removal, and exactly this yields the removal credits. (Quantified to ISO 14064-2, EPD-based.)
Co-benefits along the SDGs
2.03 m³ FW/TCRC
1.61 m³ EWP/TCRC
0.285 t CO₂e/TCRC
1.61 m³ EWP/TCRC
Beyond the tonne
01
Substitution
replacing concrete and steel avoids additional emissions (strongest co-benefit).
02
Forest protection
zero deforestation, sustainable forest management, full chain of custody.
03
Healthy buildings
better indoor climate, biophilic design, healthier use.
04
Regional value creation
supports DACH sawmills, CLT plants and jobs.
05
Urban sustainability
greening, fewer heat islands, contribution to urban climate targets.
06
Circular economy
renewable, reusable, with a defined end-of-life pathway.
Quality
Verification & trust
A credit is only as credible as its review. That's why every project is independently verified and tracked end-to-end in the registry, embedded in the leading international climate standards.
Independent verification
Validation and recurring monitoring audits by accredited verification bodies (VVBs). Credits are issued only after completion and material verification (ex post). This ensures high delivery reliability.
Public traceability
All Project Design Documents (PDDs) are publicly available in the registry (public project database), including the independent verification statement.
Reversal safeguarded
A storage-duration label per building and a buffer pool address reversal risks transparently.
We currently work with the Rainbow Standard: ICVCM-approved (Core Carbon Principles), meets the ICROA requirements and is aligned with the EU Carbon Removal Certification Framework (CRCF, from 2027). The methodology combines engineering practice with science and meets the highest credit-quality requirements.
Rainbow methodology
REMOVE CARBON
Ready to get started?
Building owners & developers
Have your project's climate performance certified.
Carbon buyers
Verified credits from real buildings