Finnish climate-tech company that mineralizes CO₂ directly into concrete via a CO₂-curing process, enabling concrete products with reduced or negative CO₂ footprint. Technology has been commercially deployed since 2024.
Investment Rounds
Capital activity and funding progression
| Amount | Date | Round |
|---|---|---|
| €3.7 M | Jan, 2026 | unspecified |
Frequently Asked Questions
Where is Carbonaide located?
Carbonaide is located in Joensuu, Finland.
What industries does Carbonaide operate in?
Carbonaide operates in the following industries: climate-tech, carbon-capture, construction, building-materials, software.
How much total funding has Carbonaide raised?
Carbonaide has raised a total of $3,700,000.
Who are the investors in Carbonaide?
The investors in Carbonaide are: Vantaan Energia, Ihantola Invest, Zero Carbon Future Group, Helkama Kiinteistöt, Ikorni Invest, One Click LCA.
Who are the founders of Carbonaide?
The founders of Carbonaide are: Tapio Vehmas, Jonne Hirvonen.
What is the primary mission of Carbonaide?
Carbonaide aims to reduce the carbon footprint of the concrete industry by utilizing carbon capture, utilization, and storage technology to mineralize carbon dioxide into concrete products.
How does Carbonaide technology impact the cement content in concrete?
The technology allows for a reduction in cement content while maintaining or improving the strength of the concrete, leading to both cost savings and significant carbon emission reductions.
Is the carbon dioxide captured by Carbonaide permanently stored?
Yes, the process involves mineralizing carbon dioxide into the concrete structure, where it becomes a solid mineral and is permanently sequestered for the lifetime of the material.
What specific products can benefit from Carbonaide integration?
The technology is primarily designed for precast concrete manufacturers who produce items like blocks, pavers, and structural elements in a controlled factory environment.
Why should a company choose Carbonaide for their sustainability strategy?
It provides an effective way to lower the carbon intensity of building materials, helping developers and manufacturers meet environmental regulations and green building standards.