Get an instant offer on your damaged car
Our pickup partner will do a quick inspection, and hand you a check.
Rubber and Wood | 2026-04-01 08:46:24
The project builds on successful pilot trials conducted in 2025 in collaboration with Andritz, demonstrating scalability potential.
SEATTLE (Scrap Monster): Metsa Group has launched a pre-engineering project for what could become the world’s first commercial-scale wood-based carbon capture plant, marking a significant step in advancing biogenic carbon solutions. The proposed facility will be located at its Rauma pulp mill in Finland and is designed to capture approximately 100,000 tonnes of carbon dioxide annually from flue gases.
The captured CO₂ is intended for use in industrial applications such as fuels and chemicals, helping replace fossil-based inputs and reduce emissions. According to the company, utilizing this volume of wood-based CO₂ could offset emissions equivalent to nearly 30,000 passenger cars per year.
ALSO READ:
Metso Group to Stop Sawn Timber Production at Kyro Sawmill
Metso Group Announced Construction of New Kerto LVL Mill
As part of its financing strategy, Metsa Group has applied for investment support through a reverse auction program run by Finland’s Ministry of Economic Affairs and Employment. Public funding could cover up to 30% of the total investment, with a final decision contingent on grant approval, environmental permits, and confirmed customer demand.
The project builds on successful pilot trials conducted in 2025 in collaboration with Andritz, demonstrating scalability potential. While market uncertainty remains, the initiative is expected to accelerate the development of new carbon utilization value chains and strengthen Metsa Group’s fossil-free business strategy.
It targets biogenic CO₂ from wood processing, potentially making it the first commercial-scale facility of its kind globally.
Approximately 100,000 tonnes of CO₂ from flue gases at the Rauma pulp mill.
It will be utilized in industrial applications such as fuels and chemicals to replace fossil-based raw materials.