Pyhäntä, North Ostrobothnia
Finland
Project Highlights
- Lapwall converts local pine and spruce into glulam, preventing 1.8 tons of CO2 release per tree.
- Glulam used in construction as an eco-friendly alternative to carbon-intensive concrete.
- Puro.earth's Wooden Building Elements methodology ensures 50-year carbon storage. Recycling extends storage, and ISO-certified facilities capture waste heat.
Project Description
In Finland, the Lapwall project harnesses local pine and spruce trees, preventing the release of 1.8 tons of CO2 per tree. These trees are converted into glulam, a specialized laminated material used in building walls, trusses, joists, and other pre-cut wall elements, particularly for large buildings. Glulam replaces carbon-intensive concrete, contributing to sustainable construction practices.
By following Puro.earth's Wooden Building Elements methodology, Lapwall guarantees that the CO2 stored in glulam remains locked away for at least 50 years. Recycling initiatives further extend the storage period, as glulam is transformed into soil amendments and insulation at the end of its life cycle. Additionally, waste heat generated during product dismantling is captured, reducing dependence on fossil-fuel energy.
Lapwall's glulam production facilities are certified according to ISO 14025, 14040, and 14044 standards, limiting emissions. Regular independent verification ensures adherence to environmental standards, making Lapwall an environmentally responsible and sustainable project in the construction industry.