Integrated forestry, construction, manufacturing, circularity and climate solutions built around wood as a renewable material.
Produce timber while maintaining long-term forest productivity and biodiversity.
Replant and restore harvested forests with planned regeneration.
Use forest planning, remote data, apps and digital estate management.
Apply data-driven harvesting, thinning and productivity optimization.
Reduce soil, water and ecosystem impacts from harvesting.
Replace higher-embodied-carbon construction materials with structural timber where appropriate.
Use CLT, LVL and glulam structural systems for larger buildings.
Integrate walls, roofs, floors and sheathing systems.
Factory-produce building modules for faster site installation.
Deliver ready-to-install structural components.
Combine timber with concrete and steel where technically appropriate.
Use LVL and glulam engineered beams for longer structural spans.
Use high-strength timber systems to reduce structural dead weight.
Combine joists, LVL, OSB and engineered structural floor assemblies.
Integrate rafters, beams, roof panels and structural sheathing.
Combine structural, bracing, insulation-support and decorative wall products.
Use moisture-resistant and high-strength flooring panels.
Integrate fire-rated products, engineered assemblies and design guidance.
Specify sheathing and structural products engineered for wet exposure.
Apply acoustic panels and engineered floor and wall systems.
Use treated timber, decking, cladding and facade products.
Integrate board, surface and decorative-material supply.
Coordinate boards, surfaces, worktops and decorative systems.
Combine decorative and performance flooring products.
Apply exterior architectural panels and timber cladding.
Use dimensionally stable processed wood components.
Engineer panels to customer-specific strength, density and dimensions.
Use durable plywood and panel systems for buses, trailers and commercial vehicles.
Use durable reusable plywood for concrete construction.
Design industrial packaging and transport-protection systems.
Recover, recycle and reuse wood instead of disposal.
Convert chips, bark, sawdust and residues into valuable products.
Generate renewable heat and electricity from forest and sawmill residues.
Produce standardized renewable biomass fuel for industrial and residential applications.
Replace fossil materials with forest-derived materials where technically viable.
Develop forest carbon storage and climate-project opportunities.
Increase long-duration carbon storage in buildings.
Replace steel, concrete, plastic or fossil-derived materials where technically viable.
Maximize useful output from each harvested tree.
Convert production side streams into secondary materials or energy.