Timber is renewable, biodegradable, and recyclable, unlike concrete and steel.
Responsibly managed forests enable carbon sequestration, helping mitigate climate change.
Timber production consumes up to 60% less energy than concrete or steel.
Modern systems such as CLT (Cross-Laminated Timber), glulam, and LVL (Laminated Veneer Lumber) allow for multi-storey buildings with high structural performance.
Dry construction and prefabrication techniques enable up to 30% faster build times compared to traditional methods.
Historical concerns (durability, fire resistance) are now addressed through engineered treatments and CE-certified systems.
Timber offers superior thermal and acoustic insulation, improving indoor comfort and reducing energy consumption.
Timber buildings benefit from EU incentives for NZEB (Nearly Zero-Energy Buildings) and sustainable construction.
Prefabrication reduces operational costs by 20–25% and minimizes on-site waste.
Timber interiors promote better indoor air quality and a sense of wellbeing.
Its natural aesthetic integrates seamlessly with contemporary architecture.
Location: Shoreditch, London
Height: 17.8 m, 7 storeys
Structure: CLT core + LVL frame (Beech)
Carbon Performance:
1,083.7 tonnes of CO₂ saved compared to concrete
55% of embodied carbon sequestered in timber
Embodied carbon: 410 kgCO₂e/m² (A1–A5 stages)
Energy: Powered 100% by renewables, including 80 rooftop PV panels
Construction Efficiency:
80% fewer truck deliveries
6 months shorter build time than concrete equivalent
Design Features:
Parametric solar shading with thermally modified tulipwood
Fully demountable structure: 95% reusable or recyclable
Interior designed for wellbeing: natural materials, yoga space, biophilic layout