In an era dominated by modern construction techniques, Cork House defies conventional building norms with its simplicity and innovation, introducing a revolutionary plant-based architecture. Designed for complete disassembly, this structure requires no mortar or adhesives, functioning like an oversized, organic LEGO system.
At its core, Cork House embodies a holistic, sustainable lifecycle approach, considering the environmental impact from material sourcing to end-of-life reuse. The expanded cork used in construction is a pure plant-based material, derived from the bark of cork oak trees, which are harvested every nine years without harming the trees or disrupting their surrounding ecosystem.
The manufacturing process of cork bricks is inherently low-impact and environmentally friendly, helping to preserve the Mediterranean cork oak landscapes, which provide vital habitats for diverse wildlife. The ecological value of this material extends beyond its construction phase—because the entire building system follows a dry-jointed method, all 1,268 cork blocks can be reused, recycled, or naturally biodegraded at the end of the building’s lifespan, ensuring minimal environmental waste.
Cork House stands as a carbon-negative structure, showcasing a compelling vision of sustainable architecture. With exceptionally low carbon emissions throughout its life cycle, this house is more than just a building—it is a profound expression of environmental stewardship and a commitment to a sustainable future.
Project Info
Location: United Kingdom
Architects: Dido Milne, Matthew Barnett Howland, Oliver Wilton
Photography: David Grandorge, Magnus Dennis, Ricky Jones, Alex de Rijke
Year: 2019
Reference : https://www.archdaily.com/938586/cork-house-matthew-barnett-howland-plus-dido-milne-plus-oliver-wilton