Guest Lounge 350.000 Ha / Manuel Bouzas + Salazarsequeromedina

Why It Matters

By converting wildfire‑damaged timber into a high‑profile cultural venue, the project demonstrates a scalable circular‑economy model for disaster‑affected forests, reducing waste while showcasing sustainable design on an international stage.

Key Takeaways

• 350,000 ha burned, 150,000 ha in Ourense.
• 1.5 million tons charred timber available.
• Project uses reclaimed wood for lounge structure.
• Six light planes create immersive “lumbre” experience.
• FINSA partners with ARCO for forest restoration.

Pulse Analysis

The August 2025 wildfires that ravaged north‑western Spain left an unprecedented 350,000 hectares of forest charred, producing roughly 1.5 million tons of timber that would otherwise become waste. Forestry experts warned that without rapid removal, the damaged wood would deteriorate, inviting pests and releasing stored carbon. This environmental emergency created a rare supply of partially intact timber, prompting innovators to rethink post‑disaster resource management and explore how such material can be reintegrated into the economy rather than discarded.

Guest Lounge 350,000 Ha translates that raw material into a functional, artistic space. The designers separate the project into a material palette—costeros for cladding, sawn inner cores for structural frames, thin veneers for illuminated panels, and shredded fiberboard for OSB restaurant walls—and a conceptual “lumbre” that uses six diagonal light planes suspended four metres above the floor. By treating the salvaged wood as a laboratory, the installation showcases the durability of superficially burned timber while delivering a calm daytime lounge that transforms into a glowing night‑time stage, offering visitors a tactile narrative of regeneration.

Beyond its aesthetic appeal, the lounge serves as a proof‑of‑concept for circular‑economy practices in the forestry sector. It illustrates how rapid, collaborative response—FINSA’s six‑month timber recovery timeline—can turn disaster debris into high‑value architecture, reducing landfill pressure and carbon emissions. If replicated, similar initiatives could provide new revenue streams for rural communities, incentivize sustainable forest management, and inspire architects worldwide to embed resilience into their material choices. The project thus positions ARCO 2026 as a catalyst for eco‑innovative design, aligning cultural exhibition with tangible climate action.