Transparent wood and advanced bio-based glass alternatives are redefining architectural materials by combining optical transparency with thermal insulation and reduced carbon footprint. Through lignin removal and polymer infiltration, wood can be transformed into a lightweight, shatter-resistant, and thermally efficient alternative to glass.

This workshop explores processing technologies, optical and mechanical performance, façade integration, and lifecycle sustainability metrics. Participants will examine the potential of transparent wood in energy-efficient buildings and climate-adaptive architecture.

Academic experts will present breakthroughs in nanostructured wood modification. Industry leaders will showcase pilot construction projects. Standards representatives will discuss compliance with building codes and fire regulations.

The goal is to accelerate adoption of bio-based transparent materials in mainstream construction.

Key Takeaways & Outputs

• Processing and chemical modification of transparent wood

• Optical, thermal, and structural performance metrics

• Comparative carbon footprint vs conventional glass

• Architectural integration strategies

• Fire safety and building code compliance

• Commercial deployment case studies