Sustainability Report
Embodied carbon
The design of the stand incorporated several strategies to reduce embodied carbon. The primary structure is made of a lightweight prefabricated steel frame, which reduced both material consumption and the carbon emissions associated with transport and foundation work. The facade features CLT (cross-laminated timber) louvers, a renewable material that sequesters carbon. Furthermore, the use of low-impact concrete for counters and modular furniture from local manufacturers were key strategies to reduce the overall material footprint and embodied emissions.
Operational Emissions / Energy
The design focused on passive strategies to reduce operational emissions. It prioritized passive comfort and daylight optimization to reduce the need for artificial lighting and climate control. The project also integrated landscaping and green areas to improve the site's microclimate and enhance biodiversity, contributing to the building's overall thermal performance.
Service and maintenance emissions
The project was designed to be a living structure with a long life cycle. The use of modular furniture and the stand's ability to host a variety of events and activities beyond its initial purpose as a sales stand significantly extend its usability. This adaptability and flexibility reduce the need for future renovations or replacements, which in turn lowers the carbon emissions associated with service and maintenance.
Afterlife
Adaptive reuse was a core principle of the design. The building was conceived to be a "living structure" with open-plan layouts and modular furniture, allowing it to host a range of programs beyond its original use. The space has been used for exhibitions, meetings, and community gatherings, proving its flexibility and adaptability for different functions.
A key part of the design was focused on the circular economy, including the lightweight steel structure and the CLT facade elements, which were designed for disassembly. This allows them to be easily taken apart for potential reuse in future projects.