Sustainability Report
Certificates
Service and maintenance emissions
The project prioritised durable, low-maintenance finishes to extend replacement cycles, directly reducing the emissions associated with frequent material churn. Modular systems allow targeted replacement of components rather than wholesale refits. Combined with a preventive maintenance approach, these choices lower the lifetime energy and material inputs needed to keep the space operational — reducing lifecycle emissions beyond just the operational phase.
Afterlife
Yes, to a degree. The design incorporates adaptable layouts and modular furniture that can be reconfigured for different programs or tenants without major demolition. The use of recyclable materials (metal, glass, gypsum) across the fitout means that if the space is repurposed or vacated, components retain residual value rather than becoming waste — reducing end-of-life impact.
Yes. The project's high 93.56% construction waste diversion rate (21,836 kg diverted) reflects an embedded circularity mindset. Key disassembly-friendly elements include modular furniture, metal and gypsum systems, and glass partitions — all of which can be segregated, recycled, or reused at end-of-life. The construction phase already demonstrated this through active waste segregation and recycling of metal, gypsum, and packaging materials.