Sustainability Report

One of the project's fundamental ambitions was not only to transform an existing office building into a contemporary art center, but also to ensure that the intervention itself could continue to evolve over time.

Rather than designing a building around a single fixed function, we conceived REDGE as an open cultural infrastructure capable of accommodating change. Movable partitions, reversible architectural insertions, flexible technical systems and multifunctional public spaces allow the building to continuously adapt without requiring major structural interventions.

More importantly, this flexibility extends beyond the architecture itself. REDGE was conceived as a civic platform embedded within a rapidly evolving urban district. As the surrounding community grows and changes, the building is able to respond to new cultural, educational and social demands that cannot yet be fully anticipated. Spaces such as The Pool, the educational areas and the Art Bistro were intentionally designed to support a wide range of activities, from exhibitions and performances to workshops, lectures, community gatherings and future programs that may emerge over time.

For us, adaptive reuse is not a one-time transformation, but an ongoing process. If buildings are expected to outlive the programs they host, architecture should provide a framework that allows those programs, and the communities they serve, to evolve without making the building obsolete once again.

Ultimately, the project was never simply about converting an office building into a museum. It was about extending the life of an existing building by making change itself part of the architecture. In this sense, the long-term value of adaptive reuse lies not only in preserving buildings, but in enabling them to continuously support new forms of public life as cities and communities evolve.

One of the central strategies of the project was to preserve as much of the existing building as possible while introducing a new architectural layer through precise and largely reversible interventions. Rather than replacing the original structure, the transformation works by inserting independent elements that can evolve over time without fundamentally altering the building itself.

Many of the newly introduced components, including the stainless-steel entrance system, movable exhibition walls, flexible technical infrastructure, rotating doors and adaptable furniture, were conceived as discrete architectural insertions rather than permanent construction. Their independence allows them to be reconfigured, upgraded or replaced as future needs change, extending both the usefulness of the intervention and the lifespan of its components.

More fundamentally, however, the project's contribution to the circular economy lies in the decision to retain and reactivate the existing building. By preserving its primary concrete structure and working through subtraction rather than replacement, the project significantly reduces material consumption, demolition waste and embodied carbon.

For us, circularity is not only about the reuse of individual building elements, but about extending the life of architecture itself. The most sustainable building is often not the one that is newly constructed, but the one that is thoughtfully transformed to support new forms of public life over time.