Sustainability Report

Yes. Adaptive reuse was considered as part of the project's long-term approach. Rather than designing the residence around highly specialized or fixed-use spaces, the plan is organized around a series of interconnected and relatively independent spatial zones that can accommodate different patterns of occupation over time.

The central courtyard acts as the primary organizing element, allowing the surrounding spaces to maintain independent access, daylight, and ventilation. This spatial structure provides the potential for individual rooms or groups of rooms to be adapted for alternative uses such as guest accommodation, workspaces, studios, or small-scale hospitality functions.

The seasonal zoning of the residence also contributes to its adaptability. The separation between the summer and winter quarters allows different parts of the building to operate independently, making it possible to modify their use without fundamentally changing the overall architectural organization.

The bedroom wings, living areas, and service spaces are arranged as relatively distinct zones, allowing future internal reconfiguration with limited intervention to the main architectural concept. The use of a clear structural and spatial hierarchy also supports the possibility of adapting the building to changing needs while retaining the central courtyard, passive climatic strategies, and principal circulation system.

In a future scenario, the mansion could therefore potentially transition from a private residence into a guesthouse, boutique hospitality facility, retreat, or mixed residential-work environment, while preserving its primary architectural and climatic features.

The project approaches adaptability as a means of extending the useful life of the building, reducing the need for demolition and reconstruction when future requirements change.

e project considers material recovery and future disassembly primarily through the use of relatively simple and durable building components. While a fully documented Design for Disassembly (DfD) strategy has not yet been developed, several elements can potentially be separated, repaired, reused, or replaced without affecting the primary structure.

Doors, windows, shading screens, metal elements, timber components, selected interior finishes, sanitary fixtures, and landscape elements can be designed as independent components, allowing them to be removed and reused or recycled at the end of their service life.

The use of traditional earth-based materials such as adobe also offers a potential circular pathway, particularly when uncontaminated by composite finishes or irreversible bonding systems. Depending on the construction method, adobe components can potentially be repaired, reused, or returned to the earth rather than becoming conventional construction waste.

The project also seeks to minimize unnecessary material complexity and composite assemblies, making future maintenance, replacement, and material recovery more feasible.

A future detailed Design for Disassembly strategy could further develop reversible mechanical connections, modular components, material passports, and clear separation between structural and non-structural elements to strengthen the project's contribution to a circular economy.