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Set against the dramatic cliffs of the Madeira island, this project explores architecture’s capacity to foster interwoven living, layered and adaptive ecosystems. Proposing a dual programme of desalination and a conference centre in Funchal, the project aims to address the complex issues of water scarcity in isolated communities. With primary objectives including increasing environmental literacy and promoting water conservation, the conference centre offers space for various lectures and events focused on sustainability. The innovative microbial destination technology, accompanied by diverse methods of water filtration within the building’s skin, showcases alternative methods for water desalination.
The building’s programme proposes a reliance on a decentralised multi-method system for the desalination plant, including techniques microbial desalination, solar radiation desalination and various ways of water filtering, purification and recycling
Mangrove's ability to withstand and adapt to unpredictable environments, as well as diverse methods of water desalination and conservation, informs the architectural design processes and strategies.
The 3D printed ceramic tiles act as a passive thermoregulatory skin, responding to sun orientation and environmental conditions. Their undulating geometry regulates heat absorption while promoting airflow across the façade.
The 3D printed ceramic tiles act as a passive thermoregulatory skin, responding to solar orientation and environmental conditions. Their undulating geometry regulates heat absorption and heat dissipation while promoting airflow across the façade.
The sculptural ceramics, part of bespoke interior features, are integrated as part of the cooling strategy. The unglazed surface of the clay pool’s basin facilitates the growth of intertidal organisms as the pools are cyclically submerged.