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In 2122, increasing water deficit in the Teesside area due to industrial leaching and sea-level rise has caused widespread ecological damage. Socioeconomic decline has disproportionately emphasised industrial expansion, encroaching on important heritage sites and shrinking nature reserves.
The project proposes a facility to reverse the decline of the local ecosystem, while fostering a new symbiotic relationship with industry, to preserve the collective memory of the community. This also includes physical long-term data storage within the fabric of the building.
A new relationship with material reuse, automation, and craftsmanship is developed through workshop facilities and teaching areas to reinvent the industrial landscape. Parts of the building’s growing façade are fabricated from scrap material to create a space that is visually reminiscent of industrial typologies, memorialising the area’s history. The building also utilises passive phytoremediation and iron nanoparticle remediation to filter water flowing through the building, to develop an economical and sustainable system that can be replicated to revive the surrounding landscape.
A passive groundwater phytoremediation and iron nanoparticle system reduce the concentrations of polluting heavy metals. Material reuse, metalworking, data encoding, storage and decoding are all within the built fabric of the structure.
The parallel routes that metal and water take throughout the building are explored in this short film.
The thickness of the blockwork walls, and sense of scale within the building, alludes to the megalithic nature of ancient load-bearing construction systems, and the concept of inhabiting a wall inspired by castle and forts.
The iron elements fuses the industrial typology of the surrounding area of the building and corrode over time. Adding excess electrons into the water encourages reactions to reduce volatile chemicals into less harmful compounds.