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Algae Tiles consist of various prototypes of ceramic bricks with textured surfaces that are capable of channelling and retaining rainwater for micro algae growth.
Micro algae have huge potential as a clean urban greenery that only requires water to grow and can help absorb carbon through photosynthesis. Micro algae were implements into one of the most used architectural components, tiles, by using additive manufacture techniques. After 3D printing the sophisticated ceramic tiles, a robotic arm was used to inoculate living micro algae on specific areas of the tiles, following the results of environmental analysis on the scanning models of physical bricks. The inoculated living algae serve as primary colonisers, the foundation of a food chain that initiates biodiversity.
The Algae Tiles can be used for outdoor façades of buildings that use rainwater to boost the growth of algae and other species. As an architectural component, the integration of living algae with ceramic tiles creates a closer connection between humans and nature.
A concise presentation of the physical prototypes of the algae tiles.
The clay panels were 3D printed with sophisticated surface geometries and waving textures in order to increase surface area, collecting water, and growing algae.
Printed panels were scanned to obtain accurate digital models. The curvature of panels was analysed, and water flow was simulated to observe the trajectory of rainwater.
Nutritious hydrogel was mixed with algae concentrates for better adhesion and growth. A robotic arm was used for the bio-printing process and accuracy of non-planar movements.
Algae tiles are virtually used as the façade of a house. Passers-by can touch and feel the texture of these tiles, creating closer interaction with green algae on the surfaces.