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17-25 October 2026

Planter tiles

Bio-receptivity research

Hosted by IOUS Studio

This project is now archived and was part of DDW23

This project is part of
Tools & Crafts
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Mock up axonometric
Mock up axonometric
IOUS Studio
Planter tiles explores the integration of 3D printing technology and natural organisms, specifically mosses, to design and construct bioreceptive tiles. Seeking to enhance bioreceptivity and foster the development of performative architectures that offer ecological benefits and aesthetic value.

Natural organisms

Combining the advantageous properties of moss with the unique characteristics of clay forms a powerful synergy for sustainable innovation. Its resilient nature allows it to thrive in diverse climates around the world, showcasing its global reach. With low maintenance requirements, moss stands as an economical choice for landscaping and ecological restoration projects. Beyond its ornamental value, moss serves as a pollution filter, adept at bio-mineralization and capable of filtering carbon emissions from the air. Its unique ability to absorb nanoplastics contributes to cleaner water systems. Furthermore, moss acts as a moisture concentration marvel while also functioning as a cooling agent and sound buffer. As a sound buffer, moss absorbs ambient noise, creating tranquil environments and underscoring its multifaceted role in ecosystems worldwide. This unassuming organism encapsulates a range of extraordinary capabilities that significantly benefit both the environment and human well-being.
Mock up view
Mock up view
IOUS Studio
Mock up zoom
Mock up zoom
IOUS Studio

Colofon

Designer Maria Sol Sanchez Cimarelli
Designer Agustin Ros