Despite the global threat the climate crisis presents, it will – and already does – manifest itself locally. These five materials products are helping to combat these hyperlocal environmental issues by employing sidestream waste and a bioregional approach.

BIOREGIONAL DESIGN PRACTICES

Atelier Luma

The exhibition Atelier Luma Bioregional Design Practices comprises five immersive installations showcasing locally inspired materials and prototypes resulting from collaborative bioregional explorations. Rice straw, salt, textiles and wool represent the bioregion around Arles, France. The Rice Straw Space Divers installation (pictured above) uses sound-absorbing panels made of repurposed rice straws as space dividers which depict the local Camargue rice fields. The exhibition's discussion space (cover image) features bioplastic seating crafted from algae and agricultural byproducts.

LESS, LIGHT, LOCAL

We+

Discarded Ita Nori seaweed that has become inedible due to climate change is being revalued in We+’s research project Less, Light, Local. Inspired by traditional Japanese craftsmanship, the designer explores new possibilities for the local seaweed by designing lights which emphasize Ita Nori’s material lightness and strength.

Photos: Cinzia Romanin and Thomas Noceto.

GENT WASTE BRICK FOR DING

Carmody Groarke

Made of 63 per cent recycled municipal waste sourced from the city of Gent, including crushed concrete and glass, the Gent Waste Brick is developed by Carmody Groarke for the construction of the new wing of the Design Museum Gent. The low-carbon brick is cured rather than fired, gaining strength from carbonation. The hydraulic lime captures CO2 from the atmosphere as the bricks cure, sequestering carbon over the life of the building.

FROM WASTE TO NEW MATERIALS

Studio Peipei

Orgasnic.art, located near Barcelona, recycles seashells found along the local coast. Studio Peipei joined them to expand the product range and develop sustainable manufacturing processes. Extensive research into local side streams led to three solutions: a waste-based, low-emission cement-like material, a binder made from food waste and a natural glaze for ceramics made of seashells. These solutions prioritize minimal energy use and easy production by utilizing seawater as a water source.

TATAMI REFAB PROJECT

Honoka

Japanese design lab Honoka has created a new material by blending Igusa grass, sourced from discarded Japanese Tatami mats, with biodegradable resin. By utilizing a 3D printer, the Tatami Refab project reintroduces the culture of Tatami into contemporary living spaces.