The textile industry is looking for ways to reduce the environmental impact of dyeing, one of the most resource-intensive stages of textile production. OXMAN‘s latest research project, Vigils, explores a different approach. Instead of applying synthetic dyes at the end of production, pigmented bacteria grow directly on textile surfaces. As a result, colour develops through biological activity and becomes part of the material itself.

Growing Colour Instead Of Applying It

Vigils takes inspiration from nature, where biological processes create colour in flower petals, butterfly wings, berries and animal markings. OXMAN applies this principle to textiles by cultivating pigmented bacteria directly on knitted fabrics. The bacteria generate colour as they grow, eliminating the need for conventional dyeing.

The project is still experimental. However, it demonstrates a new way to colour textiles that could reduce the environmental impact of traditional dyeing processes.

From Material Ecology To Nature-Centric Design

Vigils continues more than twenty years of research by OXMAN founder Neri Oxman. During her time at the MIT Media Lab, she introduced the concept of Material Ecology. The idea encourages designers to create products, buildings and materials that behave more like living organisms than assembled machines.

This philosophy shaped projects such as Silk Pavilion, which combined robotic fabrication with 6,500 silkworms, and Aguahoja, a series of biodegradable structures made from cellulose, pectin and chitosan. Both projects showed how biological systems can actively contribute to manufacturing instead of simply inspiring it.

OXMAN now describes this evolving approach as Nature-Centric Design. Rather than copying nature, designers collaborate with living organisms throughout the production process.

Reducing The Environmental Impact Of Colour

The research focuses on one of the fashion industry’s biggest environmental challenges. Textile production uses an estimated 93 billion cubic metres of water every year. It also generates around 20% of the world’s industrial wastewater. Synthetic dyes, many of which come from petrochemicals, contribute significantly to this impact.

By exploring bacterial pigmentation, OXMAN joins a growing group of designers, researchers and biotechnology companies developing bio-based alternatives to conventional dyes. The studio treats colour, material production, fabrication and biodegradation as connected parts of one ecological system.

Towards Biodegradable Textile Systems

Although Vigils remains a research project, it shows how living organisms could help shape future manufacturing methods. Instead of relying on extractive industrial processes, OXMAN explores systems based on growth, adaptation and regeneration. This approach could open new opportunities for more sustainable textile production.

Source: Designboom
Photos: Nicholas Calcott / OXMAN