Over 120 million tons of textile fibers are produced globally each year, with 73% being human-made, and 91% of these created from petroleum. Virgin, fossil-based synthetic fibers like polyester and nylon are major contributors to greenhouse gas emissions. To help limit global warming to 1.5°C, we must find sustainable alternatives to crude oil-based textiles, necessitating a fundamental shift in the industry.
To minimize environmental impact, the research consortium BIOTEXFUTURE is exploring new material sources. Developing alternatives involves a comprehensive assessment of their effects, taking into account factors such as regional differences, land-use changes, potential for circularity, and social considerations. The research also examines how these materials affect other areas like biodiversity and soil health.
The exhibition Fiber Futures reveals insights into cross-industry research and material innovation in the field of high-performance textiles.
Together with the team from adidas, we developed a lightweight, minimal-footprint exhibition system designed to showcase ongoing research and the dedicated demonstrators from each research project.
The key elements of the exhibition include lightweight textiles, spec sheets introducing the research background of fiber development, and a modular aluminum rigging system designed to display the demonstrators. The spec sheets offer detailed information on the current status of the research projects, including their Technology Readiness Level (TRL), potential applications, and future goals for yarn development. This allows visitors to gain a clear understanding of the progress, practical uses, and long-term vision of the fiber innovations being showcased
The exhibition Fiber Futures was shown as part of London Design Festival and Material Matters Fair from 18–21 September 2024 at Oxo Tower Wharf in London. The show reveals insights into BIOTEXFUTURE a cross-industry research and material innovation space led by adidas AG and RWTH Aachen University. It aims to open the discussion and dialog through exploring an opportunity space for possible impact pathways. As such the diverse Fiber Futures do not compete but supplement each other.
It was crucial for us to communicate the complex and diverse research potentials to a broader audience without a scientific background. To achieve this, we developed a guidance system centered around feedstock and performance potential, allowing for a quick understanding of the capabilities of various feedstocks in terms of their applications. The aim was to spark discussion and identify potential adaptation points for other industries, as the textile sector impacts not only sportswear but also industries like automotive, aviation, and beyond.
Hosting approximately over 6000 visitors, discussing in panel discussions and giving interviews the exhibition initiated a diversification of approaches towards alternative feedstocks in the field of high-performance textiles.
Explore micrositeWe are continuously working in collaboration with research and industry to transform the textile value chain.
BIOTEXFUTURE is an ongoing innovation space funded by the German Federal Ministry of Education and Research (Bundesministerium für Bildung und Forschung, BMBF), focusing on biobased textile research. The project is led by Adidas AG and RWTH Aachen University.
BIOTEXFUTUREExplore micrositeConcept
Franziska Seehausen
Art Direction / Production / CI
WINT Design Lab
Demonstrator Photography
Leon Laskowski
Spec Sheet Images
Consortium Partners
Film
ag4 medien GmbH
Assistant
Julia Huhnholz