Agriwaste Natural Fibres
The aim of the project was to explore the use of agricultural residues to produce natural fibres, reducing reliance on conventional fibres like cotton. Building on the findings of the Laudes Foundation commissioned report ‘Spinning Future Threads’.
What's the challenge?
Agricultural residues, often burned due to their low economic value, contribute to environmental harm and climate change. Simultaneously, the fashion industry’s reliance on resource-heavy fibres like virgin cotton exacerbates water and pesticide usage, as well as greenhouse gas emissions.
The “Spinning Future Threads“ report commissioned by Laudes, highlighted the potential of various agri-residues, such as banana, hemp, and pineapple, for producing cellulosic and natural fibres. This presented an opportunity for brands to incorporate these feedstocks into their product lines, reducing their dependence on virgin fibres like cotton. Moreover, this shift offers a valuable economic opportunity for farmers, enabling them to diversify their revenue streams by transforming what was once considered waste into a profitable resource.
Executive Summary
Fashion for Good launched the Agriwaste Natural Fibres Project in February 2022 with catalytic funding from the Laudes Foundation in collaboration with adidas, Bestseller, PVH Corp. and Vivobarefoot. This project aimed to transform agricultural residues such as banana, hemp, and pineapple into scalable, eco-friendly fibres for the textile industry. It demonstrated the technical and economic feasibility of these alternatives, while reducing the environmental impact of textile production. Key activities included technical feasibility assessments, Screening LCAs, and product prototype development.
It had three phases, an initial due diligence assessment that mapped the landscape and assessed selected innovators to understand their capabilities across technology, blends, feedstocks and pricing. In the second phase, Fashion for Good ran technical feasibility tests with Birla Cellulose and all six innovators to produce predetermined blends.
Based on the results of Phase 2, phase 3 ran pilot trials with three innovators (AltMat, Bananatex and Circular Systems) producing a select number of blends carrying out testing and developing product prototypes for denim, t-shirts, jackets and footwear.
These three innovators have conducted external LCAs, and the FFG impact experts reviewed them to ensure that the methodology is robust. Each innovator selected different impact categories; however, the FFG LCA experts ensured that key categories were addressed, including climate change/global warming potential, blue water consumption/water use, eutrophication, and ecotoxicity.
Goals of the Project
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Identify innovations to convert agricultural residues into sustainable fibres.
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Measure the environmental impact of these alternative fibres.
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Address challenges such as fibre coarseness and drop-in feasibility for spinning.
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Scale up these innovations through collaboration between brands and supply chain partners.
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Project Results
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Agri-residue feedstocks like hemp, abaca, and pineapple were proven viable for fibre production, achieving technical and economic success.
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These fibres have a lower environmental impact than conventional cotton, reducing resource use, chemical inputs, and carbon footprint.
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While not a direct replacement for cotton, these fibres offer unique properties and can be blended with cotton for specific applications like denim, t-shirts, jackets, and footwear.
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Traceability is crucial for scaling adoption, ensuring the origins of agri-residues are validated for sustainability claims.
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Funder
Innovation Partners
Project Partners
Innovators
Implementation Partners
Relevant Resources
Project to Transform Agricultural Waste into Green Fibers for Fashion Sector
“This ambitious project explores a new source of feed stocks for the fashion industry that, if scaled, will help drive both the agriculture and textile industry towards net-zero. We see great potential for these various agriculture waste streams that would otherwise have few secondary uses. By applying innovative technologies to develop natural fibers, we can diminish the pressure on existing natural fibers and shift away from unsustainable materials and sources,” says Katrin Ley, managing director, Fashion for Good.
In Conversation with Bananatex: From Bananas to Backpacks
Other Projects
Sorting for Circularity Rewear
Fashion for Good expanded its Sorting for Circularity framework to address the challenge of sorting for rewearable textiles to understand better their resale potential and the demand across the second-hand market. We launched an 18-month initiative in January 2024 in collaboration with Circle Economy, brand partners adidas, Inditex, Levi Strauss & Co. and Zalando to enhance the sorting of rewearable textiles using innovative AI technologies. The project seeks to improve garment recovery for resale, promoting circularity in the fashion industry.
Behind the Break
Behind the Break is a multi-phase research initiative developed by Fashion for Good in collaboration with The Microfibre Consortium. The project takes a research-led approach to advance the fashion industry’s understanding of fibre fragmentation, addressing uncertainties in existing testing protocols and key knowledge gaps. By supporting the development of a more credible and consistent foundation, the initiative aims to enable stakeholders to make informed decisions and take decisive action to mitigate fibre fragment pollution, while leveraging the best available science.
Behind the Break 2.0
Behind the Break 2.0 is a targeted research initiative focused on addressing fibre fragmentation in textiles, building directly on the work started in Phase 1.0 (2024–2025), which tested the strengths and limitations of different methods used to measure fibre loss, identifying how much results vary between labs, and exploring what drives fibre shedding across three fabric types: cotton knit, cotton woven, and polyester knit. Phase 2.0 seeks to increase confidence in data quality, consolidate and refine existing testing approaches and knowledge across selected fabric archetypes, and deepen supplier engagement to support wider data collection within the space.
