Waste2Fashion is turning circular textile solutions into practice across five Mediterranean territories, testing locally adapted ways to improve the collection, sorting, reuse, recycling and upcycling of post-consumer textiles.
Circular innovation cannot remain on paper.
For solutions to post-consumer textile waste to create lasting change, they need to be implemented, tested and adapted to the realities of the places where they will operate.
This is the purpose behind Waste2Fashion’s post-consumer textile waste management and treatment pilot.
Across five Mediterranean territories, the project is moving from technical planning towards practical implementation, testing locally adapted models designed to increase the collection, sorting, reuse, recycling and upcycling of post-consumer textile waste, while exploring how the resulting materials can become part of sustainable local circular value chains.
One pilot model, five local contexts
Waste2Fashion is implementing its pilot activities across Catalonia in Spain, Cairo in Egypt, Monastir in Tunisia, Beirut in Lebanon and Tuscany in Italy.
The pilot hosts reflect the different realities of these territories: Solidança in Catalonia, the Egyptian Clothing Bank (ECB) in Egypt, Fédération Tunisienne du Textile et de l‘Habillement (FTTH) in Tunisia, FabricAID in Lebanon and Next Technology Tecnotessile in Tuscany.
But implementing the project across five territories does not mean reproducing exactly the same system five times.
The technical design is intended to be adapted to the needs of each pilot and to different stages of the textile value chain, including collection, separation, recycling and upcycling, according to local circumstances.
This locally adapted approach is central to Waste2Fashion: developing a common model while recognising that textile waste systems, infrastructure and capacities differ across the Mediterranean.
Building five locally tailored technical blueprints
Before implementation comes design.
Within Work Package 3 (WP3), Waste2Fashion’s technical work includes the development of five technical blueprints, each tailored to the needs and conditions of a specific pilot host. Led technically by Next Technology Tecnotessile, this phase builds on pre-feasibility work, stakeholder consultation and technical analysis to identify the solutions most appropriate for implementation in each territory.
The project then moves from these locally adapted technical foundations towards small-scale sorting and pre-recycling units within the five pilot contexts.
This approach allows Waste2Fashion to draw on shared technical expertise while responding to differences in existing infrastructure, operational capacities and textile waste systems across the participating territories.
The project evolves afterwards from this common technical foundation towards small, scale sorting and pre-recycling units within the five pilot contexts.
This creates a bridge between shared technical knowledge and local implementation: rather than treating technology as a standalone solution, the pilot examines how it can function within existing collection systems, organisations and textile value chains.
Technology for a complex waste stream
One of the technical challenges facing textile recycling is the heterogeneity of post-consumer textile waste.
Discarded textiles can vary significantly in materials, colours and fibre types, complicating their classification and treatment at scale. Waste2Fashion identifies this complexity as an important barrier to obtaining better-quality secondary materials for recycling.
The pilot therefore places particular emphasis on improving sorting and fibre classification.
The small, scale units foreseen under WP3 will use near-infrared and hyperspectral technologies to improve fibre classification and separation before subsequent recycling. Technical operations and performance will then be continuously monitored during implementation.
The project anticipates that these technologies can double or triple the output of classified materials, strengthening the capacity to produce fibres that are better sorted by characteristics including type, colour and structure.
The pilot starts before sorting
Technology, however, is only one part of the system.
Waste2Fashion’s model also addresses how post-consumer textiles enter the value chain in the first place.
Where collection systems need strengthening, the project foresees improving disposal and collection infrastructure through measures such as placing containers in strategic locations, coordinating with public and private stakeholders and raising awareness among residents. These activities are expected to be particularly relevant to the Tunisian and Lebanese pilots, while existing systems already operate in Catalonia, Tuscany and Cairo.
The wider WP3 model therefore connects collection, sorting and pre-recycling, material recovery and commercial exploitation, rather than treating each as an isolated intervention.
From recovered material to a viable value chain
Successfully sorting more textiles is not the final objective.
Recovered materials also need viable pathways back into productive use.
Waste2Fashion will therefore develop sustainable circular business plans for the pilot locations, helping pilot hosts identify revenue streams and strategies for inserting newly obtained materials into local textile value chains. Environmental, social and economic performance will also form part of the assessment.
This is what turns a technical pilot into a circular-system pilot.
The question is not only whether textiles can be collected and classified more effectively, but whether the resulting materials can retain value and support systems capable of continuing beyond the testing phase.
Testing to learn, and learning to replicate
The five Waste2Fashion pilots are designed not only to generate local results, but also to create knowledge that can be used elsewhere.
The project model is explicitly designed to be replicable and adaptable to different local needs and capacities. Through the five locally tailored technical blueprints, performance monitoring and implementation experience, Waste2Fashion will examine how collection, sorting and distribution models can operate effectively and sustainably in different contexts, as well as how innovative fibre-sorting technology can be transferred. sustainably in different contexts, as well as how innovative fibre-sorting technology can be transferred.
The lessons generated through WP3 and the project’s complementary waste prevention and revalorisation activities will ultimately feed into Waste2Fashion’s later capitalisation and exploitation work.
That is what makes piloting important.
It is not simply about proving that a technology works.
It is about understanding how it works, where it works, what needs to be adapted and what is required to make the wider model technically, economically and socially sustainable.
For Waste2Fashion, moving from blueprint to reality means turning circular textile concepts into practical experience, one local context at a time.
Last Update
01/10/2026
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