Spotlight: Recycling Crisis

The Data Divide: How Traceability Gaps Are Crushing Textile Recycling Economics

Europe's textile recycling industry generates only €1.54 billion annually despite processing millions of tonnes of waste, highlighting systemic economic challenges. Industry experts reveal how data invisibility and traceability gaps create cascading costs that undermine commercial viability and prevent meaningful circularity at scale.

Long Story, Cut Short
  • Recyclers absorb hidden costs from unverified textile inputs, forcing competition on price rather than environmental impact.
  • Investment stalemate persists due to unpredictable feedstock quality without upstream blockchain-backed traceability systems.
  • Funding models must reward verified data sharing over volume to unlock sustainable textile recycling economics.
The textile recycling market is projected to grow, but investment remains concentrated in companies that can demonstrate material flow predictability
Material flow The textile recycling market is projected to grow, but investment remains concentrated in companies that can demonstrate material flow predictability. AI Generated / Gemini

This Spotlight series on textile recycling is timed with the Textiles Recycling Expo 2025 being held in Brussels, Belgium on 4–5 June 2025. texfash is a Media Partner for the event. 

  • Aware is an award winning global traceability solution for the fashion and textile industry. Their Digital Product Passport (DPP) is a world’s first game-changing phygital technology that revolutionises the industry. Because at source a physical tracer is embedded into any type of raw material and each step is validated by each maker in the supply chain (primary data) which automatically ends up on a public blockchain. Leading to a virtual supply chain that follows the physical flow of materials forward, providing primary impact figures.
  • Cetia is developing solutions to transform textile and leather articles into sources of material ready for recycling. Leveraging automation, robotics and artificial intelligence, the company is building efficient systems to make recycling operations competitive. Cetia supports marketers, collectors/sorters and recyclers in the design and deployment of innovative solutions to bring their textile and leather recovery projects to life.
  • Noosa is a Belgian company headquartered in Brussels, where most of its activities take place: from Research & Development to commercial activities and from fibre extrusion at pilot scale to its recycling. Noosa focuses on two primary areas of activity: the production of a bio-based textile fibre and its recycling. After production, the company supplies its bio-based fibre and yarn to brands and manufacturers, who process it into a wide range of end-products.
  • Re:inventex solves the problem of textile waste accumulation by implementing global recycling trends by collaborating with the textile and fashion industry, government agencies, environmental organisations, and consumers to foster a culture of textile waste management. Re:inventex utilises equipment from leading European manufacturers, which allows it access to textile waste and obtain high-quality raw materials for further use in the production of non-woven materials and various textile products.

1-1 interviews with these companies will by published later in the week.

On the face of it, things do not look good. The textile recycling industry today faces a fundamental economic paradox. Despite mounting regulatory pressure across Europe and waste volumes reaching 16kg per person annually, most recycling ventures struggle to achieve commercial viability. Only 4.4kg per person of textile waste was collected separately for reuse and recycling in 2020, with the remainder ending up in mixed household waste streams.

This economic fragility stems from a rather pervasive invisibility problem throughout textile supply chains. Without reliable, traceable data about material composition, origin and processing history, recyclers operate blind, absorbing costs that cascade through every stage of operation. The absence of verified information creates redundant verification systems, increases sorting complexity, and forces operators to compete primarily on cost rather than environmental impact.

The stakes are significant. With Europe accounting for 29.4% of the global textile recycling market in 2024, addressing these fundamental data gaps represents not just an environmental imperative but an economic opportunity worth billions. However, achieving this requires dismantling the opaque systems that currently define the industry and rebuilding around principles of verified transparency.

The Trust Deficit Destroying Economics

Koen Warmerdam, Co-founder and Brand Director of Aware, a traceability enterprise, identifies the core issue: "Recyclers today absorb the hidden costs of an opaque, unverified system. Without upstream traceability, they can't trust the input – leading to high sorting costs, repeated verification, and material loss. Everyone's building redundant systems because there's no shared proof layer."

This trust deficit creates cascading inefficiencies throughout the recycling value chain. When recyclers receive textile waste without verified composition data, they must invest heavily in sorting technologies and testing protocols to determine material characteristics. These costs are particularly burdensome for smaller operators who lack economies of scale to absorb verification expenses.

Tetiana Pushkarova, Development Manager at Re:inventex, underlines the practical implications: "The difficulty lies in the complexity and fragmentation of the supply chain itself. Each stage - from raw material sourcing to end-of-life sorting - operates with different systems, standards, and incentives. For many companies, traceability is still perceived as an operational cost rather than a shared industry need."

The absence of standardised data formats makes things just worse. Without common protocols for documenting fibre content, chemical treatments and processing history, recyclers need to develop bespoke verification systems for different suppliers. This fragmentation prevents the development of efficient, industry-wide sorting and processing infrastructure.

Warmerdam emphasises on the competitive dynamics this creates: "Without verifiable data, brands hesitate to pay more, so recyclers compete on cost, not impact. From Aware's perspective, this isn't just a recycling issue—it's a traceability gap."

The economic consequences extend beyond individual operators. The lack of verified input data prevents the development of quality guarantees for recycled outputs, limiting market acceptance and pricing power. This creates a vicious cycle where low prices discourage investment in better sorting and processing technologies, perpetuating quality concerns.

Chloé Salmon Legagneur, Director of Cetia, talks about the sorting challenge: "Automated detection and sorting solutions can be used to qualify the textile collected, so that it can be channelled towards the best recycling routes. The detection part can include recognition of composition, colour, but there can also be extensive image processing via artificial intelligence."

However, even advanced sorting technologies require some baseline information to function effectively. Without upstream traceability providing verified composition data, AI-powered sorting systems must work harder to identify materials, increasing processing costs and potential errors.

Chloé Salmon Legagneur
Chloé Salmon Legagneur
Director
Cetia
Koen Warmerdam
Koen Warmerdam
Co-founder and Brand Director
Aware
Luna Aslan
Luna Aslan
Project Manager
Noosa
Tetiana Pushkarova
Tetiana Pushkarova
Development Manager
Re:inventex

Breaking the Investment Stalemate

The relationship between feedstock quality and investment creates a proverbial chicken-and-egg problem. Investors demand predictable material quality and volumes before committing capital, while recyclers plead that they cannot guarantee these conditions without investment in better collection and sorting infrastructure.

Warmerdam offers a pathway through this impasse: "Recyclers can't guarantee feedstock quality or volume without upstream proof. So, to unlock investment, we need to start with traceability, not scale. The way forward is simple: make every material batch verifiable."

This approach represents a fundamental shift in thinking about recycling infrastructure development. Rather than focusing initially on processing capacity, the industry should prioritise creating verifiable data about material flows. "With blockchain backed, traceable data on fibre content and origin, recyclers can build predictable input pipelines. That's what gives investors confidence," Warmerdam explains.

Luna Aslan, Project Manager at Noosa, adds to the conversation, as she identifies the structural barriers: "The main barriers include high implementation costs, lack of standardised protocols, and fragmentation within the industry. Many players hesitate to invest in harmonised systems due to uncertain ROI and the complexity of coordinating across diverse stakeholders and regions."

The investment challenge is particularly acute for chemical recycling technologies, which require substantial upfront capital but cannot guarantee returns without reliable feedstock. Mechanical recycling, while requiring lower initial investment, still faces quality predictability issues that limit investor confidence.

Pushkarova highlights the broader ecosystem effects: "Without reliable data, recyclers struggle to assess material inputs accurately, which leads to inefficiencies, contamination, and ultimately, lower recycling rates. It also limits our ability to track the real environmental impact of circular claims."

The solution requires aligning incentive structures with verification rather than volume. "Incentives should reward verified data sharing, not just output volume. When brands and suppliers prove what's coming in, recyclers can plan. When recyclers can plan, investors can invest," Warmerdam argues.

This data-first approach could unlock significant capital. The textile recycling market is projected to grow, but investment remains concentrated in companies that can demonstrate material flow predictability. Creating industry-wide verification standards would democratise access to this capital across smaller operators currently excluded due to data gaps.

The Hidden Costs
  • Recyclers invest heavily in redundant verification systems due to lack of standardised material data.
  • Sorting costs increase dramatically when composition information is unavailable or unreliable.
  • Material loss occurs during repeated verification processes, reducing overall recycling efficiency.
  • Brand hesitancy to pay premiums without verified impact data forces price-based competition.
  • Investment uncertainty stems from inability to predict feedstock quality and consistency.
Blockchain Solutions
  • Every material batch requires unique, verifiable identification from fiber to finished product.
  • Smart contracts can automate verification processes and reduce manual testing requirements.
  • Shared proof layers eliminate need for brand-specific collection and verification systems.
  • Data standardisation enables AI-powered sorting technologies to operate more effectively.
  • Mass balance principles allow aggregated material flows while maintaining accountability.

The Infrastructure Imperative

Current funding models for textile recycling infrastructure reflect the industry's fragmented approach to responsibility. Brands often develop proprietary collection schemes, governments provide sporadic support for specific technologies, and recyclers compete for limited funding streams without coordination. That’s how things stand—at the moment.

Warmerdam advocates for a fundamentally different approach: "Brands should help fund recycling infrastructure, but not through complex, brand-specific collection schemes. Recycling operates on a mass balance principle, not a per-brand traceability model. What matters is commitment to the output."

This mass balance approach recognises that effective recycling requires aggregating materials from multiple sources rather than maintaining brand-specific material flows. The French government's support for chemical recycling company Circ exemplifies this principle, providing infrastructure funding that benefits the entire industry rather than specific brands.

"If brands commit to buying verified recycled materials, they create the market signal recyclers need. In return, they should get access to transparent, traceable data that shows how materials flow, where waste occurs, and how impact is measured," Warmerdam explains.

Government funding plays a crucial complementary role. "Governments can amplify this by funding shared infrastructure, like the French government's support for Circ, and by tying policy incentives to proof-backed performance, not just pledges," he adds.

Then, there’s the issue of approaches. Adds Pushkarova: "We believe traceability must become a shared infrastructure, co-built by producers, recyclers, and regulators, not a competitive feature. Only then can we unlock its full potential for circularity."

The most sustainable funding model emerges from this collaborative approach. "In our view, the most sustainable model is one where funding follows data: those who can prove they've enabled circularity, through traceable sourcing, transparent reporting, or verified take-back, unlock financial or regulatory advantages," Warmerdam concludes.

This data-driven funding approach could resolve current market failures. By rewarding verified environmental performance rather than promises, it creates clear incentives for investment in traceability infrastructure while ensuring accountability for public and private funding.

Tailender

The textile recycling industry's economic challenges stem fundamentally from information asymmetries rather than technological limitations. While sorting technologies advance and chemical recycling shows promise, the absence of verified, traceable data throughout supply chains creates inefficiencies that undermine commercial viability. The path forward requires recognising traceability as essential infrastructure, not optional enhancement. By prioritising proof over promises and verified data over volume metrics, the industry can unlock investment confidence and create sustainable economics. This represents a paradigm shift from scale-first to trust-first thinking, where transparency becomes the foundation for both environmental impact and financial returns.

When recyclers receive textile waste without verified composition data, they must invest heavily in sorting technologies and testing protocols to determine material characteristics. These costs are particularly burdensome for smaller operators who lack economies of scale to absorb verification expenses.
When recyclers receive textile waste without verified composition data, they must invest heavily in sorting technologies and testing protocols to determine material characteristics. These costs are particularly burdensome for smaller operators who lack economies of scale to absorb verification expenses. AI Generated / Gemini
 

Also in this Spotlight series

 
 
  • Dated posted 2 June 2025
  • Last modified 2 June 2025