If Textile Recycling Technology Exists - Why Is So Little Actually Recycled?

Following a short break, we're beginning a new chapter focused on the technical side of textile recycling. In our previous series, we explored why textile recycling matters, introduced the main recycling technologies, and looked at how new European policies are shaping the industry's future. Over the coming months, we'll take a closer look at what happens behind the scenes - the biggest bottlenecks, the infrastructure needed to support circularity, emerging technologies, and the market dynamics that determine whether recycling succeeds in practice. We begin with one of the most common questions in the industry: if textile recycling technology already exists, why is so little actually recycled?

The answer may be surprising: technology is no longer the biggest barrier.

Today, modern recycling systems are capable of transforming textile waste into a wide range of valuable products. Depending on fibre quality and the chosen process, recovered materials can become new yarns and fabrics, insulation materials, automotive components, acoustic panels, geotextiles for civil engineering, furniture padding, carpet underlays, filtration materials, packaging, or even large-format advertising banners. The technical possibilities continue to expand every year.

The real challenge lies elsewhere - building a system that can consistently deliver the right materials to the right recycling technology.

Every textile follows a long journey before it ever reaches a recycling machine. It must first be collected, transported, sorted by fibre type and quality, checked for contamination, and directed toward the most suitable recovery route. At every step, infrastructure, logistics, and funding are needed. If any part of this chain is missing, even the most advanced recycling technology cannot operate efficiently.

This is one of the reasons why industry experts increasingly describe textile recycling as a systems challenge rather than simply a technology challenge. Collection systems need to expand, sorting technologies must become more accurate, manufacturers need reliable supplies of recycled fibres, and markets must exist for the products made from them. Building recycling capacity alone is not enough - the entire value chain has to work together.

This is also where new European policies, including Extended Producer Responsibility (EPR), are expected to make a difference. By sharing the cost of collection, sorting, and recycling across the value chain, they aim to create the stable infrastructure needed for circular textile systems to grow.

At RMP, we believe the future of textile recycling will depend not only on better machines, but on better connections between technology, infrastructure, and markets. The innovation already exists. The next challenge is making sure it can operate at the scale Europe's circular economy requires.