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Ravel - shredded polyester/elastane material ready for processing (c) Ravel
18.09.2026

Ravel raises $8.2m to scale blended-textile recycling

Ravel has closed an oversubscribed $8.2 million seed round led by One Small Planet, with participation from AP Ventures, Overlay Capital, Lichen Ventures and existing investors. The funding is intended to move the Seattle-based recycling company from pilot operation towards commercial readiness.

Its Purification Recycling process is aimed at one of apparel recycling's persistent problems: stretch blends. Elastane is widely used in activewear, denim, underwear and other garments, yet even relatively small percentages can interfere with established recycling routes.

Rather than treating the whole textile as a single feedstock, Ravel is developing a separation and purification route for polyester/elastane blends. The company says recovered material can be converted into recycled plastic pellets for renewed use as a raw material.

The next phase will test more than chemistry. Commercial viability depends on throughput, feedstock variability, separation efficiency, energy and chemical inputs, and the quality of the recovered fractions. Ravel plans to validate the process at production scale with textile partners.

Ravel has closed an oversubscribed $8.2 million seed round led by One Small Planet, with participation from AP Ventures, Overlay Capital, Lichen Ventures and existing investors. The funding is intended to move the Seattle-based recycling company from pilot operation towards commercial readiness.

Its Purification Recycling process is aimed at one of apparel recycling's persistent problems: stretch blends. Elastane is widely used in activewear, denim, underwear and other garments, yet even relatively small percentages can interfere with established recycling routes.

Rather than treating the whole textile as a single feedstock, Ravel is developing a separation and purification route for polyester/elastane blends. The company says recovered material can be converted into recycled plastic pellets for renewed use as a raw material.

The next phase will test more than chemistry. Commercial viability depends on throughput, feedstock variability, separation efficiency, energy and chemical inputs, and the quality of the recovered fractions. Ravel plans to validate the process at production scale with textile partners.

The financing adds capacity at a point where recyclers are increasingly trying to tackle blends that mechanical systems cannot readily return to fibre.