The global textile recycling market is expanding, but recyclers continue to face challenges around technology, investment, feedstock availability and commercial-scale production.
The global clothing and textile recycling market is entering a transition phase as recycling technologies move from development toward larger-scale commercial operations. According to the report, the market is projected to grow at a 5.9% compound annual growth rate through 2031, reaching approximately $20.2 billion.
The development of textile-to-textile recycling is attracting increasing attention from apparel brands, textile manufacturers and recycling companies. The objective is to recover fibres from discarded clothing and return them to textile production, reducing dependence on virgin materials.
However, moving from pilot projects to commercially viable recycling facilities remains a challenge. Recyclers need reliable supplies of suitable textile waste, efficient sorting systems, appropriate processing technologies and customers willing to purchase recycled fibres at commercially viable prices.
Different textile materials also present different technical challenges. Cotton, polyester, nylon and blended fabrics require different approaches, while garments can contain elastane, dyes, coatings, buttons, zips and other components that complicate recycling.
Mechanical recycling is already commercially established for some textile waste streams, particularly relatively homogeneous materials. Chemical and emerging recycling technologies are being developed to process more complex waste and recover higher-quality fibres. Market research indicates that mechanical recycling currently represents a significant part of textile-to-textile recycling, while chemical and biological approaches are being developed for more difficult feedstocks.
Investment is another important factor in the sector’s development. Commercial recycling plants require substantial capital, while operators must secure sufficient feedstock and long-term demand for their recycled outputs. Brand commitments and regulatory developments are therefore increasingly important in creating markets for recycled textile materials.
Governments are also introducing measures aimed at developing textile circularity. In India, the Tex-Eco Initiative announced in the Union Budget 2026–27 is designed to support technologies for textile waste management, recycling, value addition and the production of recycled fibres and other materials from discarded textiles.
India’s textile sector already has a substantial recycling base. The Ministry of Textiles estimates that the country generates 70.73 lakh tonnes of textile waste annually, with more than 95% of pre-consumer textile waste being recovered. The ministry has also projected India’s textile recycling market to reach $3.5 billion by 2030.
Internationally, the sector is also seeing more projects designed to connect collection, sorting, recycling and textile manufacturing. These integrated systems are intended to improve the consistency of recycled feedstock and create more reliable routes from discarded garments to new textile products.
The commercial maturity of textile recycling will ultimately depend on whether companies can combine technological performance with reliable supply chains and viable economics. As investment, policy support and demand for recycled fibres increase, the industry is moving toward a larger-scale circular textile model, although significant development work remains.