The era of making fabric from waste bottles is ending. China's National Development and Reform Commission has released the 15th Five-Year Plan for Circular Economy Development, setting hard targets: by 2030, major resource productivity must rise 16% from 2025 levels, annual recycled resource utilization must reach 510 million tons, and the circular economy industry output must exceed 8 trillion yuan. These numbers signal a clear policy shift toward full-category recycling, and recycled polyester—if still stuck in the old PET-bottle model—will miss the next growth wave.
Policy Context
The plan identifies three core tasks: expanding recycled material applications, upgrading recycling process equipment, and promoting high-quality development of the recycling industry. This means policy resources will flow across the entire chain—from collection networks to processing technology to end-use applications. For textiles, recycled polyester uniquely aligns with both carbon reduction and petroleum conservation, making it a policy priority. Merchants at Keqiao's China Textile City have already sensed the shift, with many storefronts featuring GRS-certified recycled fabrics. After the plan's release, supporting measures like green technology subsidies and collection system development are expected to accelerate.
However, policy tailwinds cannot mask internal industry fractures. Over the past years, recycled polyester capacity has expanded faster than demand, flooding the market with low-end homogeneous products and triggering price wars that squeeze margins. Meanwhile, high-quality recycled chip supply remains insufficient, and collection networks are underdeveloped, leaving high-end fabric and brand orders struggling to source raw materials. Worse, cyclical fluctuations in virgin polyester prices make cost control increasingly difficult for small and medium enterprises.
Industry Impact
Technology is becoming the key differentiator. Traditional bottle-to-fiber is a downcycling process, while T2T closed-loop recycling uses waste textiles directly to create new fabrics, achieving garment-to-garment circularity and greatly improving resource efficiency. Chemical recycling depolymerizes and purifies polyester monomers, producing fibers that rival virgin polyester and can enter high-value applications like sportswear and outdoor fabrics. Bio-enzymatic processes solve the challenge of blended and colored textile waste, operating under mild conditions with low energy consumption. These are no longer lab concepts—some Keqiao enterprises already master chemical recycling and ship products to global buyers through the Textile City network.
Global market growth provides an export outlet for technological upgrades. According to industry public data, the global RPET market entered a phase of structural growth in 2026, with a compound annual growth rate of 8.5% from 2026 to 2035, and the market index rising from 100 in 2025 to 210 in 2035. Asia-Pacific accounts for over 50% of global demand, and China is transitioning from a rough-processing base to a high-end manufacturing hub. The EU, North America, and Japan/Korea are raising mandatory recycled-content requirements in textiles and packaging, turning regulatory pressure into long-term export growth for Chinese recycled polyester firms.
Practical Recommendations
Under dual policy and market drivers, the long-term logic for recycled polyester remains intact, but the era of crude capacity expansion is over. Winners will be those who secure advantages in technology, traceability, and brand channels early.