When the recycled polyester industry was still celebrating the story of 'waste bottles becoming new fabrics', policy and technology have quietly rewritten the track. The 15th Five-Year Plan for Circular Economy, issued by the National Development and Reform Commission, sets clear targets: by 2030, resource productivity must increase by 16% from 2025 levels, annual recycled resource utilization must reach 5.1 billion tons, and the industry output value must exceed 8 trillion yuan. Behind these numbers lies a turning point where recycled polyester shifts from 'optional' to 'mandatory'.
Policy Direction: From 'Encouragement' to 'Hard Constraints'
The plan lists three core tasks: expanding recycled material applications, upgrading circular process equipment, and promoting high-quality development of the recycling industry. This means recycled polyester is no longer a decorative addition to environmental slogans but a rigid demand embedded in national resource security strategy. For the textile industry, the signal is clear: whoever masters high-value recycling technology will gain the upper hand in future green supply chains. Keqiao China Textile City, a global hub for fabric trade, already sees local merchants offering GRS-certified recycled fabrics. With policy implementation, supporting measures such as recycling system construction, green technology subsidies, and recycled product promotion are expected to intensify, directly reducing transformation costs for enterprises.
Industry Contradictions: The Price of Scale and the Pain of Transition
However, policy dividends cannot mask deep-seated contradictions. Over the past years, recycled polyester capacity expanded rapidly, but low-end homogeneous products flooded the market, and price wars eroded profits. Recycling networks remain incomplete, resulting in insufficient supply of high-quality recycled chips that cannot meet premium brands' requirements for quality and traceability. Fluctuations in virgin polyester prices add further pressure on small and medium enterprises' cost control. These contradictions indicate that the industry is moving from a 'have or have not' stage to a 'good or bad' elimination round. In Keqiao's fabric market, recycled grey fabrics and RPET functional textiles are now flagship products in many showrooms, but only a few suppliers can consistently pass international brand audits.
Technological Breakthrough: How T2T Closed Loops Reshape Value Chains
Technological innovation is key to breaking homogeneous competition. Traditional mechanical recycling downgrades PET bottles into low-value fibers, while T2T textile closed-loop recycling directly uses waste textiles as feedstock, achieving 'garment-to-garment' same-level circulation and significantly improving waste textile utilization. Chemical recycling technology, through depolymerization and purification, produces recycled fibers with properties comparable to virgin polyester, suitable for high-end sportswear and outdoor fabrics. Bio-enzymatic processes, with mild reaction conditions, address challenges in recycling blended and colored fabrics and are moving toward industrialization. These technologies not only broaden feedstock sources but also push the industry from 'waste recycling' to 'full-category high-value circulation', widening the technology gap between enterprises.
Global Market: Structural Growth and China's Role Upgrade
According to IndexBox, the global RPET market is expected to grow at a compound annual rate of 8.5% from 2026 to 2035, with the index climbing from 100 in 2025 to 210 in 2035. Asia-Pacific accounts for over half of global demand, and China is transforming from a 'rough processing base' to a 'high-end manufacturing center'. Mandatory recycled content standards in the EU, North America, and Japan-Korea are creating rigid incremental demand for Chinese exporters. But opportunities favor the prepared—companies with T2T or chemical recycling capabilities, complete traceability systems, and established sustainable brand channels will reap the rewards.