The chemical fiber industry is undergoing a fundamental shift from raw material dependence to resource regeneration. In late March 2026, Hengyi Group broke ground on a 10-billion-yuan, 1-million-ton annual capacity green recycling project in Jiangling County, Jingzhou, Hubei Province. What sets this apart is not the scale, but the closed-loop model: starting from post-consumer textile waste, the project covers collection, sorting, and deep processing. This redefines the feedstock pool for the polyester industry.
How the Collection Network Reaches the Capillaries The core bottleneck for textile waste recycling has never been technology, but logistics and cost. China generates about 20 million tons of textile waste annually, yet the recycling rate is below 15%, due to scattered, inefficient, and unmanaged collection points. Hengyi's solution is to embed collection stations into the existing post office and supply-and-marketing cooperative networks. As of April 2026, 1,792 stations have been set up across Jingzhou, covering key areas including Honghu, Jianli, and Shishou. Jianli Post signed on January 14, 2026, linking 314 grassroots post offices; Shishou Post signed on April 21. The competitive edge: post offices naturally cover towns and villages, and their delivery trucks often return empty, making the marginal cost of carrying waste textiles nearly zero.
The partnership with supply-and-marketing cooperatives ensures standardization. A three-tier county-township-village system enables control over every step—from QR-code drop-off and instant cash-out to intelligent sorting. Jiangling County has built 200,000 square meters of storage capacity, with 100,000 already in use. The target is 400,000 tons static and 1 million tons dynamic turnover per year. This is not simple 'junk collection'; it uses infrastructure scale to lower unit costs and secure stable feedstock for downstream processing.
The Disruption of Chemical Recycling on Polyester Markets Hengyi's proprietary chemical recycling technology is the project's core. Unlike mechanical recycling, which downgrades material for fillers or low-end yarn, chemical recycling depolymerizes waste polyester textiles into monomers, which are then repolymerized into virgin-quality recycled polyester chips. This means recycled polyester can enter apparel fabrics, home textiles, and industrial yarns—areas previously limited to virgin materials.
China currently has about 5 million tons of recycled polyester staple fiber capacity, but most relies on imported bottle flakes or mechanical recycling. Hengyi's 1-million-ton chemical capacity will reshape the supply structure. At full production, the project could consume about 1.2 million tons of waste textiles annually, offsetting roughly 2 million tons of virgin PTA demand. For polyester filament and staple markets, this is not just substitution—it's incremental demand. When recycled material matches virgin quality, downstream brands (especially fast fashion and sportswear under ESG pressure) will significantly increase procurement.
From Jingzhou to the Nation: The Marginal Returns of Model Replication This government-enterprise model has already scaled nationally. As of April 2026, nearly 13,000 recycling stations have been built across China, including about 7,000 in Hubei, with a daily collection volume exceeding 2,000 tons and cumulative collection of 200,000 tons. Jingzhou, as the pilot, proves the feasibility of a low-cost expansion path through post office and cooperative networks.
For other chemical fiber players, the implication is clear: whoever locks in the collection network first will control the pricing power of future recycled feedstocks. In chemical recycling, logistics costs account for 30%-40% of total raw material cost. Hengyi has compressed this to an industry low through government-enterprise collaboration. Latecomers building their own networks will face both time loss and higher operating costs.