Technological Breakthrough and Environmental Benefits:
The core of carbon capture fiber technology lies in transforming industrial carbon dioxide emissions from waste into valuable resources. Shenghong Group established the world's first carbon dioxide capture and utilization industrial chain, capturing factory-emitted CO₂ and chemically converting it into green ethylene glycol, which is then polymerized into carbon capture fiber
. Calculations show that each ton of carbon capture fiber consumes 364 kilograms of carbon dioxide, reducing carbon emissions by 28.4% compared to traditional processes
. This means a 300-gram T-shirt made from carbon capture fiber consumes approximately 100 grams of CO₂, providing a practical technological pathway for the textile industry to achieve its "dual carbon" goals.
Performance and Market Applications:
Compared to traditional petroleum-based fibers, carbon capture fiber matches virgin fibers in key indicators such as physical properties and dyeing processes. It is suitable for all knitted and woven fabrics, with all specifications including POY, DTY, and FDY available for production
. Its quality standards are identical to virgin fibers, enabling wide application in apparel, home textiles, bags, footwear, and weaving
. Currently, Shenghong Group's Phase I planned annual capacity has reached 30,000 tons, with plans to expand further to meet market demand
Industry Trends and Policy Drivers:
2026 has become a historic inflection point for sustainable transformation in the textile industry. With the implementation of the EU's Ecodesign for Sustainable Products Regulation, all apparel entering the EU market must achieve material traceability, carbon footprint disclosure, and recycling plan commitments
. Simultaneously, China's "15th Five-Year Plan" explicitly proposes adhering to expanding domestic demand as a strategic focus, deeply implementing consumption-boosting initiatives, and promoting the expansion and upgrading of commodity consumption
. Driven by both policy and market forces, the cost of eco-friendly materials has for the first time comprehensively fallen below that of traditional petroleum-based fabrics, with recycled polyester (rPET) production costs now接近 or even lower than virgin polyester
Multiple Sustainable Solutions Advance in Parallel:
Beyond carbon capture fiber, the 2026 Yarn Expo showcased various innovative sustainable materials:
•Bio-based Spandex: Hyosung's regen BIO bio-based spandex shifts raw materials from corn entirely to sugarcane, using proprietary one-step fermentation technology to directly convert sugar into bio-based spandex raw materials, further reducing energy consumption
.•Juncao Fiber: Xinxiang Chemical Fiber's new regenerated cellulose fiber made from juncao grass offers sustainable sourcing and inherent antibacterial properties, with cellulose content exceeding 50%, superior to ordinary wood pulp
.•T2T Regenerated Fiber: Zhejiang Jiaren New Materials uses chemical recycling to produce regenerated products from waste textiles, achieving a closed-loop "textile-to-textile" regeneration system
Market Outlook:
Industry forecasts predict the global sustainable fashion market will exceed $86 billion in 2026, with a compound annual growth rate of 14.3%
. As the cost advantages of eco-friendly materials become apparent and technological maturity improves, sustainable yarn is transitioning from a "green premium" product to a mainstream option with cost competitiveness. The usage rate of recycled materials in major textile provinces like Jiangsu and Zhejiang has surpassed 40% in 2026
, indicating China's textile industry is accelerating its transformation toward green and high-end development.
Conclusion:
The commercial application of carbon capture fiber technology represents not only a major breakthrough in textile materials science but also concrete action by the industry to address climate change and fulfill sustainability commitments. As more companies join the green innovation movement, 2026 will become a pivotal year for the textile industry's transition from "traditional manufacturing" to "green intelligent manufacturing."
