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Sustainable Development
Green Empowerment for a Sustainable Future
Environmental Protection
The company actively responds to the national “Dual Carbon” strategy by introducing advanced eco-designs and equipment, implementing green energy-saving solutions across water, electricity, heat, and gas usage to build an international-standard green factory.
All synthetic fiber products can be recycled into eco-friendly yarns, with each ton of recycled yarn saving 6 tons of petroleum, reducing carbon emissions by 95%, and saving 52% water and 96% electricity.
Self-built wastewater treatment plant with RO regeneration system, purifying wastewater to industrial tap water standards through multiple processes, with reclaimed water reuse rate exceeding 50%.
Tail gas treated via electrostatic precipitators to reduce air pollution.
Energy Conservation
Photovoltaic Power Station: 10.69MW installed capacity generates ~11 million kWh annually, saving 4,400 tons of standard coal and reducing 10,967 tons of CO₂ emissions, with zero pollution to improve air quality.
Compressed Air Tiered Management: High/medium/low-pressure tiered management reduces equipment load, cutting medium-pressure energy consumption by ~20% and low-pressure by ~45%.
Spinning Workshop Energy Design: Double-layer thermal insulation walls and double-glazed windows maintain constant temperature (22°C) and humidity (85%), reducing HVAC energy consumption.
Waste Heat Recovery: 100% recovery of steam and hot water heat from production, saving ~20% thermal energy.
Pipeline and Equipment Insulation: Insulating coatings on steam/hot water pipelines, dye jiggers, and stenters reduce thermal radiation losses by >10%.
Dual Compressed Air System: Static air powers pneumatic components, while dynamic air assists in fabric edge spreading and cleaning, reducing energy use.
Environment-Friendly Equipment
Spinning Machines: Energy-saving nozzles reduce air consumption by 20%–30%.
Texturing Machines: Latest thermal insulation cotton saves 10%–15% electricity.
Oil-Removal Washing Machines: Recycled hot water supply saves > 50% steam consumption.
Stenters: Steam heating from nearby power plant with waste heat recovery for dyeing; outlet sensors monitor temperature to reduce heat loss; photoelectric sensors adjust fan speeds to save energy.
Low Liquor Ratio Dyeing Machines: New heat exchangers and "three-in, three-out" water flow reduce steam consumption.
Permanent Magnet Motors: Used in primary equipment to reduce 24-hour energy consumption.
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