How CO2 Becomes Fiber

ZERO TEX SUSTAINABILITY

These clothes change the atmosphere.

1ton Producing 1 ton of this material
leads to 1 ton of CO2 reduction.

28.4% Significantly reduces CO2 emissions
compared to conventional petroleum-derived polyester.

The same effect as planting 1 million cedar trees. A reduction of 10,000 tons of CO2 annually is equivalent to the amount absorbed by a vast forest of approximately 15,000 acres. By choosing our materials, we create the same value as increasing forests on Earth.

The process of CO2 transforming into fiber

1. Capture and Refine

CO2 is captured from factory exhaust gas. It is washed to increase purity and then liquefied.

2. Synthesis

CO2 is synthesized with "green hydrogen" produced using renewable energy.

3. Raw Material Production

Ethylene glycol, the raw material for fiber, is created via "green methanol."

4. Fiber Completion

Polymerization with cutting-edge technology results in high-quality petroleum-free polyester.

*This is a carbon-circular (CCU) manufacturing model that reuses CO2, which was previously discarded, as a physical "resource."