Recycled Waste-gas Based Polyester Fiber
Far Eastern New Century
Recycled Waste-gas Based Polyester Fiber
Far Eastern New Century
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Far Eastern New Century (FENC) cooperated with LanzaTech to create recycled waste-gas-based polyester fiber. It begins by converting waste gas from steel mills into ethanol through fermentation by a special microorganism, then ethanol is converted into waster-gas-based MEG through a chemical process. FENC then introduced the MEG into the synthesis production line of PET and created Bio3-PET products such as bottles, sheets, film, industrial fiber, and polyester textiles, which have properties and quality that are exactly the same as normal PET/polyester. PET/polyester made from this technology can be recycled through existing recycling systems and continues to provide more solutions to net-zero emissions.
Highlights
- The world’s first waste-gas-based polyester yarn/fabric.
- Suitable and adaptive in existing rPET recycling systems.
- The renewable PET/polyester made from captured carbon emissions reduces greenhouse gas emissions by 30%.
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Back to Hall of Fame
Far Eastern New Century (FENC) cooperated with LanzaTech to create recycled waste-gas-based polyester fiber. It begins by converting waste gas from steel mills into ethanol through fermentation by a special microorganism, then ethanol is converted into waster-gas-based MEG through a chemical process. FENC then introduced the MEG into the synthesis production line of PET and created Bio3-PET products such as bottles, sheets, film, industrial fiber, and polyester textiles, which have properties and quality that are exactly the same as normal PET/polyester. PET/polyester made from this technology can be recycled through existing recycling systems and continues to provide more solutions to net-zero emissions.