Origin Materials and Hyosung Partner to Produce Apparel from Carbon-Negative Materials
26 April 2023: Origin Materials, the world’s leading carbon negative materials company with a mission to enable the world’s transition to sustainable materials, and Hyosung Advanced Materials Corp., a Korea-based industrial materials company, have announced a partnership to industrialize sustainable high-value specialty materials.
As part of the partnership, Hyosung Advanced Materials signed a multi-year capacity reservation agreement to purchase sustainable carbon-negative materials from Origin Materials, including PET and a hybrid polymer PET/F (a blend of PET and FDCA) for use in tire cord applications, HTC for use in battery materials, as well as furanic derivatives for use in spandex applications in the apparel industry.
The partnership will leverage Origin’s patented technology platform, which can turn the carbon found in sustainable wood residues into useful materials while capturing carbon in the process.
The materials will support Hyosung Advanced Materials’ broader sustainability effort to address climate change with a focus on carbon neutrality and eco-friendly business sectors. In 2020, Hyosung Advanced Materials garnered a grade of “A” in recognition of its efforts in climate change from the CDP (Carbon Disclosure Project) and won the status of Honors Club in carbon management at ceremony presenting CDP Climate Change Korea Award.
“Partnering with Hyosung Advanced Materials is a significant milestone in our mission to transition the world to sustainable materials,” said Origin Materials Co-CEO Rich Riley. “The opportunity for working together is remarkably broad, and we are excited to develop high-value products for use in a wide range of end markets and applications including batteries, automotive, and apparel. Together, we can expand the adoption of Origin’s technology and help drive the ‘once in a planet’ shift to sustainable materials taking place around the world.”
www.originmaterials.com / www.hyosungadvancedmaterials.com
