Revolutionizing plastic recycling with enzyme-powered circularity.
Enzyme-driven recycling technologies break down plastics into reusable building blocks, eliminating waste while preserving material quality. This scalable process reduces dependency on fossil fuels, supports biodegradable alternatives, and drives innovations for circular manufacturing, addressing global sustainability challenges.
TECHNOLOGY / INNOVATION
Enzymatic recycling technology, which uses proprietary enzymes to break down PET plastic and polyester fibers into their original monomers. Unlike traditional mechanical recycling, this method allows for infinite recycling without degrading material quality. It can also process complex and contaminated plastics, expanding the range of recyclable materials. This breakthrough supports a circular economy by enabling the production of high-quality, 100% recycled PET for industries like packaging and textiles.
CURRENT STATUS
Currently advancing its enzymatic recycling technology with a focus on scaling it through pilot projects and partnerships with global brands. They have secured funding for larger-scale demonstrations and are working to integrate their sustainable plastic recycling process into industrial production
ORIGINS
Founded in 2011 in France, with a focus on developing innovative solutions for recycling plastics, particularly PET and polyester fibers.