Enzymes: The Core of Our Technology
The Science Behind Enzymatic Recycling
Our technology is built on a foundation of advanced enzyme engineering. We identify enzymes that break down plastic, then engineer them to function as high-performance “molecular scissors” using artificial intelligence and next generation enzyme screening technologies. These enzymes are used as part of a sustainable plastic recycling process that recovers chemical monomers and reuses them as part of an infinite plastic recycling process that will eliminate our need to manufacture plastics from fossil fuels.
Why Enzymes?
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High Quality
Resin
100% recycled PET resin with the same performance properties as virgin resin produced from fossil fuels. Enables infinite plastic recycling.
Improved Process Economics
Cost of enzymatically recycled PET resin is equivalent to virgin PET. Premium quality, circular resin enables premium pricing.
GHG Emissions
Emissions reduced by >70% using low temperature enzyme technology and green chemistry.
Small Footprint Plants
Low emission, economical small scale commercial plants with lower permitting requirements.
Our Enzymatic Recycling Process
Bottles, clamshells, and polyester
textiles are shredded to small
particle sizes
Enzymes break down plastic
polymers into chemical monomers
by breaking chemical bonds
100% recycled plastic
resin is used to
manufacture high quality
plastic products
Chemical monomers are
repolymerized into 100% recycled
plastic resin
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Bottles, clamshells, and polyester textiles are shredded to small particle sizes
Enzymes break down plastic polymers into monomer “building block” chemicals by breaking chemical bonds
Monomers are repolymerized into 100% recycled plastic resin
100% plastic resin is used to manufacture high quality plastic products
Our Technology
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Our Commitment to
Sustainable Solutions
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Research and Development
We are committed to continuous innovation. Our research and development team are constantly exploring advancements in biotechnology and AI to enhance design of our enzyme catalysts. By staying at the forefront of biotechnological advancements, we aim to set new standards in plastic recycling.
Our Commitment to Sustainability
Sustainability is at the heart of everything we do. Our enzymatic recycling technology not only addresses the global plastic waste crisis but also promotes a circular economy where materials are continuously reused, reducing the need for new plastic manufacturing and minimizing environmental impact.
Let's build a better future together
We believe that collaboration and community are key to driving meaningful innovation. We partner with businesses, government agencies, and universities to accelerate innovation and commercialization of recycling technologies.
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