enzyme

Samsara Eco is working on innovative solutions for recycling plastics and textiles through advanced enzyme technology. Unlike traditional recycling, which often downgrades materials and limits plastic recyclability, Samsara Eco’s enzymes break down complex plastics (polymers) into their original chemical building blocks (monomers). The company creates virgin-grade plastics without reliance on fossil fuels by converting polymers into simple monomers.

Epoch Biodesign has created a platform that integrates advanced biological processes to transform complex, blended plastics into sustainable materials. Unlike conventional recycling methods, the company’s proprietary process operates at low temperatures and atmospheric pressure, without toxic catalysts or solvents—what they term "biorecycling."

Developed by Carbios, a French biotechnology company that focuses on solutions for recycling plastics and textiles through enzymatic recycling technology. The process uses an enzyme capable of specifically depolymerizing the PET (polyethylene terephthalate) contained in various plastics or textiles. 

Ginkgo Bioworks is a platform for cell programming, offering comprehensive, end-to-end services that address complex challenges across various industries, including food and agriculture, pharmaceuticals, and industrial chemicals. The company specializes in enzyme engineering, providing tailored solutions such as biocatalysts that replace traditional chemical synthesis steps, enhance enzyme functionality, and reduce manufacturing costs at scale. These innovations empower clients to optimize their R&D projects and improve overall efficiency.

Aralez Bio is a biopharmaceutical company pioneering a platform that unlocks an unprecedented range of noncanonical amino acids (also known as unnatural or unusual amino acids). These noncanonical amino acids can modify the properties of biomolecules, allowing for tailored products to meet specific customer needs. They are essential for developing next-generation products with exceptional chemical, biological, and physical properties.

Realzyme specializes in enzyme-based solutions designed to detect and address biofilm contamination across various industries, including food and beverage, healthcare, and home hygiene. Under its brand eezym, Realzyme offers natural, high-performance products for maintaining a clean and healthy home environment, free from toxic chemicals. Another brand, Realco, provides professional-grade products tailored for different sectors, ranging from multi-surface cleaners to highly specialized technologies.

Lux Bio, a startup dedicated to sustainable innovation, has developed "Lume," a revolutionary bioluminescent lighting system designed to replace traditional chemiluminescent lights. This enzyme-based proprietary technology harnesses the power of enzymes to create a stable and long-lasting light source. When mixed with water, the bioluminescent formula produces light, offering a sustainable alternative to traditional chem lights. Unlike chemically synthesized alternatives, Lume is bio-manufactured in a lab using renewable resources, making it an environmentally friendly option.

Anodyne is a Canadian startup dedicated to transforming the chemical industry into a more sustainable sector by leveraging the power of enzymes. This innovative approach merges the evolutionary advantages of biological systems with the efficiency of chemical manufacturing, aiming to transition from fossil-based to fossil-free production methods. Anodyne’s mission is to provide affordable, sustainable alternatives for everyday products, contributing significantly to the industry's shift towards greener practices.

A technology developed by Sudoc, a company that aims to replace toxic chemicals with toxin-free chemical options for wastewater disposal treatments. Sudoc specializes in TAML (Tetramic Acid Metal-Ligand) molecules to make chemical reactions exponentially more powerful. TAML® catalysis is characterized by premier catalytic functions with self-decomposing mechanisms. It is most environmentally effective when used with hydrogen peroxide -- a chemical made up of hydrogen and oxygen used by our bodies to oxidize toxic compounds and chemicals.

Intropic Materials is pioneering a technology designed to replace traditional plastics with biodegradable alternatives. The company’s approach integrates enzymes with a patented stabilization technology, allowing these materials to be either composted or fully recycled. Intropic Materials has developed advanced nanoprotectants that maintain enzyme stability and activity in various environments, enabling their use in a broader range of solvents and thermal processes for incorporation into plastics.