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Waste Prevention

Enzyme Engineering Platform by Ginkgo Bioworks

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.

eFuels From Waste CO2 and Hydrogen

Infinium produces electrofuels (eFuels) to help the heavy transit and chemicals sectors achieve net zero by reducing CO2 emissions. Infinium eFuels are made from green hydrogen derived from renewable power and captured carbon dioxide in a proprietary process developed and commercialized over a decade. Infinium’s unique production process facilitates the on-site production of ultra-low carbon transportation fuels and chemicals such as sustainable aviation fuels (eSAF), eDiesel, and eNaphtha.

Recycled Plastic Bottles and Coffee Grounds Yarns for Sportswear

Reflo is a sustainable fashion brand dedicated to transforming waste into high-performance sportswear. By repurposing recycled plastic bottles and coffee grounds, they produce yarns for fabrics that uphold rigorous environmental standards, including Bluesign, Oeko-Tex, U Trust, and Global Recycled Standards. The process involves collecting and washing single-use plastic bottles, which are then melted and spun into lightweight, flexible yarns designed for durability.

UBQ™: Plastic Substitute Made From Household Waste

UBQ™ is a bio-based thermoplastic produced entirely from unsorted household waste, including organic materials and unrecyclable items. This innovative material can seamlessly integrate into existing manufacturing processes, replacing oil-based resins across industries. By adopting UBQ™, manufacturers reduce landfill waste, lower the carbon footprint of their products, and contribute to a circular economy.

NOOSA™: Bio-Based Fibers and Yarns

NOOSA™ has developed a technology that manufactures textile fiber from corn, sugarcane, and wheat. The fibers are made from polylactic acid (PLA) derived from GMO-free crops and do not compete with the food industry. The protein from these feedstocks is redirected to food production, while NOOSA™ focuses on carbohydrates such as sugar and starch. 

Eco-Friendly Leather Made From Fish Skin

ICTYOS, a French startup, combines traditional tanning techniques with an eco-responsible approach by transforming fish skins from the food industry into high-quality sea leather. The company selects premium fish skins from French agri-food partners and relies on local networks to minimize its carbon footprint and ensure supply traceability. By repurposing skins that would otherwise be discarded, ICTYOS promotes upcycling and utilizes vegetable tannins from leaves, roots, or fruits to minimize the impacts of deforestation.

Fabrics Made From CO2

Fairbrics, a French startup, is leading the charge in creating sustainable alternatives to traditional textiles. Their innovative process, which involves capturing CO2 from industrial sources and converting it into polyester fabric, is a beacon of hope for the fashion industry. By offering a more eco-friendly alternative, Fairbrics is not just reducing the industry’s reliance on fossil fuels but also inspiring a greener future. 

Morro™: Sustainable Plastic Alternative

Xampla is a UK-based company specializing in sustainable alternatives to single-use plastics and synthetic materials. The company focuses on developing biodegradable products that replicate the strength and functionality of traditional plastics but are derived from plant-based proteins. Xampla’s patented technology uses a range of abundant feedstocks to create scalable, reliable, drop-in replacements for plastic films, microcapsules, and coatings. 

Spider Silk Inspired Fibers

Spintex is a UK-based company developing next-generation materials inspired by spider silk. By mimicking nature’s designs, the company aims to transform traditional textile manufacturing, which often relies on petrochemicals, high energy use, and unsustainably sourced raw materials. Spintex’s innovative technology replicates the spider’s unique fiber-spinning process, creating fibers at room temperature by pulling from a liquid protein gel—without the use of harsh chemicals. This process is far more efficient than producing plastic fibers, with water as the only byproduct.