Skip to main content

Consumer Products

Freezer, Microwave, and Oven-Safe Food Packaging Solutions

Footprint specializes in plant-based fiber solutions to replace rigid plastics in food packaging. With a focus on freezer, microwave, and oven-safe applications, Footprint’s mission is to remove plastic from food-contact materials, creating packaging that is fully biodegradable The company's patented technologies provide moisture and oil resistance, extending the shelf life of frozen goods from 12 to 18 months.

Biomaterials Made from Mycelium

Ecovative is a startup developing mycelium-based materials as sustainable alternatives for the food, fashion, and packaging industries. The company operates three mycelium farms and annually converts over 10 million pounds of wood chips into high-value mycelium products. By using environmental signals, Ecovative guides mycelium to grow into complex structures through specific phenotypic triggers. The company also develops new strains with tailored properties for various applications.

Environmental Super Absorbent Polymers (eSAP) Technology

Polygreen Group is a Israel-based startup developing environmental superabsorbent polymers (eSAPs), which are biodegradable and environmentally friendly alternatives to traditional synthetic polymers. Polygreen's core innovation offers high absorbance capabilities while being environmentally sustainable. The eSAPS developed by Polygreen decompose naturally, reducing environmental harm compared to conventional polymers used in similar applications.

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.

Plant-Based Cleaning Products for Professional Use

Terpenoil, a Brazilian company, specializes in the production of disinfectants, surface cleaners, air treatments, and chemical specialties derived from plant-based and renewable sources. The company provides a range of products for professional cleaning, odor control, glass treatment, air purification, and household cleaning. Many of these products are available in super-concentrated capsules to minimize plastic use.

Low Impact Cleaning Products

Nature Organics is a family-owned Australian company creating sustainable products since 1981. The company offers a variety of eco-friendly brands, including Earth Choice, Undo This Mess, My Soda, OC Naturals, and Natural State, all of which emphasize sustainability. Natures Organics uses recycled plastics and sustainably sourced ingredients, and it is committed to transitioning to 100% biodegradable plastics that can fully degrade into compost.

Enzymes for Multi-Purpose Products

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.

Biodegradable Shoes Made With Plant-Based Technology

Blueview is a footwear company owned by Algenesis, a material science and technology company intended to manufacture renewable and biodegradable plastic material from algae. Blueview footwear is made with Soleic™ Technology, a high-performance, renewable, and fully biodegradable polyurethane plastic made from plants. The process starts with algae oil and other raw materials from the algae growing partners and other biological sources and converting them into bioplastic at the molecular level in the lab.