Sway
- agricultural tech
- bioplastics
- bioremediation
- nature tech
- plastics
Sway is a cleantech startup scaling seaweed-based, rapidly compostable replacements for plastic, beginning with flexible packaging. Sway's patented products match the vital performance attributes of conventional plastics and are designed to plug into existing infrastructure, enabling scale and competitive pricing. Unlike plastic, Sway's materials are made from an abundant, regenerative resource and decompose into healthy soil after use.
Loliware is the world’s first seaweed resin company providing products to replace single-use plastics. Loliware is a woman-owned firm partnering with experts in regenerative aquaculture from Maine to New Zealand to expand the ‘blue economy’ with its proprietary SEA Technology® resins. Made from compostable seaweed, Loliware’s Ocean Blue straws, utensils and other products are currently used by famous chefs, restaurant chains and eco-chic hotels. Their new category of materials are “Designed to Disappear”, offered to help advance our planet to a plastic-free, decarbonized future.
Newlight Technologies is a biotechnology company that captures greenhouse gases and transforms them into valuable products, specifically in foodware. Their technology uses microbes to convert methane and air into a bioplastic called AirCarbon. This plastic boasts similar performance to traditional plastics but has a net positive environmental impact. Newlight uses AirCarbon to create various consumer products, helping businesses reduce their carbon footprint with a sustainable alternative to traditional petrochemical-based materials.
Relier is a company tackling plastic waste in the produce industry through the upcycling of grapevine shoots. Relier's unique approach transforms discarded grapevine shoots into a sustainable biomaterial for packaging. This innovative material offers several benefits, including delaying fruit ripening, inhibiting microbial growth, and protecting produce during transport. Relier uses AI to analyze different recipe mixtures and percentages to obtain thermal, mechanical, and rheological behavioral to model the behavior of the clamshell, resulting in thousands of possibilities depending on the “how much” and “how” the components are mixed. Relier's biomaterial aims to be a more eco-friendly alternative to traditional plastic clamshell containers.