Plastic eating enzyme
Australian recycling company Samsara Eco has secured $65 million to advance its plastic-eating enzyme technology, which aims to recycle materials that would otherwise end up in landfills.
The funds will be used to establish commercial facilities in Southeast Asia, including a nylon factory and a polyester facility. These sites will have the capacity to recycle “millions of tonnes” of plastic waste from nearby garment factories, significantly reducing environmental impact.
Samsara Eco utilizes AI to create plastic-eating enzymes capable of breaking down commonly-used plastics into their original building blocks, enabling what the company calls “infinite recycling.” This technology offers a key advantage as it does not require plastics to be sorted before recycling, simplifying the process.
The commercial facilities will be 50:50 joint ventures between Samsara Eco and plastic polymerization companies. The partnership aims to expedite the market introduction of this innovative technology.
Samsara Eco’s CEO Riley commented: “Our partners are drawing us to market quickly. It really is an exciting inflection point in the business to have the capital platform to go faster to commercialize and work with our partners to bring the technology to market.”
Mercedes-Benz AG has launched Tomorrow XX designed to accelerate decarbonisation, responsible resource use and circularity across the entire lifecycle of…
İHKİB has launched a new initiative to help apparel manufacturers respond to growing global demands for traceability, low-carbon production and…
Advance Denim has partnered with Lenzing Group to redefine eco-conscious denim with the adoption of TENCEL Lyocell, HV100 by securing…
The Union Ministry of Textiles on Thursday signed MoUs with 15 States to create a strong operational framework for improving…
Heartland has announced the launch of a new textile business unit in India to increase the use of hemp fabric…
The Saudi Fashion Commission has announced the development of a bio-textile made from marine algae collected from the Red Sea…