P2 Science and Algenesis have announced a partnership aimed at developing Algae-Derived Chemicals and 100% Biobased, Biodegradable Polyurethane. The collaboration focuses on developing 100% bio-based polyurethanes where P2 provides a key raw material, derived from plants, that Algenesis uses to develop their proprietary isocyanates and polyurethanes.
P2 Science’s proprietary PIOz™ process converts oils derived from algae into azelaic acid at its plant in Connecticut. Algenesis then uses this raw material in their recently commissioned Bio-Iso™ pilot plant to produce bio-based isocyanates, a key chemical for polyurethane production. When these bio-isocyanates are combined with bio-based polyols, 100% bio-based polyurethanes are produced. Together, the companies are working to establish a new supply chain for these key renewable materials.
The goal is to produce high-performance, biodegradable polyurethanes suitable for applications in footwear, apparel, coatings, adhesives, and consumer products. Importantly these fully biodegradable polyurethanes do not produce the persistent microplastics that other polymers produce, leading to a cleaning and more healthy environment.
Oihana Elizalde, CEO of P2 Science, stated, “Our collaboration aims to support the transition away from petroleum-based materials by utilizing plant-based intermediates, combined with Algenesis’ polyurethane platform.”
Steve Mayfield, CEO of Algenesis, added, “Our focus is on replacing traditional plastics with plant-based materials that can safely degrade at the end of their life, resulting in a microplastic free future. Working with P2 allows us to incorporate new bio-based intermediates into our formulations while maintaining product performance.”
Both companies are working to scale production and make these renewable chemicals and materials more broadly available, supporting ongoing efforts to develop sustainable alternatives in various industries.
