Danimer Scientific and PepsiCo Win Annual Innovation in Bioplastics Award

The Plastics Industry Association (PLASTICS) Bioplastics Division today announced Danimer Scientific and PepsiCo as the joint winners of the 2018 Innovation in Bioplastics Award. The two companies developed the next generation of bio-based and compostable flexible packaging using Danimer 24365B & Danimer 01112 Resins. This new industrial compostable snack bag has the right balance of sustainability, performance and cost. The annual Innovation in Bioplastics Award is an honor that goes to companies applying bioplastics to innovative, purposeful product design. “We are excited to honor Danimer and PepsiCo for their unique and creative application of bioplastics innovation,” said PLASTICS’ President & CEO, William R. Carteaux. “These innovations are a major contribution in progressing bioplastics forward as a competitive option in more applications across various industries. What an amazing way to kick off Bioplastics Week.” The industrial compostable snack bag is comparable in feel, noise and performance to PepsiCo’s current bags and certified to be industrially compostable by TUV Austria. The new Danimer resins that are blends of biopolymers and mineral filler give the bag its white exterior and can be processed in blown film lines for improved economics. The new bio-based structures are currently being piloted in a limited test in the US and Chile, with plans for a test in India later this year. “We would like to thank the Plastics Industry Association for recognizing the work PepsiCo and our team are doing to create sustainable food packaging,” said Scott Tuten, chief marketing officer at Danimer Scientific. “As the industry becomes more environmentally conscious, we look forward to continuing our partnership with PepsiCo to develop quality, compostable and biodegradable plastic products for a wide variety of applications.” Danimer and PepsiCo are collaborating on a third-generation chip bag that is based on Danimer’s PHA technology and will be fully biodegradable in home-composting environments.