Can recycled polylactic acid be made into biobased cups?
Netherlands-based TotalEnergies (Total Energy) Corbio has partnered with Coexpan to launch a new polylactic acid (PLA) bio-based cup. The launch of the bio-based cup follows the successful completion of various tests at Coexpan's Innotech Center in Madrid, Spain. This evaluation helps to validate the full line speed process and final output using Form Fill Seal (FFS) technology.
Made from recycled polylactic acid (rPLA), the cups are available in white and clear. It has the same properties as virgin PLA polymer and complies with food contact regulations, including those of the US (FDA 21 CFR), EU (EC No 10/2011) and China (GB 9685-2016).
Total's Luminy rPLA portfolio is a bio-based polymer made from sugar cane that has a reduced carbon footprint compared to other conventional polymers. The latest bio-based solutions help Total Energy Corbion, Coexpan and Innotech address some of the major sustainability challenges they face.
Gonzalo Sanchez, Recycling Manager at Coexpan, said: “Another milestone has been achieved. We are very proud to add to our portfolio a new sustainable product that increases the number of technological solutions we can bring to market, providing All customers bring a clear added value.
Derek Atkinson, Senior Director, Sales and Business Development, Total Energy, said: "Providing our customers with PLA solutions with existing technology is a priority for Total Energy. We have a team of dedicated engineers working with our partners , to develop suitable grades of Luminy PLA. We also buy back used PLA for recycling in our facility. Advanced recycling of PLA is a more energy efficient process compared to other plastics.”
