The Technological University of Shannon (TUS) is at the forefront of addressing the pressing challenge of plastic waste with innovative solutions focused on sustainable polymer development. This initiative is particularly pertinent in light of the European Packaging & Packaging Waste Directive, which mandates that by 2030, at least 55% of all plastic packaging must be sustainable. Under the expertise of Dr. Liam Brown and Dr. Margaret Brennan-Fournet, TUS is spearheading breakthrough research in low-carbon, industrial-grade plastic alternatives.

Central to TUS’s mission is the EcoPlastiC project, which facilitates the transformation of traditional petroleum-based plastics into fully recyclable materials. By leveraging advanced fermentation technologies, TUS is pioneering biodegradable circular plastics tailored for the food packaging industry. This includes high-performance equivalents to conventional materials, such as oxygen barrier packaging and bioadhesives.

Additionally, TUS is advancing the PerPETual project, which harnesses a proprietary low-cost process for effectively recycling Polyethylene Terephthalate (PET). This innovative technique allows for the effective transformation of post-consumer PET back into its original components without degrading material quality, thus ensuring continuous recycling loops. Not only does this technology mitigate waste, but it also assists companies in adopting sustainable practices.

These initiatives not only target environmental sustainability but also promise significant economic advantages. With the global food packaging market projected to reach $642 billion by 2032, TUS is uniquely positioned to help industries transition towards eco-friendly practices. As Dr. Brennan-Fournet emphasizes, TUS is eager to partner with businesses seeking solutions that meet both ecological and market demands, thereby fostering a healthier planet and economy.