CPS On-Going Projects

Stay tuned as the Centre for Polymer Sustainability (CPS) delves into cutting-edge research initiatives, fast-tracking innovative solutions for polymer circularity and sustainable living.

  • EcoPlastiC

    Eco Conversion of Lower Grade PET and Mixed Recalcitrant PET Plastic Waste into High Performing Biopolymers (EcoPlastiC) focus on developing innovative technologies that eco-friendly converting mixed plastic waste into high- performance biopolymers that can be perpetually recycled.

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    EcoPlastiC
  • Sustainable Fresh Meat Packaging System

    The aim of this project is to assess existing packaging offerings, redesign and optimise identified flexible packaging structures to reduce carbon footprint, enhance packaging recyclability and to identify biodegradable packaging constructs suitable for meat packaging applications which will allow the expansion of their supply chain.

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    Sustainable Fresh Meat Packaging System
  • Toy Stories

    This proposal aims to investigate and improve current knowledge of children and young Irish people on the state of plastic pollution and sustainable solutions.

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    Toy Stories
  • Circular Co-Products Valorisation

    Designed for the Meat Industry, one of the key indigenous sectors in Ireland, the proposal will be dealing with the lowest value co-products that are associated with the high treatment cost and often being incinerated.

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    Circular Co-Products Valorisation
  • PLAST4H2

    PLAST4H2 focuses on establishing an excellent transnational network to foster the fight against pollution caused by the indiscriminate littering of plastics in the Atlantic area, followed by the valorization of these into high-value-added products. Thus, circularity and sustainability principles are the core of the proposal.

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    PLAST4H2
  • EcoPlastiC

    Eco Conversion of Lower Grade PET and Mixed Recalcitrant PET Plastic Waste into High Performing Biopolymers (EcoPlastiC) focus on developing innovative technologies that eco-friendly converting mixed plastic waste into high- performance biopolymers that can be perpetually recycled.

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    EcoPlastiC
  • Twinn4MicroUp

    TwInn4MicroUp is set to redefine the approach to plastic waste management by harnessing the power of Synthetic Microbial Biotechnology, turning plastic waste into valuable resources, aligning with the principles of a circular and sustainable economy. The innovative solutions within this project hold the potential to mitigate the environmental impact of plastic waste while creating economic value and fostering new avenues of research and development.

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    Twinn4MicroUp

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