- Deliver a new understanding of consumers' perception of recycled plastics, and strategies to permit recycled plastics to be used in the market more effectively, stimulating demand for recycled goods.
- Deliver new systems to distribute, retail and consume fast moving consumer goods, cutting down the societal need for packaging.
- Deliver new understanding of the systems needed to intercept plastic resources and promote revalorisation opportunities.
- Combine waste plastic with waste paper to produce stiffer reinforced composites, upgrading the value of mixed plastics for advanced engineering applications.
- Design additives that could be blended into existing plastics to enable or improve the chemical or microbial degradation of the polymers.
- Create new, renewable diblock co-polymers capable of reducing the environmental impact of current polyolefin-based products by enhancing degradation and creating opportunities for upcycling.
- Create new solutions for recycling multi-layer packaging, by controlling interlayer adhesion and modelling the impact of the microstructure on the mechanical properties of new and emerging packaging materials.
- Create new chemo-enzymatic options for plastic depolymerization and monomer recycling, using novel reaction media and thermal stabilization of protein biocatalysts.
- Map the fracture and microbial degradation mechanisms of new waste plastics in microbial communities, linking material design to anaerobic digester performance.
- Identify policy interventions that will help achieve broader objectives such as pollution reduction, resource efficiency and recycling targets and create new design targets for recyclable plastic materials.
- Identify multi-stakeholder policies to inform strategies to change purchasing, use, disposal or return practices to improve plastic flows, inform legislation and incentivise behaviour change.
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