Hosein Pouriman: Oxygen gas and water vapour barrier properties of blown extruded PLA/PHBV blends

Oxygen gas and water vapour barrier properties of

blown extruded PLA/PHBV blends Poly(lactic acid) (PLA) and Poly(3-hydroxybutyrate-co-hydroxyvalerate) (PHBV) are biodegradable polymers produced from non-petrochemical and sustainable resources with the largest global production amongst biopolymers. These two polymers' mechanical and barrier properties complement one another and can form a flexible barrier-improved monolayer blend suitable for flexible food packaging. The good biodegradable/compostable oxygen barrier films are expensive and must be part of a multi-layer structure to protect their mechanical weakness and sensitivity to moisture. On the other hand, the individual suitable barrier polymers have limited mechanical properties, e.g. sensitivity to moisture. There is a significant market demand for a monolayer flexible food packaging material with good barrier and conventional mechanical properties.

This poster was uploaded for the SGS Research Showcase 2022.  

Choose your favourite poster for the SGS Research Showcase People's Choice Award: Academic Poster category.