SMARTBOX aims to make biorefineries more cost-competitive and environmentally sustainable by using the synergy between a catalytic fractionation technique and bio-enzymes that together can turn wood as biomass into renewable monomers for plastics, such as bio-aromatics. These added-value building blocks can be introduced into new bio-based products which offer a sustainable alternative to virgin plastics.
Together with our partners in public-private research of SMARTBOX, B4Plastics uses bio-aromatics as local bio-based building blocks to design new specialty polymers. With these unique monomers, we aim to develop locally and renewably resourced products with new ecological features for a more sustainable plastics future and a greener world.
Raw material production
Production of plastic products
Collection/ sorting and recycling
End of life