The two partners are initiating a feasibility study to assess the viability of building a large-scale recycling line for Used Beverage Cartons (UBC) at Stora Enso’s Ostrołęka Mill in Poland.
Stora Enso would pulp and separate the fibers from used beverage cartons at its Ostrołęka Mill and use the recycled fibers as a raw material, while Tetra Pak would secure the recycling and reuse of polymers and aluminum, which would be processed by a dedicated partner.
If realized, the annual capacity of the new recycling line would be 50,000 tonnes of UBC. This would be an increase in recycling capacity for beverage cartons across Europe, boosting the European beverage carton recycling rate from the current 51%.
In the first stage, the recycled post-consumer beverage carton material would come from countries in Central and Eastern Europe.
“A new line would be the next step in the circularity of packaging materials, in helping make our customers’ brands circular,” said Markku Luoto, VP LPB Aseptic and CUK, Stora Enso.
“Beverage cartons are widely recycled in Europe today and we want to use our knowledge of fibers and board to promote and accelerate the recycling and collection of beverage carton materials. Our process at Ostrołęka Mill already uses recycled (OCC) materials. We are interested in developing the already well functioning recycling system and using high-quality UBC fibers.”
Guillaume Latourrette, managing director, Tetra Pak East Europe, added, “Working with partners along the value chain is our number one priority when it comes to driving collection and recycling of used beverage cartons.
“We are confident that this partnership will allow us to improve Europe’s recycling infrastructure and further increase the recycling rate of UBC in the region. It is through synergies like this one that we will be able to lead the sustainability transformation and achieve a low-carbon circular economy.”
The feasibility study is expected to be completed in six months, after which decisions about the project and timeline will be made.