Borealis’ Bornewables product range of polypropylene (PP) provides significantly smaller greenhouse gas (GHG) emissions compared to polyolefins made from fossil-based feedstock, according to a new life-cycle assessment (LCA) study.
Borealis
The study was carried out by ifeu, an independent ecological institutes, based in Heidelberg, Germany. They analysed the life cycle emissions of Borealis’ PP produced at its production sites in Kallo and Beringen, Belgium, when Neste’s renewable feedstock was used in the production to replace conventional feedstock.
The study showed that from cradle to gate (all steps from the sourcing of raw materials to products leaving Borealis’ production site), GHG emissions are reduced by at least 120% (2.7kg of CO2 equivalent per kg of PP) compared with PP manufactured with fossil-based feedstock at the same location.
Furthermore, the Bornewables are a lower-emissions alternative to virgin PP, no matter which end-of-life option is chosen. Even in case of energy recovery, when the carbon stored in the product is released, the carbon footprint reduction still amounts to 52% compared to PP from fossil-based feedstock.
Helping customers meet their sustainability targets
Now proven to provide significant carbon emissions reductions when compared with virgin PP, the Bornewables are an example of what can be achieved through Borealis’ EverMinds platform, which promotes innovation and collaboration to accelerate the transition towards a more circular economy. The Bornewables circular portfolio is produced according to the mass balance model, by replacing conventional feedstock with an identical volume made from ISCC PLUS certified sustainable feedstock.
By choosing the Bornewables, customers can manufacture more sustainable products with reduced carbon footprint, while retaining their recyclability at the same level with their traditional counterparts. Bornewables help customers decouple from resources based on conventional feedstock. All this is possible while avoiding switching costs, and delivering the product quality and safety needed by most demanding applications, such as food packaging, automotive and healthcare.