Replacing fossils in plastics – UPM Biofuels enters the bioplastics market with new partners

Project Description:

This project shows how wood-based raw materials can be used to replace fossil materials in packaging. In addition to renewable diesel, the UPM Lappeenranta Biorefinery produces renewable naphtha, an excellent raw material for bioplastics. It can be transformed into the resins needed to create bioplastics, e.g. for the packaging industry.

Elopak, a Norway-based company supplying 15 billion cartons around the world each year, joined forces with UPM Biofuels and Dow to offer 100% renewable cartons that are both recyclable and responsibly sourced.

Choosing the right packaging solution can make a big difference. Beverage cartons have the lowest CO2 footprint among liquid food packaging today, and now even the plastic coating of the cartons can be wood-based renewable polyethylene , further reducing the footprint.

Creating a 100% wood-based carton has been a great example of collaboration across the value chain to find sustainable solutions. The project was widely promoted both internally and externally, via press releases, social media and interviews, e.g. via a video about the
collaboration.

Project Purpose

Using a wood-based plastic coating for cartons reduces their carbon footprint from its already low base relative to other liquid food packaging. Publicising this collaborative project was a great way for UPM to present our renewable naphtha production in the Lappeenranta Biorefinery known to a wider audience.

Sari Mannonen

Vice President, UPM Biofuels

UPM Biofuels is one of the few renewable naphtha producers in the world. We are very excited and proud of this collaboration, and the ability to offer a high-quality wood-based raw material to replace fossil raw materials in packaging, Mannonen concludes.

Creating a 100% wood-based carton has been a great example of collaboration all along the value chain (UPM Biofuels, Dow and Elopak) to find sustainable solutions. It shows that woodbased raw materials can be used to replace fossil materials in everyday products. It is also a bestpractice case of innovation in the forest industry. Furthermore, it shows how collaboration between new partners can create very interesting business opportunities.

Finally, it shows how important it is to reduce the CO2 footprint of all value chains.

 

Main features:

CO2 Emissions saved (tCO2)

Every tonne of renewable naptha used in bioplastics decreases the need for fossil raw materials, so the CO2 emission saving is considerable.

Collaboration Elopak and Dow