Ads:Current issue FRUIT PROCESSINGWorld Of Fruits 2024Our technical book Apple Juice TechnologyFRUIT PROCESSING Online Special: Instability of fruit-based beveragesFRUIT PROCESSING Online Special: Don’t give clogs a chanceOrange Juice ChainOur German magazine FLÜSSIGES OBST

PulPac licensee, Stora Enso, announces the opening of a groundbreaking Dry Molded Fiber Production Unit in Skene, Sweden. The facility is the largest and most advanced of its kind, marking a significant milestone in sustainable packaging technology. Production is set to begin in Q4 2024 after successful large-scale testing.

Stora Enso’s Skene Production Unit utilises PulPac’s innovative Dry Molded Fiber process to produce high-performance formed fiber products, such as cup lids, designed to replace traditional plastics in food and beverage packaging. Unlike conventional wet forming, the dry process reduces water and energy consumption significantly, thus offering an even more sustainable manufacturing method for fiber-based packaging. Additionally, any excess material is recaptured and reused, ensuring a circular process with minimal waste.

At the heart of this innovation is the advanced technology developed by PulPac, the leading company in the field. Their Dry Molded Fiber technology provides efficient production at high speeds, enabling Stora Enso to meet growing market demand for fully renewable, recyclable, and biodegradable fiber-based packaging solutions.

The products produced with Dry Molded Fiber offer a significantly lower CO2 footprint compared to single-use plastics. The dry forming process offers also flexibility in barrier additives for customised functionality as well as an excellent surface finish with the option to advanced decoration possibilities.

Sustainability is at the core of Stora Enso’s operations. Implementing Dry Molded Fiber is an example how they continue to lead the transition to circular, low-carbon solutions in the packaging industry, making a lasting impact on both the environment and the communities it serves.