Stora Enso Highlights Oulu’s Strategic Location

The Oulu Mill in northern Finland

The Oulu Mill in northern Finland. Source: Stora Enso

International News

Stora Enso is emphasizing the advantages of its Oulu site in Northern Finland, where a prime location and secure wood supply support the launch of a new consumer board production line. 

The combination of modern equipment, strong fiber sourcing, and efficient logistics positions Oulu as a key hub for renewable packaging materials.

Location and Integrated Wood Supply

Oulu’s position offers unique benefits: vast northern forests, a nearby multi-purpose harbour for efficient logistics, and access to skilled personnel through the city’s strong educational base. To strengthen raw material sourcing, Stora Enso acquired Junnikkala Oy, integrating three sawmills into its operations. This alignment secures a stable and cost-effective wood supply, much of it derived from forestry side streams collected during forest management and processing.

Northern Fiber and Sustainable Packaging

Northern Finland’s forests, covering around 86% of the region, provide high-quality fresh fiber. “The quality of the packaging starts with the fiber,” said Eva Lundqvist, Senior Product Manager at Stora Enso. Boards produced from this fiber combine natural aesthetics with performance, food safety, and strong sustainability credentials. Through third-party certification programs, Stora Enso ensures responsible forest management, biodiversity protection, and long-term ecosystem health.

By leveraging its location, integrated wood supply, and advanced production, the Oulu site strengthens Stora Enso’s long-term commitment to renewable packaging and supports growing demand in the food, beverage, and personal care markets.

Stora Enso is a leading global provider of renewable products in packaging, biomaterials, and wooden construction. Headquartered in Helsinki, Finland, the company operates in more than 30 countries and employs around 20,000 people. Stora Enso aims to replace fossil-based materials with renewable solutions, driving the transition toward a circular, low-carbon economy.