Stora Enso will build a pilot facility for producing Cellufoam™ by Stora Enso, a lightweight, fiber-based foam material for protective packaging and cushioning. Bio-based foams are renewable and recyclable and can be used in packaging, for example, to replace oil-based polymer foams which are widely used today. The pilot plant will be located at Stora Enso’s Fors Mill in Sweden.
Stora Enso and Helsinki Olympic Stadium signed a partnership agreement to develop low-carbon, eco-friendly operations at the stadium by promoting the use of renewable materials and circular economy solutions. Stora Enso explores reusing products as well as recycling used materials to give high-quality wood fibers a second life in new products that will be available at the stadium for different services and operations.
Stora Enso and Helsinki Olympic Stadium share the aim of promoting the use of renewable materials in customer and food service packaging to reduce the climate impact of stadium operations. In addition, the aim is to ensure that materials get recycled to a high degree. Packaging made of renewable materials has a high recycling rate throughout Europe and it typically has a low carbon footprint that is further reduced when recycled. Continue reading
Stora Enso and Cordenka, the leading producer of premium quality industrial rayon based in Germany, are developing precursors for bio-based carbon fiber, both driven by the need for high performance carbon fiber in transportation, construction and power generation.
A fibre-based ice cream package designed by Stora Enso for the Finnish artisan ice cream manufacturer Vanhan Porvoon Jäätelötehdas has been awarded in the international WorldStar competition. The renewable and recyclable packaging was designed by product designer Outi Honkavaara at Stora Enso’s DesignStudio in Lahti, Finland.
Stora Enso has initiated feasibility studies for a possible cross laminated timber (CLT) unit in connection with its Ždírec mill in the Czech Republic and a new construction beam unit to be located at the Ybbs mill in Austria. The Scandinavian company also plans to consolidate production to increase focus on efficiency and to streamline the asset base.
Stora Enso has chosen six startups to join its second Accelerator Programme, a joint startup initiative organised by the Scandinavian company, Aalto University Developing Entrepreneurship (Aalto ENT) and Vertical Accelerator. The Accelerator programme provides an opportunity for disruptive startups and Stora Enso to actively ideate and innovate new solutions. This year’s programme focuses specifically on the circular economy, especially in regard to circular solutions, raw material management, packaging, separation and sorting, and energy.
Stora Enso partnered with H&M group and Inter IKEA group to industrialize TreeToTextile. TreeToTextile AB is a joint venture between H&M group, Inter IKEA group and innovator Lars Stigsson since 2014, with the aim of developing new textile fibers in a sustainable way at attractive cost levels. Stora Enso will join this partnership, and also support the industrialization of TreeToTextile’s production process by setting up a demonstration plant at one of its Nordic facilities.
“At Stora Enso, we believe that anything made from fossil-based materials today can be made from a tree tomorrow. Our work in the Biomaterials division strives to make this a reality as soon as possible”. To say it – in this exclusive interview with Il Bioeconomista – is Markus Mannström, Executive VP at Stora Enso Biomaterials Division. The Nordic company is one of the main players of the bioeconomy at global bioeconomy. With Markus Mannström we talk about what Stora Enso is doing in the field, the role of pulp and paper industry and his expectations related to the announced new EU bioeconomy strategy.
Interview by Mario Bonaccorso
Stora Enso and the leading Nordic producer of household products Orthex bring to the market a new range of kitchen utensils made from a new biocomposite which combines the best qualities of wood and plastic. The bio-based material used to replace fossil-based plastic is made from spruce and sugarcane, which – according to both companies – reduces the carbon footprint of the products by up to 80%. The innovative products contain 98% bio-based material.