UPM Biochemicals will be among the first customers to receive kraft lignin from Södra when the forest-owner association’s plant in Mönsterås comes on stream in 2027. Södra’s new plant will be the first commercial kraft lignin production facility in Sweden and the largest of its type in the world.

UPM has been innovating with a series of products made from kraft lignin and has successfully marketed this growing portfolio of sustainable lignin solutions over the past years. UPM BioPiva is a range of cost-effective, non-toxic and high-purity kraft lignin products used in renewable adhesives and binders as a replacement for fossil-based chemicals.

The kraft lignin-derived UPM Solargo plant biostimulants are ideally placed to support the agricultural sector’s commitment to reducing classical fertilizer use while increasing soil health and are proven to increase soil productivity.

“Kraft lignin is a key raw material for UPM to provide commercially viable decarbonisation solutions to industrial and consumer markets. Applications for kraft lignin are expanding quickly and offer growing markets. We are excited that Södra takes the step to scale kraft lignin extraction from its pulp mills, and we believe that Södra is the ideal partner for UPM to support our own growth ambitions by providing high quality kraft lignin with an unquestionable sustainability footprint,” comments Winfried Schaur, Executive Vice President Technology & UPM Biorefining at UPM.

“From 2027 Södra will play a major role in the growth of kraft lignin as a renewable and sustainable substitute for fossil-based materials,” said Vice President Södra Bioproducts Johannes Bogren. “With UPM as a customer, we will be part of a value chain which can deliver climate-effective solutions for the green transition. UPM, in turn, can trust in our responsible forestry and the small carbon footprint of our pulp mills. UPM’s experience and knowledge of the sector makes it an ideal customer and we look forward to a fruitful partnership.”

Lignin is found in the cell walls of all plants, especially trees, and is nature’s second most common polymer after cellulose. The non-toxic biomaterial can help to significantly reduce dependency on fossil raw materials in a variety of applications. It offers the opportunity to create high-value sustainable chemicals featuring renewable content and a significantly reduced carbon footprint. Its naturally occurring strength and adhesive properties also allow highest product performance levels.