Senior research associate
Research and technical development on lignin. The results will help minimize cost and environmental impact through efficient use of energy and biomass resources, maximize volume and quality through production efficiency and runnability, meet societal needs with products made from forest biomass, and enable circular economy.
Different types of lignin originating from kraft pulp mills, sulphite pulp mills, ethanol production plants and agricultural waste all have unique characteristics. To understand which applications, they are best suited for, we will include studies on separation techniques, tailoring of properties, and material development. The target products are carbonised lignin applications such as carbon fibres, energy storage and emission control, where lignin represents an affordable and sustainable alternative to current fossil-based components. Non-carbonised lignin applications, for example, adhesives, coatings and sealants will also be studied and techno-economically evaluated.
RISE are managing the consortium and projects
January 2018 – December 2020
Approximately 35 MSEK including in-kind contributions