Paper‑based battery technology advances with pilot trial
FSCN Research Centre is advancing research in sustainable energy through the SafeBat project, a collaboration with Nouryon and UMV Coating Systems AB that explores paper-based solutions for safer and more sustainable batteries.
On August 28, 2025, UMV Coating Systems AB conducted a successful pilot trial, integrating materials from Nouryon Pulp and Performance Chemicals AB into a coating process for paper substrates. These materials are designed to support innovative battery applications, marking a step toward more sustainable energy storage.
“Combining paper-based techniques from the pulp and paper industry into a new battery application provides a unique approach to addressing sustainability aspects such as environmental impact, cost, and material consumption. A paper-based electrode is expected to be both more environmentally friendly and less expensive compared to conventional plastic and metal alternatives. In some areas, significant progress has already been made, for example here at UMV where this is demonstrated at pilot scale,” says Magnus Hummelgård, Associate Professor and researcher at FSCN Research Centre.
Funded by the Swedish Knowledge Foundation, SafeBat aims to replace conventional battery materials with eco-friendly alternatives while tackling challenges in lithium-ion batteries related to safety, toxicity, recyclability, and scalability.
The pilot trial highlights the potential of paper-based technologies to transform the battery industry and contribute to a greener, safer, and more efficient energy future.