BillerudKorsnäs partners with Uppsala University to develop low price eco-friendly paper batteries

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BillerudKorsnäs partners with Uppsala University to develop low price eco-friendly paper batteries

September 21, 2018 - 02:13

GREENWICH, CT , Sept. 19, 2018 (Press Release) -BillerudKorsnäs announced that it partnered with researchers at Uppsala University towards the future’s paper batteries. Together they have taken basic research based on pure cellulose from algae and developed it to work with the same type of fibre that BillerudKorsnäs usually uses to manufacture paper and packaging. This development opens up the possibility of eco-friendly batteries, with the long-term goal being large-scale production at a low price.

“It’s not unusual for researchers to present new, eco-friendly technology. What’s special in this case is the model for collaboration between BillerudKorsnäs and Uppsala University that has resulted in technology adapted to large-scale production processes,” says Lars Sandberg, project manager for innovation at BillerudKorsnäs.

“We’re combining the deep theoretical expertise of the researchers with our understanding of innovation and production technology. By successfully creating a joint platform and having fantastic people on our team, we can focus our work on the future, on creating an advanced product that can still be produced in an effective way,” says Lars Sandberg.

Small paper batteries with sensors can in the future allow packaging to be traced through the entire transport chain. This opens up possibilities for developing packaging that is both smart and more sustainable. Smart packaging could, for example, measure temperature and position, or provide information on what is happening with an item during transport. This means packaging solutions that are even more effective in terms of ensuring that products maintain their quality during the logistics chain, which is key from a sustainability perspective.

Energy storage in paper instead of metal enables production of bio-based batteries that can be included in circular systems. With electrodes based on cellulose from wood fibre, the ambition is that in the future, it will be possible to recycle batteries along with their boxes and make them into new boxes or paper batteries, which would provide huge sustainability benefits.