We develop materials and processes that accelerate the green transition! Our research is conducted in close collaboration with Swedish industry and academic partners worldwide. Our underlying goal is increased resource efficiency and circularity in the industrial ecosystem of the region.
We develop advanced materials for energy conversion and energy storage, as well as processes for manufacturing and processing, with the goal...
We work intensively to support and drive the development of sustainable materials and manufacturing processes based on renewable forest resources.
Wednesday 5 November 2025
PhD students in Mid Sweden University's international graduate school IRS Transtech gather for three days in Sundsvall. On the agenda are presentations of their research, networking and discussions on common challenges.
Wednesday 5 November 2025
On November 21 at 09.00, PhD student Ali Abo Hamad, will nail his thesis "Green thermochemical modification of silicon microparticles for next-generation lithium-ion battery anodes". in Mid Sweden University´s S-building, floor 1, in Sundsvall.
09.00–10.00
Sundsvall
Tuesday 4 November 2025
Researchers at FSCN Research Centre, Mid Sweden University, have been granted funding within the Impact Innovation program Swedish Metals and Minerals, a joint initiative of the Swedish Energy Agency, Formas and Vinnova.
Tuesday 4 November 2025
Welcome to the licentiate seminar with Ali Abo Hamad. He will present his thesis "Green thermochemical modification of silicon microparticles for next-generation lithium-ion battery anodes".
09.00–12.00
Sundsvall
Wednesday 29 October 2025
Mid Sweden University has launched a new collaboration with Indian universities and welcomes Madhav Balaji Munde from Shivaji University, India, as an exchange student in the Sustainable Materials for Energy Storage course within the Master’s Programme in Engineering Physics.
Wednesday 29 October 2025
Thursday 23 October 2025
Anka Klecina is a PhD student at the FSCN Research Centre, Mid Sweden University. She researches how the impregnation process in chemical pulp production can be made more efficient through a better understanding of wood properties – saving both resources and energy for the industry.
Thursday 23 October 2025
The page was updated 10/31/2025
Content owner:
FSCN Research Centre
