BioChemCat - Integration of chemical catalysis with industrial biotechnology for biomass utilization
In our project, new innovative renewable products from the Swedish forest are being developed in a green, modern and sustainable way.
The subject chemistry at Mid Sweden University is defined as the knowledge of chemical subjects properties, structure and reactions as well as their occurrence and their effects on the environment and their use to solve technical and scientific problems. Postgraduate education is available at Mid Sweden University in three different fields, analytical chemistry, physical chemistry and organic chemistry. Current research areas described on the university's website.
In our project, new innovative renewable products from the Swedish forest are being developed in a green, modern and sustainable way.
Within the BioRem Fiber research project, the goal is to develop market-adapted environmental technology to clean up fiber banks along the coast of Västernorrland with the help of fungi, plants and...
The research group in Surface and Colloid Engineering has received funding for the research project Cello. The research is funded from Vetenskapsrådet.
The aim is to improve the competitive advantage of pulp fibre based materials over fossil based materials.
This research project will develop Eco-effective processes and systems in cooperation with the paper industries in Sweden.
This research project will focus on eco-friendly engineering on ligno and nanocellulosic materials for new sustainable products.
FoamFiber will use nanocellulose-cellulose composites to replace fossil plastic products, in order to meet the major climate challenges in today's society.
In this research project we aim to study fermentation of forest residues for future food and feed.
FORIC is our industrial research school for PhD students. FORIC's full name is Forest as a Resource Industrial Research College. The research school is funded by Knowledge Foundation and we coopera...
This project combines state of the art scalable catalysis on cellulosic fibres with sustainable engineering.
This project investigates the risks of arsenic leaking from existing fiber banks as a result of microorganisms' production of complexing agents.
The aim of the project is to provide knowledge on how double disk refining in papermills can be more energy efficient.
A research group at the FSCN research centre, Mid Sweden University will develop more effective filter materials for respiratory protection that can be used to reduce the spread of viruses, similar...