Treatment of PFAS contaminated materials and aquatic environments, using peat waste and microbes
The project investigates sustainable and circular ways to use leftover peat material.
The main research interests of the Eco-chemistry group are biocatalysis, bioremediation, synthesis, extraction and analysis of natural products.
The group's research deals with the bioremediation of fiber banks and the biocatalytic transformation of residue from the forest into value-added products, as well as semiochemicals used for the chemical communication of pests in forests and crops.
The research in Eco-chemistry at Mid Sweden University is focused towards the following research areas:
The research group has access to laboratories that are well equipped for all types of work in the context of modern analytical methods and organic synthesis. For example, we have access to bioreactors, incubators, climate cabinets, autoclaves, a cell counter, PCR equipment, green house and instrument for analysis, such as 500 MHz NMR(HRMAS), 250 MHz NMR(CPMAS), GC-FTIR, GC-ECD, GC/GC-MS/MS-ion trap med PFC, SQ GCGC-MS, SQ GC-MS, SQ-GCMS-EAD (HES), 3 GC-FID, LC-QTOF, LC-RID, LC-DAD, LC-ICPMS, ICP-OES.
The project investigates sustainable and circular ways to use leftover peat material.
To foster sustainable urban development, Sundsvall Municipality, in collaboration with Mid Sweden University, is pioneering in nature-based and climate-neutral solutions for the remediation of...
The project contributes to the forest being used more sustainably through circular production of polyunsaturated fat and proteins via fermentation of wood sugar from sawdust.
Project Circular Biomass 3.0 is based on the future industrialization of Norrland and focuses on research in clean environment and sustainable local food and energy production.
Composting and biochar production are two sustainable ways for the valorisation and recycling of organic wastes produced in northern Sweden, which can be combined and used synergistically to reduce...
Bioremediation by composting offers a sustainable nature-based solution to remediate polluted fiberbanks sediments, converting them into a safer and stable product for reuse as a soil amendment or...
The page was updated 5/21/2025