Chemistry of Interfaces
We develop new types of ionic liquids that are revolutionary, environmentally friendly and effective electrolytes and lubricants with applications in batteries, supercapacitors and in the entire tribology area.
We study and develop environmentally friendly functional collectors for the separation of minerals and environmentally friendly flame retardants from naturally occurring substances. The research discipline Chemistry of Interfaces uses spectroscopy and potentiometry to study surface adsorption processes in various applications. Chemistry of Interfaces includes experimental and theoretical aspects of heterogeneous processes between liquids, solids and gases, and development on new surface-sensitive measurement techniques for such studies at the molecular level.
Research
Ongoing and completed projects at Chemistry of Interfaces
International consortium develops the batteries of the future
These are so-called supercapacitors, batteries with high energy density and a long lifespan.
Doctoral studies
Third cycle studies and Research Schools
Dissertation
Fluorine-free electrolytes could pave the way for safer next-generatio
Researchers at Luleå University of Technology have developed and tested new fluorine-free electrolytes – a potential key to safer and more environmentally friendly batteries in the future.
Publications
Here you will find the scientific publications within our research subject.
Contact us
Here you will find contact info to people within our group.