About the unit of processes
Welcome to the home page of the Unit of Processes at the KTH Department of Materials Science and Engineering. The unit focuses on the transformation of raw materials into useful products. This includes mining, primary metals extraction, secondary processing, recycling and end-of-life disposal. As part of these areas, we always consider economic, environmental and social sustainability impact.
This page contains an introduction to the work we do and who is responsible for each area. There are also pages where you can read about our lab facilities, ongoing projects, upcoming conference presentations and recent publications and theses.
You can click on each link to find out more information and please feel free to get in touch with the relevant member of staff if you have any questions about our work, want to know more about our subject, or if you want want to discuss the possibility of collaborating with us on research or receiving teaching or training from us.
Key Research Areas
We all work together within our unit, so that we get the greatest possible amount of collaboration and cooperation. We do not divide ourselves into research groups, but our work naturally falls within themes. These themes are outlined below and you can click to see more information and the academics who spend most of their time within each theme. However, we all make sure we get involved in every area to some extent!
- Ingot casting
- Continuous casting
Circular economy of metals
- Reaction thermodynamics
- Reaction kinetics
- Transport phenomena
- Electrolytic extraction of inclusions
Computational fluid dynamics
- New ingot casting procedures
- Up-scaling of plasma reduction of oxides
- Reactions in the Argon Oxygen Decarburisation (AOD) furnace
- Behaviour of gas bubbles
- Validate using water
Energy and furnace technology
- Renewable electricity and fuels
- New fuels and fuel replacement
- Treatment of electrical and vehicle waste
High-temperature experimental kinetics
- Focus on metallurgical processes
- Specialised equipment
- Industrial collaboration
- Powder flow and spreading behaviour
- Powder production
- Microstructre and chemistries of powder particles