The aim of our research is to develop resource-efficient, competitive and climate-friendly technologies, processes and systems that contribute to societal resilience. We combine hands-on research on energy conversion processes with a systems perspective, identifying pathways for a sustainable transition of sectors such as energy, transport and heavy industry.
The division also hosts the research infrastructure Chalmers Power Central, which plays a central role in our research activities.
The division’s research has two main focus areas. One is directed towards energy supply and the energy sector, where we work to improve efficiency and reduce the environmental impact of energy conversion and energy use across a wide range of sectors.
The second focus is on energy-intensive industries producing materials such as cement, steel and plastics. Our ambition is to enable the competitive and cost-efficient production of the future, meeting society’s fundamental need for these materials while supporting the transition towards a more circular and less climate-impacting society.
Key characteristics of our research are the combination of activities at the systems level with in-depth development of energy conversion processes, and our leadership or participation in a large number of national and international research projects.
Research areas
Thermal conversion processes
Experimental engineering research focusing on thermal conversion processes and technologies for converting raw materials into ultra-low-emission products, including:
- Chemical looping combustion
- Fluidised bed technology for combustion and gasification
- Oxy-fuel combustion
- Novel technologies for flue gas cleaning
- Combined energy and material recovery
- Industrial combustion applications
Diagnostic measurements and modelling
On-site industrial research supporting compliance with strict emission regulations.
Modelling and analysis of energy systems
Model-based energy systems analysis of the supply, distribution and demand of grid-based energy carriers.
Process Integration and Process Systems Engineering (PSE)
Development of tools for the analysis and conceptual design of carbon-neutral and resource-efficient industrial processes.
Head of division
- Head of Division, Energy Technology, Environmental and Energy Sciences