Stefan Grönkvist
Professor
Details
Researcher
About me
Stefan Grönkvist’s research is about energy systems of various kinds, from energy conversion in plants to national and international energy markets, including the role of energy systems in global warming. The research is primarily multi-disciplinary systems research through cooperation with researchers from disciplines such as the social sciences. With multi-disciplinary systems research, we mean that the methods used in the research are not automatically given by our disciplinary background; different methods may be used, for example, thermodynamical modelling, interviews, or economic models. Examples of research fields are energy markets, climate policy including regulatory frameworks and policy instruments, waste heat cooperations, low energy buildings, production and use of transportation biofuels, storage and transport of hydrogen, and carbon capture and storage.
Courses
Carbon dioxide neutral energy and transport system (CK2010), teacher | Course web
Chemical Engineering Systems (KE1185), teacher | Course web
Degree Project in Chemical Engineering and Technology, First Cycle (KH138X), examiner | Course web
Degree Project in Chemical Engineering, Second Cycle (KE200X), examiner | Course web
Hydrogen (CK2320), teacher | Course web
Industrial Energy Processes (KE2010), examiner, course responsible | Course web
Material and Energy Balances (KE1060), teacher | Course web
Material and Energy Balances (CK1060), teacher | Course web
Project in Chemical Engineering (KE2910), examiner | Course web
Project in Chemical Engineering (KE2905), examiner | Course web
Project in Chemical Engineering (KE2920), examiner | Course web
Thermodynamics (KE1160), course responsible | Course web