Currently, I am coordinating and teaching the following courses:

- <Physical transport phenomena 2> for the bachelor programme chemical engineering, 

- <Advanced process and energy technologies> for the master programmes chemical engineering, and industrial engineering and management (sustainable process rngineering track).

- <Microfluidics> for the master programmes mechanical engineering, industrial engineering and management (sustainable process rngineering track), and chemical engineering.

Jun Yue obtained his bachelor degree from the Department of Chemical Engineering at Tianjin University in China in 1997 with specialization in Industrial Catalysis. He earned his PhD degree in Process Engineering from Université de Savoie (currently known as Université Savoie Mont Blanc) in France in 2008, which was further supported by a joint PhD program with Dalian Institute of Chemical Physics, Chinese Academy of Sciences in China. Between 2009 and 2014, he has been working as a postdoc in the Laboratory of Chemical Reactor Engineering at Eindhoven University of Technology in the Netherlands. Since August 2014, he has moved to the University of Groningen and is currently an associate professor in green process intensification.

The sub-group of Jun Yue is active in the development of novel reactor and process intensification concepts (among others, advanced microreactors, centrifugal devices and supercritical fluid processing) combined with precision catalysis for highly efficient chemical and energy conversion. The sub-group currently performs research in the field of applied catalysis and process intensification, with emphasis on the development of nanostructured catalysts (including among others powder catalysts, “soluble” nanoparticle catalysts in solution and catalytic coatings) for energy conversion and synthesis of bio-based chemicals in highly efficient reactors.

Dr. Jun Yue has published 64 publications in peer-reviewed SCI journals so far (H-index: 27; total citations: 3079; source: Google Scholar).

The research of Dr. Jun Yue is active in the development of novel reactor and process intensification concepts (among others, advanced microreactors, centrifugal devices and supercritical fluid processing) combined with precision catalysis for highly efficient chemical and energy conversion.

The sub-group currently performs research in the field of applied catalysis and process intensification, with emphasis on the development of nanostructured catalysts (including powder catalysts, “soluble” nanoparticle catalysts in solution and catalytic coatings) for energy conversion and synthesis of bio-based chemicals in highly efficient reactors.