The different tasks that are involved in the current project encompass refrigeration engineering, gas-cooling, developing a computational platform for hydrogen storage and drying of plastic materials.

· Implement fluid flow and heat transfer models for hydrogen refueling in a computational platform for hydrogen storage tanks design.

· Design of hydrogen systems (e.g. refueling station components, tanks).

Ph.D. in advanced tank design for high-pressure gaseous and solid-state hydrogen storage.

Integrate phase change materials in compressed hydrogen gas storage systems.
Design of thermal systems (e.g. heat exchangers).
Design of advanced thermal power plants combining high-temperature fuel cells (SOFCs), biomass gasification and steam-injected gas cycles (STIGs).
Teach, supervise students and M.Sc. final projects.
Provide technical reports to partners (e.g. H2Logic, Hyundai, General Motors).