Announcement 3
Course Content
Fundamental thermodynamic concepts and thermodynamic analysis
Use of the Engineering Equation Solver Program
Hydrogen-natural gas mixtures and sustainable systems
Hydrogen market development and application
Hydrogen certification systems
Hydrogen production methods
Electrolyzers and fuel cells
The role of ammonia in the hydrogen market
Hydrogen as a raw material
Hydrogen storage systems
Life cycle analyses for hydrogen systems
Content
Fundamental concepts of thermodynamics and thermodynamic analysis
Use of the Engineering Equation Solver Program
Hydrogen and natural gas blend
Use of hydrogen subsystems in integrated systems
Hydrogen use in various sectors
Global hydrogen market development
Hydrogen certification systems
Hydrogen production methods
Hydrogen production from waste and biomass
Electrolyzers
Fuel cells
The role of ammonia in the hydrogen market
Hydrogen and alternative fuels as raw materials
Hydrogen storage systems
Life cycle analyses for hydrogen systems
Laboratory Applications at the Hydrogen Research Center
Course Content
Fundamental concepts of thermodynamics and
thermodynamic analysis
Energy and exergy analyses and efficiency
evaluation
Use of the Engineering Equation Solver
Program
Energy and exergy analysis and efficiency assessment
of air conditioning processes
Energy and exergy analyses and efficiency assessment
of energy storage systems
Energy and exergy analyses and efficiency assessment
of renewable energy systems
Energy and exergy analyses and efficiency assessment
of hydrogen and fuel cells
Energy and exergy analyses and efficiency assessment
of thermal power plants and integrated systems
Energy and exergy analyses and efficiency assessment
of cooling systems, heat pumps, and drying units
Exergetic life cycle assessment and
industrial ecology
Exergoeconomic evaluation of energy systems