Week 1: An overview of hydrogen technology: Energy Vector; HydrogenTechnology: Applications, Advantages and ChallengesProperties gaseous, liquid and slush hydrogen, Isotopes of hydrogenand their uses; Othro-hydrogen and para-hydrogen;
Week 2: Production of Synthesis gas (Steam Reforming, Partial Oxidation, Auto-thermal Reactor); Processing of Synthesis gas (Linde-Bronn Process and l’Air Liquide System)
Week 3: Thermodynamics of electrolytic hydrogen prodution H2 Production: electrolysis, tank & filter Press type electrolyser; PEM electrolysers; H2 Production: Thermo-chemical process
Week 4: Different means of storing hydrogen – oerview; cryo-compressed gaseous hydrogen storage; metal hydride storage of hydrogen; Cryosorption storage of hydrogen in carbonaceous materials;
Week 5: Overview of cryogenic liquefaction cycles; maximum inversion temperature; overview of cryogenic liquefaction cycles; Problems
Week 6: Liquefaction of hydrogen, Problems; ortho-para conversion of hydrogen; large scale hydrogen production process.
Week 7: Storage and transfer of liquid hydrogen, Temperature, level and flow rate measurements Super-insulated vessels;
Week 8: Gasification of hydrogen, Hydrogen as fuel (in fuel cell); Hydrogen as fuel (for space application); Safety issues on hydrogen;
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