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Week
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Topics
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Teaching and Learning Methods and Techniques
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Study Materials
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1. Week
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General Information About Hydrogen Energy: Hydrogen element, Using hydrogen as energy and using Fossil Fuels as energy. The importance of environmental hazards of Hydrogen Energy and Fossil Fuels.,
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Lecture
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2. Week
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Environment and Energy: CO2 and climate change, emissions of CO2 and other greenhouse effects gas, CO2 cycle in nature, climate change, and hydrogen energy.
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Lecture
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3. Week
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Energy carrier Hydrogen Compounds: Metal hydrides, ammonia, methanol production from CO2.
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Lecture
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4. Week
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Hydrogen Production Techniques: thermochemical, reforming of hydrocarbons and steam (Steam reformation SMR), partial oxidation (POX), Biomass Gasification and Pyrolysis, Gasification of Coal (CGI), Thermal Fragmentation, the thermochemical cycle, the use of nuclear energy.
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Lecture
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. Homework
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5. Week
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Electrolytic and photolytic Hydrogen Production: Electrolysis of water, recycled fuel cells / electrolysis are, biologic, photovoltaic, photochemical, photo-electrochemical, the use of solar energy as a heat source, biological production, photolytic decomposition, hydrogen production from fossil fuels without CO2 emissions, hydrogen production from metalhydride (NaBH4, LiBH4, etc.).
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Lecture
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6. Week
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Electrolytic and photolytic Hydrogen Production: Electrolysis of water, recycled fuel cells / electrolysis are, biologic, photovoltaic, photochemical, photo-electrochemical, the use of solar energy as a heat source, biological production, photolytic decomposition, hydrogen production from fossil fuels without CO2 emissions, hydrogen production from metalhydride (NaBH4, LiBH4, etc.).
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Lecture
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7. Week
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Advanced Technologies for hydrogen production (SOLAR HYDROGEN): Hydrogen Production Technology developments, the interaction with light matter, using solar energy for Hydrogen production, fluorescence and phosphorescence, the substance of the singlet and triplet states, Load separation and electron transport compounds, electron transfer with photo warn photochemical production methods, to obtain hydrogen from water through solar.
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Lecture
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8. Week
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Advanced Technologies for hydrogen production (SOLAR HYDROGEN): Hydrogen Production Technology developments, the interaction with light matter, using solar energy for Hydrogen production, fluorescence and phosphorescence, the substance of the singlet and triplet states, Load separation and electron transport compounds, electron transfer with photo warn photochemical production methods, to obtain hydrogen from water through solar.
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Lecture
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9. Week
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Hydrogen Storage Techniques and Distributions Technologies : hydrogen stored to be compressed gas, liquid hydrogen , with reversible metal hydrides, storing hydrogen in porous media, storage via hydrogen carbon nanofibres nanotubes and to compare the storage method.
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Lecture
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10. Week
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Hydrogen Storage Techniques and Distributions Technologies : hydrogen stored to be compressed gas, liquid hydrogen , with reversible metal hydrides, storing hydrogen in porous media, storage via hydrogen carbon nanofibres nanotubes and to compare the storage method.
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Lecture
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. Homework
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11. Week
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Chemical Hydrogen Storage Methods: Methanol production, to be stored as chemical hydrides and sodium borohydride. Hydrogen Storage and comparison of storage methods using chemical hydrides.
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Lecture
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12. Week
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Chemical Hydrogen Storage Methods: Methanol production, to be stored as chemical hydrides and sodium borohydride. Hydrogen Storage and comparison of storage methods using chemical hydrides.
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Lecture
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. Homework
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13. Week
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Fuel Cells: Proton exchange membrane fuel cells, direct methanol fuel cell, direct ethanol fuel cell, direct borohydride fuel cells, phosphoric acid fuel cell, formic acid fuel cell, molten carbonate fuel cell.
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Lecture
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14. Week
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Fuel Cells: metal hydride fuel cell, protonic ceramic fuel cell, solid-oxide fuel cell, microbial fuel cell, the zinc-air battery, the current cell, alkaline fuel cells, electro-galvanic fuel cell and reversible fuel cell.
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Lecture
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