Press, Roman J. / Santhanam, K. S. V. / Miri, Massoud J. / Bailey, Alla V. / Takacs, Gerald A.
Introduction to Hydrogen Technology
  1. Edition - November 2008
83.90 Euro
2008. 308 Pages, Hardcover
- Monograph -
ISBN-10: 0-471-77985-7
ISBN-13: 978-0-471-77985-8 - John Wiley & Sons
Sample Chapter
Short description
Stressing clean sources of energy, theory of fuel cell operations, hydrogen infrastructure, and devices that use hydrogen, Chemistry for Hydrogen Technology prepares readers for future challenges in the areas of energy generation, consumption, and commercialization of hydrogen-powered applications. The text raises awareness for renewable energy use and leads to preparation of a workforce that will be ready for future challenges in the areas of energy generation, consumption, and commercialization of hydrogen-powered applications. The author team covers chemistry fundamentals to foster understanding of energy, hydrogen technology, renewable energies, and principles of its uses.
From the contents
Preface.
Chapter 1. Available Energy Sources.
1.1 Civilization and search for sustainable energy.
1.2 Planet energy resources and energy consumption.
1.3 Greenhouse effect and its influence on quality of life and ecosphere.
1.4 Non-renewable energy sources.
1.5 Renewable energy sources:
1.6 Energy storage.
1.7 Energy ethics.
Chapter 2. Chemistry Background.
2.1 Reversible reactions and chemical equilibrium.
2.2 Acid-base chemistry.
2.3 Thermodynamics.
2.4 Reaction kinetics.
2.5 Electrochemistry (Oxidation/Reduction Reactions).
2.6 Organic reactions involving hydrogen.
2.7 Polymer chemistry.
2.8 Photochemistry.
2.9 Plasma chemistry.
Chapter 3. Hydrogen Properties.
3.1 Occurrence of hydrogen, properties and use.
3.2 Hydrogen as energy carrier.
3.3 Comparison to other fuels.
3.4 Hydrogen storage.
Chapter 4. Hydrogen Technology.
4.1 Production:
4.2 Hydrogen infrastructure.
4.3 Hydrogen safety.
4.4 Hydrogen technology assessment.
Chapter 5. Fuel Cells Essentials.
5.1 Introduction to hydrogen based fuel cells.
5.2 Proton exchange membrane.
5.3 Solid oxide fuel cells.
5.4 Alkaline fuel cells.
5.6 Stack, catalysts, electrode assembly.
5.7 Medium and high temperature fuel cells.
5.8 Fuel cells system architecture.
Chapter 6. Fuel Cells Applications.
6.1 Stationary power production.
6.2 Transportation.
6.3 Micro-power systems.
6.4 Mobile and residential power systems.
6.5 Space and military applications.
6.6 Conclusion.
Index.
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