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Green, blue and gray hydrogen

Green, blue and gray hydrogen

  • Author: Madrid Vicente, Antonio
  • Publisher: Antonio Madrid Vicente, Editor
  • eISBN Pdf: 9788412712773
  • Place of publication:  Spain
  • Year of digital publication: 2023
  • Month: April
  • Pages: 192
  • Language: English
  • Cover
  • Title page
  • Copyright page
  • Foreword
  • Thanks
  • Index
  • Chapter 1. Green hydrogen
    • 1.- Definition
    • 2.- Renewable hydrogen
    • 3.- Hydrogen: a versatile energy
    • 4.- Low carbon footprint hydrogen with CO
    • 5.- Renewable hydrogen: electrolysis from water and
    • 6.- Other ways of producing renewable hydrogen
    • 7.- Mobility and electricity generation
    • 8.- An adequate regulatory framework
    • 9.- Green hydrogen: an alternative to reduce polluting
    • 10.- Advantages and disadvantages of green hydrogen
    • 11.- Hydrogen production: Electrolysis
    • 12.- Practical exercises. Solutions at the end of the book.
  • Chapter 2. hydrogen roadmap: a commitment to renewable hydrogen
    • 1. Introduction
    • 2.- The national context
    • 3.- Stages of the hydrogen value chain
    • 4.- Production
    • 5.- Storage and transport
    • 6.- End uses
    • 7.- Vision 2030
    • 8.- Vision 2050
    • 9.- Practical exercises. Solutions at the end of the book.
  • Chapter 3. Hydrogen as an energy source
    • 1.- Hydrogen: presence on earth and in the universe
    • 2.- Properties of hydrogen
    • 3.- Hydrogen from an energy point of view
    • 4.- Hydrogen for energy transport
    • 5.- Isotopes of hydrogen
    • 6.- Fuel cells
    • 7.- Practical exercises. Solutions at the end of the book.
  • Chapter 4. Methods for obtaining hydrogen
    • 1.- Compounds with hydrogen
    • 2.- Methods to obtain hydrogen
      • 2.1.- Electrolysis
      • 2.2.- Refurbished (stationary and vehicle applications)
      • 2.3.- Gasification
      • 2.4.- Thermochemical cycles
    • 3.- Hydrogen storage methods
    • 4.- Hydrogen from solar energy
    • 5.- New technology for the production of clean hydrogen
      • 5.1.- The RGH2 OSOD system
    • 6.- Production of hydrogen from water
    • 7.- Breaking of water molecules
    • 8.- Practical exercises. Solutions at the end of the book
  • Chapter 5. Applications of hydrogen
    • 1.- Current applications
    • 2.- Hydrogen in vehicles
    • 3.- Applications of hydrogen (Abelló Linde).
    • 4.- Industrial applications of hydrogen (APPICE)
    • 5.- Hydrogen as fuel
    • 6.- Practical exercises. Solutions at the end of the book
  • Chapter 6. Fuel cells
    • 1.- Definition
    • 2.- Operation of fuel cells
    • 3.- Conductivity of fuel cells
    • 4.- Differences between fuel cells and batteries
    • 5.- APPICE information on fuel cells and their operation
    • 6.- Factors that influence the operation of fuel cells
    • 7.- Useful life of fuel cells
    • 8.- Practical exercises. Solutions at the end of the book
  • Chapter 7. Types of fuel cells
    • 1.- Types of fuel cells
    • 2.- Phosphoric acid fuel cells
    • 3.- Batteries with a proton exchange membrane
    • 4.- Alkaline fuel cells
    • 5.- Solid oxide fuel cells
    • 6.- Mixed carbonate fuel cells
    • 7.- Methanol fuel cells
    • 8.- Proton ceramic fuel cell
    • 9.- Clostridium bacteria to generate hydrogen
    • 10.- Reversible fuel cells
    • 11.- Efficiency of fuel cells
    • 12.- Fuel cells according to their application
    • 13.- Practical exercises. Solutions at the end of the book
  • Chapter 8. Fuel cell applications
    • 1.- Main applications
    • 2.- Fuel cells in space applications
      • 2.1.- Beginnings of the use of fuel cells in space
    • 3.- Fuel cells and the environment
    • 4.- Fuel cells in the automotive industry and electronics
    • 5.- Reformers
    • 6.- Loss of the environmental benefits of fuel cells
    • 7.- Practical exercises. Solutions at the end of the book.
  • Chapter 9. Hydrogeners and fuel cell-moved vehicles
    • 1.- The hydrogen refueling stations
    • 2.- Sections of a hydrogen generator
    • 3.- Specifications of a vehicle powered by hydrogen
    • 4.- Extract from the European Regulation regarding the
      • 4.1.-Definitions referring to hydrogen-powered vehicles
    • 5.- Practical exercises. Solutions at the end of the book
  • Chapter 10. Forecasts on the fuel cell market
    • 1.- Towards a hydrogen-based economy
    • 2.- Forecasts on the fuel cell market
    • 3.- World leaders in fuel cell research
    • 4.- Fuel cells and the European Union
    • 5.- Fuel cells in Spain
    • 6.- Practical exercises. Solutions at the end of the book.
  • Chapter 11. Hydrogen in nuclear fusion
    • 1.- Nuclear fission and fusion
    • 2.- Hydrogen in nuclear fusion
    • 3.- Base reaction of nuclear fusion
    • 4.- Release of energy in nuclear fusion
    • 5.- Hot fusion and the ITER experimental reactor
      • 5.1.- Cold nuclear fusion
    • 6.- Confinement of nuclear fusion
    • 7.- Spain and nuclear fusion
      • 7.1.- The National Fusion Laboratory (CIEMAT)
    • 8.- Practical exercises. Solutions at the end of the book
  • Annex 1. Glossary of energy terms
  • Practical exercises: solutions

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