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GREEN HYDROGEN. Technical Handbook
Títle:
GREEN HYDROGEN. Technical Handbook.r :Engineer and scientific disseminator ).Pages: 204.
Dimensions: .
Weight: Illustrations:
black and white and color
( with graphs, diagrams, tables with data of interest, photos ). Year:
2023 (1ª Edition).
ISBN:
978841263374.
Precio: 44 EUROS (VAT
included) (48 Dollars USA).
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COMMENT ON DE
BOOK:
Hydrogen in not found free in nature. We have the example in
water whose molecules results from the union of two hydrogen atoms with one
oxygen. Returning to the case of water, if we want to
separate its components, it can be done by electrolysis. But the basic question
is that the electrolysis process requires energy, which is obtained through
electricity generated in thermal, nuclear, etc.
Another example, methane (CH4), can be used to make hydrogen, but it is a
polluting fossil source. And this is where the concept
of GREEN HYDROGEN comes in: it is that which is obtained through renewable
energies (wind, solar, etc.), with zero polluting emissions.
This work is of great interest to
engineering companies, energy companies, construction companies, installers,
designers, electrical companies, energy agencies, state companies, official
bodies, etc. It is also very suitable for training courses.
ÍNDICE COMPLETO DEL
LIBRO
Chapter 1 GREEN HYDROGEN .
1.- Definition. 2.- Renewable hydrogen. 3.- Hydrogen: a versatile energy. 4.-
Low carbon footprint hydrogen with CO2 capture. 5.- Renewable hydrogen:
electrolysis from water and renewable energy. 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
emissions. 10.- Advantages and disadvantages of green hydrogen. 11.- 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.- Final 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 the energy point of view. 4.- Hydrogen
for energy transport. 5.- Hydrogen isotopes. 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.- 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 the 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 cells. 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
hydrogenerator. 3.- Specifications of a vehicle powered by hydrogen. 4.- Extract
from the European Regulation regarding the approval of hydrogen-powered
vehicles. 4.1.- Definitions referring to vehicles powered by hydrogen. 5.-
Practical exercises. Solutions at the end of the book.
Chapter 10 FORECASTS ON THE FUEL CELL MARKET .
1.- Towards an economy based on hydrogen. 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
NUCLEAR FUSION AND HYDROGE N.
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. 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 .
PRACTICAS EXERCISES. SOLUTIONS.
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