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3. Hydrogen production processes
The dihydrogen molecule is not naturally available. It must therefore be produced by extracting the H atom from compounds that contain it, essentially hydrocarbons and water. Today's industrial production technologies are as follows:
steam reforming of light hydrocarbons ;
partial oxidation of hydrocarbons;
autothermal reforming, which is a combination of the previous two ;
water decomposition by electrolysis.
The first three processes are described in 3.1 ...
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Unit operations. Chemical reaction engineering
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Hydrogen production processes
Hydrogen purification
Bibliography
Events
WHEC (World Hydrogen Energy Conference). Under the aegis of the International Association for Hydrogen Energy IAHE, one of the world's largest and longest-running hydrogen energy conferences, the WHEC, has been held every two years since 1976. These conferences are organized in turn by the hydrogen-energy community of one country in the world
WHTC Congress. Annual World Conference on Hydrogen Technologies...
Standards
- Liquid Hydrogen – Land vehicle fuelling system interface - ISO 13984 - 1999
- Liquid hydrogen – Land vehicle fuel tank - ISO 13985 - 2006
- - ISO 14687:1999 -
- Hydrogen fuel – Product specification - ISO 14687:1999/Cor1 - 2001
- Airport H2 fuelling facility - ISO/PAS 15594 - 2004
- Basic considerations for the safety of hydrogen systems - ISO/TR 15916 - 2004
- Hydrogen generators using...
Patents
Cerium electrolytic oxidation process and electrolysis unit for its implementation CA2582058.
Process for the production of synthesis gas by steam reforming in a reactor-exchanger FR2890955, ROJEY (A.), BERTHOLIN (S.), GIROUDIERE (F.), LENGLET (E.).
Process for the production of highly thermally integrated hydrogen by reforming a hydrocarbon feedstock, EP 2107043, GIROUDIERE (F.),...
Directory
Manufacturers – Suppliers – Distributors (non-exhaustive list)
High-capacity hydrogen production (> 10,000 Nm 3 /h)
HALDOR TOPSOE AS http://www.topsoe.com
TECHNIP http://www.technip.com
...
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