Hydrogen, the Post-oil Fuel ?Editions TECHNIP, 2013 - 336 pages Hydrogen—is it the energy vector for the future, or on the contrary, limited for many more decades, possibly even until the end of the century, to its current applications in the field of chemistry and refining? Advocates of the hydrogen civilization and the skeptics, even the declared opponents, are deeply divided over this issue. For the first, following a technological revolution, hydrogen would play a universal role alongside electricity in transport, leading to radical elimination of CO2 emissions. For the second, hydrogen will remain restricted to its current applications due to the insoluble problems inherent in its generalized use, especially in transport. |
Table des matières
3 | |
Hydrogen in the Fuel Industry | 15 |
Hydrogen as Fuel | 63 |
Use of Hydrogen for Electricity Production | 125 |
HYDROGEN PRODUCTION DISTRIBUTION | 145 |
Hydrogen Distribution Technologies | 233 |
Hydrogen Storage Technologies | 259 |
The Main Characteristics of Hydrogen Regarding Safety | 301 |
Experience in Industrial Use of Hydrogen | 311 |
Expressions et termes fréquents
acid Air Liquide alkaline anode applications battery biomass bipolar plates capacity carbon catalyst Chem chemical CO2 capture coal combustion composite compression compressor consumption conversion cost crude cryogenic cycle demonstrated depending developed Diesel electricity electrode energy efficiency Figure flammable flow rate fuel cell fuel cell system gases gasification gasoline gravimetric H₂ H₂O HCNG heat high pressure high temperature hydrides hydro hydrocarbons hydrocracking Hydrogen Energy hydrogen engines hydrogen production hydrogen stations hydrogen storage hydrogen tank hydrogen vehicles hydrogenases hydrotreatment IFP Energies nouvelles IGCC ignition increase industrial injection internal combustion engine kW PEMFC leak limited liquefaction liquid hydrogen materials membrane metal methane methanol mixture Nafion natural gas numerous obtained operating optimised oxide oxygen pathway PEMFC PEMFC system pipeline polymer pyrolysis quantities reaction reactor reduce refinery renewable energies scenarios solid specific steam reforming syngas technologies thermal tion transport turbine unit vehicles water electrolysis