Può essere considerato il processo

Può essere considerato il processo più comune e diffuso al mondo. Infatti viene impiegato per la produzione del 50% dell’idrogeno prodotto a livello mondiale. Similmente al processo di gassificazione, lo steam reforming fa reagire il vapore acqueo, a temperature fra gli 800-1100 °C, per produrre gas di sintesi, il syngas. Come si può vedere nello schema, talvolta può essere necessario ricorrere ad una desolforazione, per eliminare le quantità di zolfo presenti nel combustibile di partenza, convertendolo in acido solforico (H2S). Il processo si può dividere in tre fasi principali:

Risultati (Inglese) 1:

process can be considered the most common and widespread in the world. in fact is used for the production of 50% of the hydrogen produced worldwide. similarly to the process of gasification, steam reforming is reacted water vapor, at temperatures between 800-1100 ° C, to produce synthesis gas, the syngas. as you can see in the diagram,sometimes it may be necessary to resort to a desulfurization, to eliminate the amount of sulfur present in the fuel starting, converting it into sulfuric acid (H2S). the process can be divided into three main phases:

Risultati (Inglese) 2:

Can be considered to be the most common and widely used process in the world. It is used for the production of 50% of the hydrogen produced globally. Similarly to the gasification process, makes steam reforming reaction of water vapour at temperatures between 800-1100° C, in order to produce synthesis gas, syngas. As you can see in the diagram, Sometimes it may be necessary to resort to a desulphurisation, to eliminate the quantity of sulphur contained in the fuel, converting it to sulfuric acid (H2S). The process can be divided into three main phases:

Risultati (Inglese) 3:

Can be considered to be the most common process is widespread in the world. In fact is used for the production of 50% of the hydrogen produced worldwide. Similarly in the gasification process, steam reforming reacted the water vapor at temperatures between 800-1100 °C, to produce synthesis gas, syngas. As you can see in the diagram,Sometimes it may be necessary to resort to a desulfurization, to eliminate the amount of sulfur present in the fuel of departure by converting it into sulfuric acid (H2S). The process can be divided into three main steps: