Which of the following statements is correct about the water-gas shift reaction used for the commercial preparation of hydrogen gas?

It involves the selective oxidation of CO of water gas to

C O_{2}

with the help of steam in the presence of iron chromate as catalyst

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It involves the separation of CO and

H_{2}

by solvent extraction method

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It involves the absorption of CO in aqueous copper (I) chloride solution

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It involves the removal of

H_{2}

through occlusion with Pd

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Solution

The correct option is A It involves the selective oxidation of CO of water gas to $C O_{2}$ with the help of steam in the presence of iron chromate as catalyst
$C O (g) + H_{2} (g) + H_{2} O (g) F e C r O_{4} - ---- \to 673 K 2 H_{2} (g) + C O_{2} (g)$

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Similar questions

Q. In context with the industrial preparation of hydrogen from water gas

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which of the following is the correct statement?

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Q. In context with the industrial preparation of hydrogen from water gas

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Q. Choose the correct statement about the industrial preparation of hydrogen from water gas

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Dihydrogen gas used in Haber’s process is produced by reacting methane from natural gas with high temperature steam. The first stage of two stage reaction involves the formation of CO and H₂. In second stage, CO formed in first stage is reacted with more steam in water gas shift reaction,

If a reaction vessel at 400°C is charged with an equimolar mixture of CO and steam such that 4.0 bar, what will be the partial pressure of H₂ at equilibrium? Kp= 10.1 at 400°C

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Which of the following statements is correct about the water-gas shift reaction used for the commercial preparation of hydrogen gas?

The correct option is A It involves the selective oxidation of CO of water gas to CO2 with the help of steam in the presence of iron chromate as catalystCO(g)+H2(g)+H2O(g)FeCrO4−−−−−→673K2H2(g)+CO2(g)

The correct option is A It involves the selective oxidation of CO of water gas to $C O_{2}$ with the help of steam in the presence of iron chromate as catalyst
$C O (g) + H_{2} (g) + H_{2} O (g) F e C r O_{4} - ---- \to 673 K 2 H_{2} (g) + C O_{2} (g)$