The process which takes place in absorption tower is __________.

catalytic oxidation of

S O_{2}

S O_{3}

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production of sulphur dioxide by burning sulphur

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absorption of sulphur trioxide in 98% sulphuric acid

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none of the above

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Solution

The correct option is D none of the above
The process which takes place in absorption tower is the formation of Oleum by reaction of $S O_{3}$ with $H_{2} S O_{4}$ .

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Similar questions

Sulphur trioxide gas is an important precursor to manufacture sulphuric acid. It is produced by the catalytic oxidation of $S O_{2}$ gas. Which of the following are suitable catalysts for the process?

Q. What mass of Oxygen is combined with

9.02 g

of Sulphur in

(a) Sulphur dioxide,

S O_{2}

and
(b) Sulphur trioxide,

S O_{3}

Sulphur trioxide gas is an important precursor to manufacture sulphuric acid. It is produced by the catalytic oxidation of $S O_{2}$ gas. In the contact process, once we obtain $S O_{3} (g)$ , Sulphuric acid is obtained by the hydrolysis of $S O_{3} (g)$ .

1 l i t

of oxygen and

3 l i t

S O_{2}

S T P

are reacted to produce sulphur trioxide. The ration between volume of sulphur trioxide and that of sulphur dioxide after reaction and weight of

S O_{3}

formed (in grams) respectively are

In the manufacture of Sulphuric acid ,the key step is the catalytic oxidation of sulphur dioxide with Oxygen to give:

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The process which takes place in absorption tower is __________.

The correct option is D none of the aboveThe process which takes place in absorption tower is the formation of Oleum by reaction of SO3 with H2SO4.

The correct option is D none of the above
The process which takes place in absorption tower is the formation of Oleum by reaction of $S O_{3}$ with $H_{2} S O_{4}$ .