Find the absorption tower height ifNumber of gas phase transfer units ...
Answer: Height of the absorption tower = HTUx NTU
= 4.09 x 1.5
= 6.135 meters.
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Find the absorption tower height ifNumber of gas phase transfer units ...
To find the absorption tower height, we need to use the concept of the number of gas phase transfer units (NTU) and the height of gas phase transfer units (HTU).
The formula to calculate the absorption tower height is:
Height of the absorption tower = Number of gas phase transfer units x Height of gas phase transfer units
Given:
Number of gas phase transfer units (NTU) = 4.09
Height of gas phase transfer units (HTU) = 1.5 meters
Using the given values in the formula:
Height of the absorption tower = 4.09 x 1.5 meters
Calculating the above expression:
Height of the absorption tower = 6.135 meters
Therefore, the absorption tower height is 6.135 meters.
Explanation:
The absorption tower height is determined by the number of gas phase transfer units and the height of each unit. The number of gas phase transfer units (NTU) represents the number of times the gas and liquid phases come into contact and exchange mass within the tower. The height of gas phase transfer units (HTU) represents the height of each unit or stage in the tower, where mass transfer occurs.
To calculate the absorption tower height, we multiply the number of gas phase transfer units by the height of each unit. In this case, the number of gas phase transfer units is given as 4.09 and the height of each unit is given as 1.5 meters. By multiplying these values, we find that the absorption tower height is 6.135 meters.
Therefore, option C, 6.135 meters, is the correct answer.