Practical Exercise on Purification Technology Version [012]
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What is the impact of the temperature of the process gas at the outlet of the low-temperature chiller on the horizontal balance? Answer: Is the temperature of the process gas at the outlet of the low-temperature chiller high? If there is a large amount of moisture introduced into the system, the solution tends to get diluted. The temperature of the process gas at the outlet of the low-temperature chiller is low, resulting in less moisture being introduced into the system; thus, the solution tends to concentrate more easily.
This post was last edited by sqlzl on 2017-7-22 07:27. The water vapor ratio is affected; lower temperatures result in a lower water vapor ratio, which can lead to incomplete reactions. The temperature is high, so relatively more moisture is carried in
The high temperature of the process gas at the outlet of the low-temperature chiller results in an excessive amount of moisture being introduced into the system, causing the solution to dilute easily. The temperature of the process gas at the outlet of the low-temperature chiller is low, resulting in less moisture being introduced into the system, which facilitates concentration of the solution.
The temperature of the process gas at the outlet is high, resulting in a large amount of moisture being introduced into the system, which makes it easy for the solution to become diluted. The temperature of the process gas at the outlet is low, resulting in less moisture being introduced into the system, which facilitates concentration of the solution.
The process gas temperature at the outlet of the low-temperature chiller is high, resulting in an abundance of moisture being introduced into the system, which makes it easy for the solution to become diluted.
When the temperature is high, more moisture is introduced into the system, causing the solution to dilute easily
The exit process temperature is high, resulting in a large amount of moisture being introduced into the system, which makes the solution prone to dilution.
The process gas temperature at the outlet of the low-temperature chiller is high, resulting in an excessive amount of moisture being introduced into the system, which facilitates the dilution of the solution； The temperature of the process gas at the outlet of the low-temperature chiller is low, resulting in less moisture being introduced into the system, and the solution tends to concentrate easily.
The high temperature of the process gas at the outlet of the low-temperature chiller results in an excessive amount of moisture being introduced into the system, causing the solution to dilute easily. The temperature of the process gas at the outlet of the low-temperature chiller is low, resulting in less moisture being introduced into the system, which facilitates concentration of the solution.
The high temperature of the process gas at the outlet of the low-temperature chiller results in an excessive amount of moisture being introduced into the system, causing the solution to dilute easily. The temperature of the process gas at the outlet of the low-temperature chiller is low, resulting in less moisture being introduced into the system, which facilitates concentration of the solution.