The relationship between the outlet pressure of the tower and the liquid level inside the tower, thank you
Thread Content
An obsolete neutralization tower, in which the liquid level inside the tower is maintained through pumping circulation. When the outlet pressure is 59.5 kPa, the liquid level in the tower is 70 ； When the pressure drops to 50 kPa, the liquid level rises to 103; some of it is acetylene gas. After that, the pressure gradually increased again, while the liquid level dropped significantly. What is the principle behind this?
The pressure difference is reduced, which means the amount of liquid in your tower is smaller. The liquid in the entire tower is divided into the liquid contained within the tower body and the liquid at the bottom of the tower; when there’s less liquid in the tower body, there’s more liquid at the bottom
Hello, which specific pressure difference are you referring to? Also, the explanation is too technical and I didn’t understand it. Can it be ordered through Dazhong? I will carefully look into the keywords. Thank you very much.
When the pressure is low, the liquid flow rate into the tower is fast while the flow rate out of the tower is slow, causing the liquid level to rise. When it’s high, the opposite is true – it depends on how you manage it~