Asking for advice, drying tower problem
Thread Content
I would like to ask for advice on the relationship between the regeneration gas flow rate of the drying tower and the regeneration heating temperature. Does the greater the flow rate, the lower the temperature?
Take a look at your heater. If the power is constant, the larger the air volume, the lower the temperature. If the power is sufficient and there is temperature control, then the constant temperature heating will be provided at a certain air volume.~~
Theoretically, the larger the regeneration gas volume, the lower the regeneration temperature, and the regeneration gas will take away a large amount of heat. . . .
It mainly depends on whether your molecular sieve or heater is resistant to drying.
I don’t quite understand. It should be related to the packing. After the regeneration gas pressure is determined, the discharge orifice plate of the regeneration process is determined, and the flow rate should not be too different. This is also specified according to the material. Otherwise, what should I do if the bed packing is blown away? As for the temperature, there should be a heating and constant temperature stage, and there are also regulations on the temperature rise per unit time. Bigger is not better for everything. I don’t quite understand, so don’t scold me if I say something wrong.
This operates on the same principle as the purifier. The amount of regeneration gas is constant. If there is a peak or temperature in the heating, it can be shut down due to time protection!