On the relationship between increased gas flow into the tower and tower liquid level
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The unit is compact and does not have an argon system. The current operating conditions are as follows: 1: The gas flow rate entering the tower exceeds the rated value by 3000; 2: The resistance in the lower part of the tower has increased by 8 kPa. 3: The output volume remains unchanged, the purity is normal, the liquid level in the tower, the regeneration flow rate, and the temperature after the machine are all within normal ranges, as are other parameters such as tower pressure. 4: The instrument is fine. I would like to ask everyone: if the gas flow rate into the tower is increased by 3,000 units for a period of 4 hours, in what form does this additional gas exist and where does it go? Logically, the liquid level in the tower should rise; so where does this additional gas go? Please help me solve this!
It becomes liquid held within the tower, with the resistance increasing accordingly
There shouldn’t be too much liquid inside! So if more time passes, will the tower get flooded?
The resistance inside the tower is high, and the pressure of the air compressor is also high; adjustments are needed. If no adjustments are made for an extended period, the problems you mentioned will naturally occur
It depends on the distillation potential and cooling capacity of your tower; if both are sufficient, the product will exit the tower in gaseous or liquid form. Otherwise, it will be discharged along with the waste nitrogen, which may result in a decrease in the extraction rates of nitrogen and oxygen~~