Air separation
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Why does increasing the purity of liquid oxygen result in a smaller temperature difference in the main cooler? Will increasing the purity of gaseous nitrogen reduce the temperature difference in the main cooler?
I don’t know why to worry about this issue; it’s almost impossible to control manually. It is actually about the evaporation rate, or more broadly, the relationship between the amount of rising steam and the reflux ratio. Many problems like this can be explained through other channels. Furthermore, the exploration of issues must be carried out within the range of process conditions. Set a reference point for academic discussion. Oh, the main temperature difference is controlled by the pressure difference and the heat exchange area. Production is usually at full capacity, and full immersion operation is required (for safety reasons); the pressure difference control is set to its maximum level. For reference.
They might be considering deeper issues now. I’m getting stuck in a dead end