A layered tank design with continuous stratification and continuous discharge
Thread Content
It is already known that the density of the heavy phase is 3 and that of the light phase is 1. Using the setup shown in the diagram, how can the positional relationship between H1 and H2 be determined? What other conditions need to be known.
Such a device can only be simply separated; it will work fine in cases where high requirements are not necessary. The ratio of the two phases must remain constant
I’m not entirely sure, but it seems that it has no direct relation to density; rather, it’s related to the solubility between the two. Is it mutually soluble or insoluble?
What is the content of the two phases in the feed? Then, by using the feed rate and discharge rate, it should be possible to calculate it
What is the content of the two phases in the feed? Then, by using the feed rate and discharge rate, it should be possible to calculate it
The size of the equipment is related to the feed rate and the settling time; the densities of the two phases are related to the heights of the upper and lower outlets of the settling tank