Why is the diameter of the tower thick at the bottom of the saponification tower, while it becomes smaller in the upper part?
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Is it to save materials or does it serve some purpose in the manufacturing process?
First of all, I don’t know what a saponification tower is. However, the number of cases where the diameter is changed to save materials is still relatively small; it’s worth checking whether this is related to the gas flow rate. Also, if the bottom of the tower is heated directly, the diameter at the bottom of the tower is also relatively large
At first glance, the answer shows that the person is an expert; that’s exactly what I encountered with saponification towers before