Full effective tray with separating phase transformation and small plate distance rectifying tower
A rectification tower and tray technology, which is applied in the innovation field of tray structure, can solve the problems of low tray efficiency, large number of rectification trays, large plate spacing, etc., and achieve high plate efficiency, lower tower height, and better plate spacing small effect
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Embodiment 1
[0021] Each tray is a tower section as a whole (the solid line in Figure 3), and the tower section is mainly composed of a vertical column shell 10, a liquid collecting plate 3 and a heat exchange plate 1. The heat exchange plate 1 is a thin plate as thin as possible (about 0.5 mm, heat transfer block), and the plate surface is stamped into a group of "v" shaped grooves that are perpendicular to the overflow weir (a bit like asbestos tiles, but the distance between the grooves is relatively small) Large, there is a flat part on the plate), the groove plays the role of strengthening the load-bearing capacity, guiding the liquid phase flow on the plate, and collecting the condensate under the plate. In order to make the thickness of the liquid layer on the heat exchange plate uniform, the heat exchange plate should be about 5mm lower on the side of the overflow weir (depending on the viscosity of the liquid phase), forming a slope along the flow direction. The liquid collecting ...
Embodiment 2
[0027] The difference between embodiment 2 and embodiment 1 is that a tube water condenser is arranged in the top of the tower above the heat exchange plate of the first tray and replaced by an external dephlegmator.
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