Flue-gas desulfurization system with stepped tray
A desulfurization system, flue gas technology, applied in separation methods, dispersed particle separation, chemical instruments and methods, etc., can solve problems such as poor mixing of gas and liquid in horizontal system performance, and achieve the effect of increasing operating costs
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[0033] specific implementation
[0034] Referring to the drawings, wherein the same or similar elements are designated by the same numerals, FIG. 3 illustrates a horizontal flue gas desulfurization chamber 51 of the present invention having a porous, variable vertical cross-section, stepped absorption tray 100, so as to increase the Inner gas-liquid contact area. The trays 100 are arranged in steps from the inlet 52 of the chamber 51 towards the aerosol separator 70 near the outlet 75 .
[0035] Tray 100 provides an improved mixing zone for slurry 65 and flue gas 40 within chamber 51 . The chamber 51 comprises an area having a cross-section that is horizontal to the flow of gas and that is limited. The installation of stepped perforated trays retains the gas-slurry mixture in the contact zone. Flue gas 40 may pass upwardly through tray 100 to contact slurry 65 sprayed from slurry spray head 63 . The liquid slurry is mixed with the flue gas 40 and removed such as SO x and ...
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