SU328646A1 - CLEANING MACHINE - Google Patents

Description

The invention relates to a technique for the wet cleaning of gases emitted by the combustion of various products, as well as grinding, combustion in furnaces.

A gas purification apparatus is known, consisting of a body, a foaming device and a drift catcher.

However, the known apparatus works periodically, since the cleaning and washing of the drip catcher is not automated.

The proposed apparatus differs from the known one in that the droplet separator is made freely rotating relative to the axis of the apparatus, and above it there is a tangential nozzle connected to the pipeline supplying the solution to the foaming device.

This makes it possible to increase the cleaning efficiency and ensure the continuity of the apparatus operation.

FIG. 1 shows the proposed apparatus; in fig. 2 is a section along A-A in FIG. I.

The apparatus consists of a body /, a foaming device 2, pockets 3, of which the solution enters the foaming device, a rotating droplet separator 4, made of wavy elements, above which is a nozzle 5 of the washout separator, inlet pipe 6 with an umbrella 7 and outlet 5 tangentially to the drip tray. .

A pipe 9 with a valve 10 serves to supply the solution to the foaming device. The pipeline // with a valve 12 is designed to supply the solution to the nozzle 5. The pipe 13 and the valve 14 serve to drain the slime from the foaming device into the pipeline / 5 of the spent solution.

The gas to be cleaned enters through the pipe 6, bypasses the umbrella 7, and being distributed around the perimeter, it passes through the foaming device. The purged gas with drops of solution flows from the sides to the rotating droplet separator and exits in the central part of the cannula. The gas from the foam apparatus exits through the nozzle 8. The solution is fed to the foaming device from pockets 3. The waste solution is collected in the conical part of the foaming device and discharged through line 15. The collecting slurry in the groove of the foaming device is withdrawn through pipe 13 through valve 14.

The solution is fed into the pockets of the foaming device continuously, regardless of the washing of the drift catcher 4. The solution through the pipelines 9 and // through the valve 12 iodine into the nozzle 5 installed tangentially to the drip tray. After washing the rotary drip catcher 4, the solution enters the

The gas cleaning process is carried out continuously, without stopping the cauliflower. -

, -Dr eDmete .i.z gain

 An apparatus for cleaning gas of Peppy type, comprising a housing, a peoreforming device with a solution supply pipeline and a drip catcher, characterized in that, with an increase in cleaning efficiency and ensuring continuous operation of the air cleaner, the droplet separator is made freely rotating relative to the axis of the device, and above it there is a nozzle tangentially connected with the pipeline giving solution on the pepoobrazny device.

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