The invention discloses a full-automatic treatment apparatus for
chlorine gas in
calcium hypochlorite production. The apparatus comprises an absorption
pool, a first dust removal chamber and a seconddust removal chamber, wherein the side wall of the absorption
pool is fixedly connected with the second dust removal chamber, a gas intake
pipe communicates with the side wall of the first dust removal chamber, and the first dust removal chamber and the second dust removal chamber are connected through a square through hole. Through the combination of the absorption
pool, the first dust removal chamber and the second dust removal chamber, the
residual chlorine gas in the
calcium hypochlorite production can be efficiently and comprehensively absorbed and treated. The dripping liquid is collected by a collecting box, a rotary disc is driven to rotate back and forth under the action of third springs, and a
pipe sleeve is pushed to jack a soft
branch pipe to intermittently
impact a first arc-shaped plate, and a spraying effect is formed due to impacts of the soft
branch pipe and a hard
branch pipe, so that the drifting
chlorine gas can be effectively absorbed. The combination of a first
filtration net and a second
filtration net can further enhance the effect of
chlorine gas purification, and ensure that the exhausted gas does not pollute the environment.