SU957935A1 - Gasoseparator - Google Patents

Description

(54) GLAZEPARATOR

The invention relates to the purification of gases from liquids in air separation plants and can be used to separate liquids from gas streams in the chemical, petrochemical industry.

A gas-liquid separator is known, comprising a housing with gas inlet and outlet nozzles and a separated liquid outlet nozzle, inside which a louver bag and a pipe for draining fluid are disposed. Disadvantages due to the fact that the separated liquid from the louvered package through the pipes enters the lower part of the apparatus.

The closest to the invention to the technical essence and the achieved result is a gas separator, including a housing with springs of the inlet and outlet of gases, inside of which there are separation sections made in the form of concentrically arranged vertical louvers

elements, pipes for removal of the separated liquid r2j.

However, the known gas separator has large dimensions of the apparatus, which increases the consumption of materials and the possibility of secondary entrainment of aserized liquid. The disadvantages are due to the fact that the separated liquid from the louvered elements through the pipes enters the lower part of the housing, and can be picked up by the gas flow (secondary entrainment).

The object of the invention is to reduce material consumption by reducing the capacity for the separated liquid, to prevent re-entrainment, and to increase the separation efficiency.

Claims (2)

To this end, the gas separator, comprising a housing with gas inlet and outlet nozzles, inside which separation sections are arranged, made in the form of concentrically arranged vertical louvre elements, pipes for draining the separated liquid, is equipped with a mesh nozzle installed between the louvered elements and a mountain collector with a drain pipe connected to the pipe to drain the separated liquid. 1 shows a gas separator general view in section of figure 2 - separation element, section. The gas separator includes a housing 1 with nozzles of the inlet 2 and outlet 3 of the gas. Inside the casing there are vertical louvered elements 4, between which the mesh is mounted on cage 5, the separated liquid through pipes 6 is drained into a toroidal collector 7 and through pipe 8 is led through the wall of the body. The gas separator works as follows. The gas-liquid stream enters the housing 1 through the pipe 2, then the gas flow passes through the louvered elements 4 and the mesh nozzle 5, in which the first stage of separation and enlargement of liquid droplets occurs, the second stage of liquid separation occurs in the louvered elements. Due to the passage of the stream first through the mesh nozzle and then through the louvre elements, the separation efficiency is increased. The cleared stream leaves through patra bok3. The separated liquid through pipes 6 is discharged into a toroidal collector 7 and removed from pipe 8 through the wall of housing 1. The use of the proposed invention in comparison with the known industrially developed gas separators reduces the material consumption by reducing the capacity for the separated liquid, eliminates secondary entrainment, and increases separation efficiency. Claims gas separator comprising a housing with gas inlet and outlet nozzles, inside of which there are separation sections made in the form of concentrically arranged vertical louver elements, a pipe for draining the separated liquid, characterized in that in order to reduce the material intensity by reducing the capacity for the separated liquid , preventing re-entrainment and increasing the separation efficiency, it is equipped with a reticular nozzle installed between the louvre elements and the toroid th collector with a discharge pipe connected to the discharge pipe for separated liquid E. Sources of information taken into account in the examination 1. USSR author's certificate number 273-713, cl. B 01 O 46/52; 1967. 2. Authors certificate of the USSR 497034, cl. On 01 D 45/06, 1973 (prototype).