500mm gas liquid separator for test with plain mesh and crimped mesh

Gas velocity of gas liquid separator:

Max gas velocity:u_f=K[(ρ_L-ρ_G)/ρ_G]^1/2 m/s

ρ_L——density of liquid drop Kg/m³

ρ_G——density of gas before demister Kg/m³

K——Gas-liquid separate mesh constant

Recommended operation gas velocity:u_g=0.50u_f---0.80u_f m/s

How does a liquid gas separator / demister work?

(1)A vapor stream carrying entrained liquid droplets passes through a demister pad. The vapor moves freely through the knitted mesh.

(2)The inertia of the droplets causes them to contact the wire surfaces and coalesce.

(3)The large, coalesced droplets formed in the mesh ultimately drain and drop to the vessel bottom.

Some necessary data of gas liquid separator if Calculation Suggestions and Service are needed

Please pay attention to the Unit when refering to this sheet.

Wire mesh gas liquid separator, which are used in removing droplets entrained in flow gas, is constructed from knitted wire mesh with a cellular structure. The knit mesh are made into a mesh pad with determinate thickness and diameter, through which the two phases liquid-gas or liquid-vapor are disengaged.

From the statistic data obtained both in laboratory tests and industrial applications, it shows that the proper designed mesh pad demister allows a separation of liquids carried by gas with efficiency reaching 99.9%.

The material we have in stock.

PP, PTFE, SS304, SS304L, SS316, SS316L, SS201, SS202, SS310S, SS321, Copper, Nickel, Titanium, Duplex 2205, Duplex 2507, NS-80, Monel 400 alloy, Co-knit 904L+fiber glass, Co-knit 316L+ fiber glass, Co-knit 316L+PP flat...

Also we can handle other materials, but please specify when ordering.

Hualai’s Advantages in mesh pad demister:

Optimized solutions

Standard configurations

Tailored made configurations

Expedited services available

knowledge and engineering experience

High quality manufacturing standards and procedures

Manufactured in a variety of corrosion resistant materials (Metals, Plastics and Co-knit mesh options)

Welcome your inquiry any time!