SS 316L Co Knitting With Glass Fiber Mist Eliminator Square Shape

MATERIAL OF Constructing demister mist eliminator:

co-knit of 316L + glass fiber

Other materials Mesh and grids may be made from i.e. SS304, 304L, 316, 316L, 321, 310S, 201, Duplex 2205, 316Ti, 904L, Monel, Nickel, Alloy 20, Copper, P.T.F.E., H.D.P.E., P.P., co-knit of 316L + PTFE, alloy 20 + PTFE, 304+PTFE, 904L + PTFE, 304+glass fiber, 316L + glass fiber, 904L + glass fiber, 316L+PP etc. and other metals, alloys or plastic which can be drawn or extruded.

Applications of SS316L + glass fiber co-knit mesh demister mist eliminator:

Low pressure rectifying column:

The co-knit mesh mist eliminator increases the purification ratio, that enables a deep cut in residue oil to improve the quality of gas oil. The improved gas oil contains less carbon, asphalt and corrosive metals, increases decomposition capacity by the residue load in the regenerator, and maintains a higher contact reaction to produce a higher gasoline yield ratio.

Lubricant refinery tower:

The mesh demister increases production volume and yield ratio and improves production quality. As a result, the refining of solvent and white clay is practically rationalized.

Distilling equipment:

Improved performance can be obtained in equipment for processing asphalt, organic intermediate substances, fine chemicals, vegetable oil, tall oil, fatty acid, glycerin, lubricant, benzene and propane.

Evaporator:

The co-knit mesh mist eliminator prevents carryover of valuable products, can be appropriately used for boiler feed water or processes, and produces high quality condensate.

Steam drum:

Demister produces clean and dry solids of less than 0.5ppm and prevents water from flowing back into the turbine.

Absorption tower:

Effective for completely removing all types of flying and accompanying liquids such as absorption oil, glycol and amine dissolution and discharges clean and dry gas. This also improves process efficiency.

The mesh pad demister mist eliminator is installed above the surface of the liquid with some distance. From one hand it allows some space for the natural disengagement of the coarsest natural particles. From the other hand, it ensures that the gas/ vapour flow is uniform over the whole area of the mist eliminator

The gas / vapor containing droplets passes into mesh pad demister at a predetermined velocity. It easily finds open path through the mesh but the droplets and mist impinge on the filaments of mesh where they coalesce and eventually grow to such a size to overcome surface tension of liquid and force of gravity. Then the liquid droplets so formed fall down. And the mist free gas / vapour passes through the mesh demister pad.