Mist Eliminator / Demister Demister Pad from China manufacturer

Payment Terms:	T/T,L/C,D/A,D/P,WU
Place of Origin:	Hebei, China (Mainland)


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Product Detail

Means of Transport: Ocean,Land,Air

Packing: Standard package

Application: Filter

Material: Others

Mesh Size: 0.5-250 mesh

Production Capacity: 1000 sets/day

Delivery Date: 2~30days

Type: Woven

Brand Name: Xinxing

Incoloy Demister Mist Eliminator: Incoloy Demister Mesh Pad

We provide Mist Eliminator with high quality. Mist eliminators markedly cut glycol, amine or solvent consumption in absorption and regeneration towers

Mist Eliminator / Demister

Materials of Construction: Nickel, Monel, Incoloy, Titanium, Stainless steel

We provide Mist Eliminator with high quality. Mist eliminators markedly cut glycol, amine or solvent consumption in absorption and regeneration towers. Mist eliminators allow significant increase in throughput anywhere gases and liquids come into contact in process equipment. Mist eliminators prevent contamination of side draws and overheads in refinery atmospheric and vacuum towers and other distillation columns. They have Features like Wear-resisting, greatly heat-resisting, greatly acid-resisting and corrosion resisting.

Benefits of Mist Eliminator:

1)Reduce loss of valuable chemicals

2)Increase throughput capacity

3)Improve product purity

4)Eliminate contamination

5)Provide equipment protection

6)Prevent air pollution

Demister Mist Eliminators

When the vessel size is not set by the mist eliminator (such as is normally the case for distillation towers, steam drums, or evaporators), the practical starting point is often the knitted wire mesh pad type. Demister knitted mesh mist eliminators provide high separation efficiency at the lowest installed cost.

Benfits of Demister Mist Eliminators

Easy to install in all process equipment

Most cost-effective solution when equipment sizes are set by other requirements

High efficiency with low pressure drop Emergency delivery available

How a Demister Mist Eliminator Works

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

Typical Demister Mist Eliminator Style Improvements

Traditional Style	New Style	Capacity Gain	Efficiency Gain	Description
371	215	>35%	Same	Glass fiber & metal for maximum efficiency
326	194	>25%	Same	Ultra-efficiency design for fine particles
421	709	>20%	Same	Heavy duty, high efficiency design
431	172	>20%	Same	General purpose style
931	708	>22%	Same	High open area for viscous or dirty liquid

Flexi chevron Mist Eliminators
When the vessel size is set by the mist eliminator, then the benefits of high capacity Flexi chevron mist eliminators could be the most cost ffective overall solution.

Benefits of Flexi chevron Mist Eliminators
Ideal for applications where solids or viscous, sticky liquids rapidly plug a wire mesh type mist eliminator; Usable in either vertical (upward) or horizontal flow designs; provide the lowest pressure drop of any type mist eliminator; Handle high liquid loads;

Cyclone Mist Eliminators
In extreme debottlenecking situations or in new designs at very high operating pressures where it is necessary to minimize vessel size and weight, the high capacity characteristics of cyclone
Mist eliminators often prove beneficial. In high pressure applications, cyclone mist eliminators provide performance advantages and minimize vessel sizes, when compared to other mist eliminators.

Benefits of High Capacity Cyclone Mist Eliminators
Minimizes new vessel diameter and weight, which is particularly important in high pressure applications; Ideal for debottlenecking existing separator capacity upgrades; High efficiency separation of<10 micron droplets, even at high pressures; High gas turndown; Easily installed through vessel manways.

Applications:

•Scrubbers.

•Separators.

•Knock-out drums.

•Natural gas cleaning.

•Flue gas cleaning.

•Distillation, Absorption and GDU columns.

•Evaporation processes.

•Steam drying.

•Process vessels.