All about mist eliminator: 3 major types 

All about mist eliminator: 3 major types

Are you willing to get a new mist eliminator for your factory? Searching for a reliable website is a must before making a decision. We will guide you about the 3 types of eliminators of mist that are available on the market.

One can read and find out the work of the same. Doing so will help them choose the best features of the system. Continue reading to find out more about the same. 

What are the types of mist eliminators used by individuals during wet scrubbing?


One of the most common eliminators of mist is the wire mesh. It is widely used in the market because of its low cost of installation. They are known for providing high separation of efficiency.

These are made up of a grid supported by thermoplastic wires. One can set the system in both vertical and horizontal airflow patterns. The arrangements make it convenient for the system to remove mist from the gas that is flowing. There are 3 ways of removing the mist from the gas. One can use direct interception of the gas with the scrubbing medium for the removal of mist.

Other than that, a Brownian diffusing technique or force by interim can be used to differentiate the dirty air from its pollutants. 

One can define this type of eliminator of mist as a porous blanket of metal that is known for capturing the droplets that the gas phase will release. The process in this system starts with the impact of droplets on the wired surface. This inertial force captures the liquid droplets on the mesh.

This is followed by the 2nd step of segregation. The droplets that were stuck to the surface of the wire mesh coalescence. Lastly, the droplets are detached and gas is scheduled to flow without any mist. 

One can check for the thickness of the mesh and the diameter of the wire before choosing the best eliminator of mist. 


This is also known as a plate-type eliminator of mist. It has some corrugated plates through which the gas is scheduled to pass and follow a path that is serpentine. These work on inertial impaction. The parallel sheets are held at a fixed length from each other. The gas is forced to pass through the area between the sheets.

This passage of the gas along with the mist creates a sinuous flow. The gas passes through a vertical zig-zag pattern and with a change in direction or at the edge, the liquid droplets tend to follow the same trajectory, thereby sticking to the walls. The gas then follows easily through the mist eliminator. 

An individual can consider mixing the features of this eliminator of mist and wire mesh in order to increase the efficiency of the system. The latter would remove fine mist whereas the former would deal with large particulate matter. One can therefore consider the combination in order to optimize the equipment.  


The extremely tiny substances or pores present in the fiber bed increase the energy of the wet scrubbing. One can use the fiber bed mist eliminator if they’re willing to remove any liquid droplets or oil particles and soluble salts from the gas flow. These are cylindrical in shape.

Draining the liquid droplets is easier under such a scenario. The speed of the gas at which it is sent in the container is a unique feature via which this system operates. The density of the media is also to be checked before purchasing such mist eliminators.  


Briefly, the mist eliminator would remove mist from the gas stream, thus making it efficient for further work. Unwanted liquid droplets hinder the speed of chemical processes in the industry. 

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