Cooling tower manufacturing

Compared to different variants of pollution control vehicles, scrubbers tend to have a multi-disciplinary structure that has the potential to remove mists, solids and gases while ensuring proper cooling of the system. They can also safely handle flammable and explosive gases. However, scrubbers can experience extensive corrosion problems and produce a waste slurry stream that can be unsuitable for disposal and recycling.

There are 3 types of industrial scrubbers in our company.

Wet Scrubbers:

The basic types of scrubbers used in small and large scale industries are wet scrubbers. Scrubbers are for metal containers. Contaminated gas passes from water to air. Industrial owners can use other liquids to remove various contaminants. Liquids can have different chemical compositions and charges. They can be negatively or positively charged. Because the charge of contaminants is different. 

The most effective way to remove contaminants from gas is to use perfumed scrubbers. The gas coming out of the scrubber is not contaminated. The development of wet scrubber manufacturing has resulted in better and more effective removal of contaminants.

Dry Scrubbers:

Unlike wet scrubbers, these scrubbers do not actually use any form of liquid to absorb the contaminants. Given this difference, no vapor is produced during the reaction and no wastewater system is required. 

Dry industrial scrubbers consist of dry reaction or reaction centers where the sorbent material absorbs the contaminants mixed with the polluted gas population. In addition, there is a material section within this system that helps in the proper removal of any reaction products that readily bind to the dry sorbent. Dry scrubbers primarily help in the removal of acids present in the gases. 

The sorbent is primarily required to remove the acidic content and is usually made from an alkaline version of the slurry. This slurry is usually basic in nature and eventually neutralizes any acid present in the gas. There are two different types of dry scrubbers, dry sorbent injection and spray dryer absorbent. In the first process, the gas residue is mixed with an alkaline sorbent.

However, in the second process, the polluted gas content is processed through a mist produced from the sorbent. This helps to ensure that the slurry is well mixed and helps to effectively remove contaminants from the gas population.

Electrostatic Precipitators:

Different from other scrubbers, electrostatic precipitators use charged energy to remove dust and other contaminants from the gas. It is important to match the charge to the charge you want to bind to remove contaminants from the gas. Plates are a good example of an electrostatic precipitator. The plate is made of a metal sheet and is charged with a specific type of charge. 

The plates are parallel to the pipes to allow gases to pass through them. There are wet electrostatic precipitators that can help to remove high and humid gases. Chemicals that can be easily removed by this process are sulfuric acid and similar types. The final slurry we obtain contains the bound contaminants that are directed away from the electrostatic precipitator to remove the contaminants, while an effectively charged surface is used to remove the contaminants.