Wet Scrubber Systems

The harmful gases and odors caused by the activities of industrial facilities and enterprises pose a great threat to human and environmental health. It is necessary to develop some systems to protect our environment from these harmful substances. Gas purification systems installed in this direction contribute significantly to ensuring environmental safety.

The scrubber can handle high-temperature streams and very moist streams. It also provides smaller space requirements. In some cases, scrubbers can be retrofitted into current equipment. Also, they can be providing cooling of heated gases. The scrubber, which has a higher desulfurization capacity compared to other equipment, has a low purchase cost. It can cool the heated gases and neutralize

highly corrosive gases and dust.

On the other hand, it can remove gases and particles in a single unit. When properly designed and operated, it can handle highly flammable dust with a very low risk of explosion.

Depending on the specific output and applications, .

• High absorption efficiency for gases, odor
• Efficiencies > 98%
• Venturi model can be added as retrofit improve efficiency
• Capacity from 1000 to over 100,000 m3/h
• Low-risk processing of incendiary gases
• Ability to handle high-temperature, high-humidity gas streams without temperature limits or condensation problems.
• Smaller space requirements when compared to other technologies.
• Lower capital costs and site location
• No secondary dust sources – once particulate matter is collected, it cannot escape from hoppers or during transport
• Ability to absorb gas and solid particulate matter via a single device
• Ability to neutralize corrosive gases
• Water requirements typically 12-15 lpm per 1700 Am3/h

wet scrubbers are used to treat or clean the following lists of chemicals from a process exhaust air stream, with ammonia

being the most popular:

• Ammonia
• Chlorine
• Hydrochloric Acid
• Chlorinated Silanes
• Sulfur Oxides
• Nitrogen Oxides

Hydrogen Sulfide

• Asphalt Processing
• Pharmaceuticals
• Oil & Gas
• Landfills and Biogas
• Textile Processing
• Tar Removal
• Curing Ovens
• Vinyl Manufacturing
• Acid Mist Control
• Fertilizer Manufacturing
• Wastewater Treatment
• Steel Processing
• Electronics
• Food Processing
• Cocoa Processing
• Nuclear Waste Filtration
• Printing
• Precious Metal Recovery
• Wood Products

• Industrial scrubbers are categorized as either “dry” or “wet”. Dry scrubbers generally cannot achieve the same
• level of pollutant removal as wet scrubbers, but they are well-suited for applications in facilities that lack the
• infrastructure to properly handle the produced wastewater resulting from wet scrubber applications.
• Dry scrubbers remove pollutants from exhaust gases without the use of liquids. Instead, they utilize a dry reaction
• material known as “sorbent”, such as an alkaline slurry, and they are primarily installed for the removal of acid
• from waste gas streams by moving the gas through the sorbent “dust” to maximize binding.
• Wet scrubbers move was gas through a liquid that is designed to remove the pollutants. Wet scrubbers are very
• versatile and in most applications are cost-effective options. They are capable of removing up to 99.9+% of treatable waste contaminants.