Pollution Control System

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Relying on our expertise in this domain, We are supplying & providing an Ash improvement plants.

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For 2000 CMH & MOC- MS.We introduce in the market a wide range of Dust Collector, one of the important air pollution control devices. There are varied options available in our range that is selected on a specific industrial applications aspects like temperature, particles size, air volume and many others.

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We are providing an Ash Handling Plant.It is proficiently engaged in designing and developing Ash Handling Plant comprises different hoppers disposed beneath a solid fuel-fired steam boiler.

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What Are Wet Scrubbers and How Do They Work?
A wet scrubber, also known as a wet scrubber device, is a form of scrubber used to extract toxic materials from industrial flue gas known as exhaust gases before they are discharged into the atmosphere. Water is the most often used solvent for removing inorganic contaminants. Water is encapsulated in a metal or concrete jar in the most basic type of wet scrubbers, dirty gas is passed into the water, the water collects the pollutants, and clean gas escapes the scrubber.
We are providing a Pollution Control Scrubbers.

Scrubbing of Particulate Matter with Water
Particulate matter can be removed by wet scrubbers by collecting it in liquid droplets. The clumps are then collected, and the solvent either dissolves or absorbs the pollutant gases. A mist eliminator must be used to remove any droplets in the scrubber air intake gas from the outlet gas source. Additionally, the resulting scrubbing solvent must be stored before being discharged or reused in the factory. 
The ability of a wet scrubber to collect particulate matter is often directly proportional to the power input into the scrubber. In order to achieve high removal efficiencies, a mist eliminator must be correctly engineered and worked. Wet scrubbers are commonly the only single air emission control system that can eliminate all particulate matter and gases if the flue gas comprises both.

Criteria while selecting Wet Scrubber

• Volume of Dust Laden Gas/ Air
• Input/ Output Dust Concentration
• Particle Size Distribution
• Type of Dust
• Allowable Pressure Drop

Generic Specifications:

• Minimum Particle Size: 0.51 Micron
• Type: Wet Scrubber, scrubber tower
• Material: SS304, SS304L, 316, 316L, MS, Nickel, Monel other alloys

Performance Indicators

• Pressure differential
• liquid flow rate
• Scrubber liquid outlet concentration

are the primary indicators of wet scrubber efficiency.

Material of Construction
Corrosion is a significant issue for chemical industry scrubbing devices. Fibre-reinforced plastic and dual keys are often used as building materials.

Design of Wet Scrubber
The configuration of wet scrubbers or some other air pollution control system is determined by the manufacturing process conditions and the type of air pollutants involved. The properties of the inlet gas and dust are of the utmost importance. Scrubbers may be engineered to collect particulate matter as well as gaseous emissions. Wet scrubbers' flexibility allows them to be installed in a variety of configurations, all of which are engineered to have good contact between the liquid and dirty gas stream.

Applications of Wet Scrubber

• Chemical

• Glass
• Cement
• Oil Refinery
• Food Processing
• Petrochemical
• Fertilizers
• Non Metal Processing
• Asphalt Plant
• Coal Plant
• General Waste Incineration
• Crematorium

Advantages of Wet Scrubber

• Wet scrubbers can withstand high temperatures and moisture.
• Flue gases are cooled in wet scrubbers, resulting in a reduced overall scale of machinery.
• Both gases and particulate matter can be removed using wet scrubbers.
• Corrosive gases can be neutralised using wet scrubbers.
• Less Water Requirement
• Simple to Upgrade to Meet Future Standards
• Wide Range of Applications Available with Integrated Stack Design

Given the advantages, there are a few disadvantages. They require regular repairs and can be heavily corroded.