Emitting Electrodes, Also Knows As Discharge Electrodes Is The Heart Os The Esp. These Are High Voltage Internal And Ionizes The Gases And Creates The Electrical Field. When The Voltage Breaks The Gas Down At The Surface Of The Electrode, It Generates Corona Power. This Leads To Creation Of Corona Tufts On The Surface Of The Electrode. Negative Polarity Voltage Is Applied To The Electrode.

The Electrode Design Depends On Various Factors Including The Process For Which The Esp Is Installed And The Properties And Composition Of The Flue Gas.

The Functional Usage Of These Esp Insulators Is For Providing Mechanical Support As Well As Electrically Isolating Discharge Electrodes From Collecting Curtains As Well As Grounded Esp Casing Because Of Their High Voltage.

Collecting Electrodes Are The Collection Surface Made Of Sheet Metal On Which The Particulate Mater Is Collected After Being Negatively Charged Within The Gas Passage Of The Esp. Designs Of The Plates Vary From Manufacturer To Manufacturer. These Plates Are Secured To The Esp Shell At Ground Potential And Serve As The Positive Anode Of The Gas Passage.

General Details Of The Collecting Plates Are Given Below: -

Raw Material: Normally The Collecting Plates Are Made Of Carbon Steel. However, For Some Applications Where Carbon Steel Made Plates Are Corroded Regularly, These Are Manufactured With Stainless Steel Or An Alloy Steel.

Sheet Thickness: The Thickness Of The Collecting Plates Range From 0.5 To 2.0mm.

Spacing: The Spacing Between The Plates Vary For Different Designs Of Esp. For Example, Esps With Wire Type Of Emitting Electrodes, Plates Are Spaced From 150 To 300mm Apart. High-Efficiency Esps (Using Wires) Has Spacing Of 200 To 230 Mm. Esps Using Rigid-Frame Or Plate Type Discharge Electrodes Have A Spacing Of 300 To 400 Mm Between The Plates.

Height: Collecting Plates Are Normally 4 To 14m High.

Metal bellows are elastic vessels that can be compressed when pressure is applied to the outside of the vessel, or extended under vacuum. When the pressure or vacuum is released, the bellows will return to its original shape, provided the material has not been stressed past its yield strength.

Electrostatic Precipitator’s (Esp) Operation Is Affected By The Inlet Gas And Dust Conditions As Well As The Collecting Plate And Discharge Electrode Geometries. For Good Precipitation Results, The Primary Flue Gas Flow Should Be Distributed As Evenly As Possible Within The Esp. Gas Velocity Must Be Reduced To A Relatively Low Level And Turbulence Must Also Be Controlled Before Entering The Esp For A Good Precipitation.

Gas Distribution System Consists Of Gas Distribution Screen And Guide Vanes. It Is Used In The Inlet And Outlet Fields Of The Esp. The Screen Comes with Modular Design Which Is Manufactured From Steel Sheets To Be Hung Within A Frame At The Inlet And Outlet Casing Area Of Esp In Order To Create Uniform Distribution Of Gas Flow Throughout The Esp.

Additional Information:

• Item Code: PI-GDSCREEN
• Production Capacity: 100
• Delivery Time: 4-5WEEK
• Packaging Details: LOOSE

Additional Information:

• Item Code: PI-CE-ESP
• Production Capacity: 1000
• Delivery Time: 4-5WEEK
• Packaging Details: CRATE

Transformer Rectifier Set In Short Know As Tr Set, Transformer Rectifier Set Is One Of The Major Equipment Of The Electrostatic Precipitator. Transformer Rectifier Set Is Used To Convert The Line Input Current And Voltage Into High Voltage Dc Supply For The Esp.

An Esp Works On The Principle Of The Corona Discharge Effect. A High Dc Voltage Is Applied Across The Two Plates Or Electrodes. The Negatively Charged Plate Attracts The Dust Particles Which Are Further Attracted By The Positively Charged Electrode By The Process Of Ionisation.

The Transformer-Rectifier Set, Also Called A Tr Or A Tr Set, Converts The Low Voltage Of The Plant Power System To The High Voltage Required For Precipitator Operation.

Rotary Feeders, Also Known As Rotary Airlocks Or Rotary Valves, Are Commonly Used In Industrial And Agricultural Applications As A Component In A Bulk Or Specialty Material Handling System. Rotary Feeders Are Primarily Used For Discharge Of Bulk Solid Material From Hoppers/Bins, Receivers, And Cyclones Into A Pressure Or Vacuum-Driven Pneumatic Conveying System. Components Of A Rotary Feeder Include A Rotor Shaft, Housing, Head Plates, And Packing Seals And Bearings. Rotors Have Large Vanes Cast Or Welded On And Are Typically Driven By Small Electric Motors.

Rotary Feeders Are Ideal For Pollution Control Applications In Wood, Grain, Food, Textile, Paper, Tobacco, Rubber, And Paint Industries, The Standard Series Works Beneath Dust Collectors And Cyclone Separators Even With High Temperatures And Different Pressure Differentials.

Additional Information:

• Item Code: PI-RAV
• Production Capacity: 10
• Delivery Time: STOCK
• Packaging Details: PLASTIC RAPPING

Rotary Feeders, Also Known As Rotary Airlocks Or Rotary Valves, Are Commonly Used In Industrial And Agricultural Applications As A Component In A Bulk Or Specialty Material Handling System. Rotary Feeders Are Primarily Used For Discharge Of Bulk Solid Material From Hoppers/Bins, Receivers, And Cyclones Into A Pressure Or Vacuum-Driven Pneumatic Conveying System. Components Of A Rotary Feeder Include A Rotor Shaft, Housing, Head Plates, And Packing Seals And Bearings. Rotors Have Large Vanes Cast Or Welded On And Are Typically Driven By Small Electric Motors.

Rotary Feeders Are Ideal For Pollution Control Applications In Wood, Grain, Food, Textile, Paper, Tobacco, Rubber, And Paint Industries, The Standard Series Works Beneath Dust Collectors And Cyclone Separators Even With High Temperatures And Different Pressure Differentials.

Additional Information:

• Item Code: PI-INSULATORHEATER
• Production Capacity: 1000
• Delivery Time: 4-5WEEK
• Packaging Details: WOODEN