Electrical tar precipitator
Electrical tar precipitator
Electrical tar precipitator
Electrical tar precipitator
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  • Electrical tar precipitator
  • Electrical tar precipitator
  • Electrical tar precipitator
  • Electrical tar precipitator

Electrical tar precipitator

The electric tar catcher adopts three structural forms: concentric circle, tube, and honeycomb. Regardless of the structure, its working principle is to apply high-voltage direct current between the metal wire and the metal tube wall (or electrode plate) to maintain an electric field sufficient to ionize the gas, forming a corona zone between the anode and cathode.
  • Commodity name: Electrical tar precipitator
  • Detailed description
  • Product Description    
    The electric tar catcher adopts three structural forms: concentric circle, tube, and honeycomb. Regardless of the structure, its working principle is to apply high-voltage direct current between the metal wire and the metal tube wall (or electrode plate) to maintain an electric field sufficient to ionize the gas, forming a corona zone between the anode and cathode.
    Structural analysis of this section: The three types of electric tar precipitators are composed of components such as a shell, sedimentation electrode, corona electrode, upper and lower hangers, gas redistribution plate, steam blowing tube (optional configuration), insulation box, and feeding box. The main differences are the form of sedimentation electrode, the arrangement of corona electrode, insulation box, and feeding box.


    Scope of Use
    The electric tar catcher in carbon plants is mainly used for gas purification in industries such as metallurgy, chemical, coking, carbon, oil shale, blue carbon, urban gas, building materials, ceramics, etc. It is used to recover tar from gas and tar gas, while removing impurities such as dust and water mist, achieving a dual effect of material recovery and gas purification. It plays a crucial role in ensuring the normal and stable operation of equipment in the later stages of the process flow.


    Technical Advantages
    (1) Stable and highly reliable operation: able to maintain sedimentation efficiency for a long time, able to withstand instantaneous and stable short circuits. When the electric field discharges for some reason, the current output from the power supply of the electric tar catcher is stable, and the current in the electric field does not increase. However, the input current of the power grid is greatly reduced, causing the discharge channel to disappear on its own and not transition to arc discharge. This not only protects the corona wire and anode plate, but also ensures the safety of the power equipment.
    (2) The energy-saving effect is obvious: the power factor of the electric tar precipitator power supply is high with a COS ∝ 0.90. Moreover, it does not change with the operating power level, and the output current is basically effective current corona. Therefore, relatively speaking, the energy-saving effect is more significant than other types of power sources.
    (3) The circuit structure is concise and easy to operate: due to the modular design of the circuit, debugging and operation are very convenient.
    (4) Light weight and small size: Especially for the DC high-voltage generator of the power supply, it has a small volume and light weight. In some places without explosion-proof requirements, the high-voltage generator can be directly installed on the top of the electric field body, eliminating the need for high-voltage cables and dedicated rooms.

     

    Technical Parameter

    Model

    φ×H

    Weight (t)

    Power Supply

    Remarks

    FD3-II

    Ф0.612×H9.6

    1.26

    0.05A/60KV

     

    FD7-II

    Ф×H

    3

    0.08A/60KV  

    FD13-II

    Ф×H

    4.95

    0.1A/60KV  

    FD19-II

    Ф1.69×H11.18

    6.75

    0.1A/60KV  

    FD24-II

    Ф1.8×H11.2

    7.5

    0.1A/60KV  

    FD30-II

    Ф2×H11.4

    7.94

    0.15A/60KV  

    FD37-II

    Ф2.1×H11.6

    8.69

    0.15A/60KV  

    FD48-II

    Ф2.3×H12.4

    10.89

    0.2A/60KV  

    FD55-II

    Ф2.3×H12.4

    10.99

    0.2A/60KV  

    FD61-II

    Ф2.6×H11.8

    12.08

    0.2A/60KV  

    FD76-II

    Ф2.8×H12.2

    13.74

    0.3A/60KV  

    FD90-II

    Ф3.2×H13

    16.54

    0.3A/60KV  

    FD102-II

    Ф3.4×H13

    19.67

    0.4A/60KV  

    FD112-II

    Ф3.5×H12.6

    21.8

    0.5A/60KV  

    FD114-II

    Ф3.6×H13.2

    22.2

    0.5A/60KV

     

    FD128-II

    Ф3.8×H13.2

    24.6

    0.6A/60KV  

    FD139-I

    Ф4.3×H15.2

    32

    0.6A/72KV Tapered

    FD144-II

    Ф4×H13.4

    26

    0.6A/60KV  

    FD160-II

    Ф4.2×H13.6

    28

    0.6A/60KV  

    FD196-II

    Ф4.6×H13.8

    32

    0.8A/60KV  

    FD220-II

    Ф4.8×H14

    39

    0.8A/60KV  

    FD248-II

    Ф5×H14.2

    43.2

    1A/60KV  

    FD276-II

    Ф5.2×H14.2

    45

    1.2A/60KV  

    FD324-II

    Ф5.68×H15

    58.5

    1.4A/60KV  

    FD348-II

    Ф5.8×H14

    61.2

    1.4A/60KV  

    FD400-II

    Ф6.128×H16.1

    75

    1.6A/60KV  

    FD420-I

    Ф8×H13.6

     

    1.5A/72KV  

    FD400-II

    Ф6.1×H14.1

    65

    1.6A/60KV

    Tapered

    FD428-II

    Ф6.25×H13.2

    68

    1.6A/60KV  

    FD428-I

    Ф7.8×H13.2

     

    1.6A/72KV  

    FD452-II

    Ф6.7×H14.2

    73

    1.8A/60KV  

    FD460-II

    Ф6.8×H14.2

    79.6

    1.8A/60KV  

    FD468-II

    Ф6.8×H15.8

    82.5

    1.8A/60KV

    Tapered

    FD480-I

    Ф8.2×H13.2

     

    1.8A72KV  

    FD484-II

    Ф6.95×H14.1

    81.2

    1.8A/60KV  

    FD532-II

    Ф7×H15.58

    83.6

    1.8A/60KV  

    FD572-I

    Ф8.6×H14.2

    101.6

    1.6A/72KV  

    FD696-I

    Ф9.5×H14.52

    136.8

    1.5A/72KV×2  

    FD700-II

    Ф7.95×H14.55

    118.4

    1.5A/60KV×2  

    FD784-II

    Ф8.25×H14.55

    147.5

    1.5A/60KV×2  

     

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