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FUEL HANDLING EQUIPMENTS

Short Description:

Fuel handling equipment is used to transport, store, and prepare fuel for use in industrial processes, such as power generation, cement manufacturing, or waste-to-energy plants. Efficient and reliable fuel handling is critical for the smooth operation of these plants.


Product Detail

BG500S Parameter

BG640S Parameter

Product Tags

Fuel handling equipment is used to transport, store, and prepare fuel for use in industrial processes, such as power generation, cement manufacturing, or waste-to-energy plants. Efficient and reliable fuel handling is critical for the smooth operation of these plants. Here’s an overview of common types of fuel handling equipment:


Types of Fuel Handling Equipment

1. Conveyors

  • Belt Conveyors: Used for transporting fuel (coal, biomass, etc.) over long distances. They are economical and efficient.
  • Chain Conveyors: Ideal for handling heavy and abrasive materials, such as coal or biomass, in enclosed systems.
  • Screw Conveyors: Used for moving fine, granular, or semi-solid materials over short distances.
  • Pneumatic Conveyors: Utilizes air pressure to move powdered or granular fuel over moderate distances.

2. Stackers and Reclaimers

  • Stackers: Used to stack fuel materials like coal or biomass in storage yards.
  • Reclaimers: Designed to retrieve fuel from stockpiles and transfer it to conveyors or feeders.

3. Fuel Crushers and Pulverizers

  • Coal Crushers: Break large chunks of coal into smaller pieces for easier handling and combustion.
  • Pulverizers: Grind solid fuel (coal or biomass) into fine particles to enhance combustion efficiency.

4. Hoppers and Silos

  • Used for temporary storage of fuel before it is transferred to the boiler or furnace.
  • Equipped with feeders to regulate the flow of fuel.

5. Feeders

  • Vibratory Feeders: Deliver fuel at a controlled rate to the combustion system.
  • Rotary Feeders: Ensure a consistent and measured fuel flow, especially for granular fuels.

6. Chutes

  • Designed to transfer fuel materials from one conveyor or equipment to another, reducing material spillage.

7. Fuel Blending Systems

  • Mix different types of fuels to achieve a specific calorific value or meet operational requirements.

8. Fuel Unloading Equipment

  • Includes tipplers, wagon unloaders, and grab bucket cranes for unloading fuel from trucks, wagons, or ships.

9. Dust Control Systems

  • Dust suppression systems, filters, and baghouses are used to minimize airborne particles during fuel handling processes.

Applications

Fuel handling equipment is used in various industries:

  • Power Plants: Handling coal, biomass, or waste for electricity generation.
  • Waste-to-Energy Plants: Feeding waste-derived fuels like RDF (Refuse Derived Fuel) to boilers.
  • Cement Plants: For feeding coal, pet coke, or alternative fuels.
  • Steel Plants: Handling fuels like coal and coke for blast furnaces.

 








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  • Model

    BG500S

    Chute Width (mm)

    500

    Chute Depth(mm)

    500

    Capacity (m3/h)

    30m3/h

    Chain Speed (m/s)

    0.12

    Chain Pitch(mm)

    (P1/P2) P=142mm/200mm

    Conveyor Length (m)

    5.9<L≤40

    Scraper size(mm)

    142×470×50mm

    Transport Material Thickness (mm)

    150mm

    Installation Angle (degree)

    ≤15°

    Motor Power Kw

    7.5

    Drive Installation Type

    Back Mounted (Left/Right)

    Transmission Type

    Chain Drive

    Ideal Granularity (mm)

    <10

    Maximum Humidity (%)

        ≤5%

    Maximum Temperature(˚C)

        ≤150˚C

    Model

    BG640S

    Chute Width (mm)

    640

    Chute Depth(mm)

    500

    Capacity (m3/h)

    50m3/h

    Chain Speed (m/s)

    0.12

    Chain Pitch(mm)

    (P1/P2) P=142mm/200mm

    Conveyor Length (m)

    3.39<L≤30

    30≤x≤40

    Scraper size(mm)

    142×600×50mm

    Transport Material Thickness (mm)

    200mm

    Installation Angle (degree)

    ≤15°

    Motor Power Kw

    7.5

    Drive Installation Type

    Back Mounted (Left/Right)

    Transmission Type

    Chain Drive

    Ideal Granularity (mm)

    <10

    Maximum Humidity (%)

        ≤5%

    Maximum Temperature(˚C)

        ≤150˚C

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