Contact Information

Phone: +86-931-5347777-01  

Email: dh@dahongs.com  

Headquarters Address:

21F, Rongxin Building, No. 118 Jianlan Road, Qilihe District, Lanzhou City

Production Base:

Processing Factory of Dahong Engineering Equipment Co., Ltd., Qiantangjiang Street, Lanzhou New Area

Feeding

Uniformly and continuously feeding materials into the furnace can stabilize the reactions inside the furnace and improve production efficiency.

Related Equipment


The Importance of Batching Engineering

Raw Material Proportioning: The production of a submerged arc furnace requires various raw materials (such as ore, reductants, fluxes, etc.). Reasonable proportioning is key to ensuring product quality and reducing energy consumption.

Uniform Feeding: Feeding materials into the furnace uniformly and continuously can stabilize the internal reactions and improve production efficiency.

Automated Control: Modern submerged arc furnace batching engineering typically uses automated control systems to improve accuracy and efficiency.

Composition of the Batching System

Batching engineering on submerged arc furnaces usually includes the following main parts:

(1) Raw Material Storage System

Silos: Used to store various raw materials such as ore, coke, limestone, etc. Silos are usually designed in a conical shape to facilitate material flow.

Batching Bins: Used for temporary storage of proportioned raw materials.

(2) Batching Equipment

Weighing Equipment: Includes electronic scales, belt scales, etc., used for precise weighing of various raw materials.

Mixing Equipment: Such as mixers and blenders, used to mix different raw materials evenly.

(3) Conveying Equipment

Belt Conveyors: Used to transport raw materials from silos to batching bins or the furnace charging port.

Bucket Elevators: Used for vertical transportation of raw materials.

Vibrating Feeders: Used to feed materials uniformly and continuously into the submerged arc furnace.

(4) Charging Equipment

Chargers: Used to add proportioned raw materials into the submerged arc furnace, usually employing rotary or vibrating chargers.

Charging Pipes: Used to transport raw materials to designated positions inside the furnace.

(5) Control System

Automated Control System: Uses PLC or DCS systems to achieve automated control of raw material proportioning, conveying, and charging.

Monitoring System: Monitors raw material storage, batching, and charging processes in real time to ensure stable system operation.

Batching Process Flow

(1) Raw Material Storage: Store various raw materials separately in silos.

(2) Raw Material Weighing: Weigh various raw materials proportionally according to process requirements.

(3) Raw Material Mixing: Send the weighed raw materials into mixing equipment for uniform mixing.

(4) Raw Material Conveying: Transport the mixed raw materials to batching bins via belt conveyors or bucket elevators.

(5) Charging: Use charging machines to feed raw materials uniformly and continuously into the submerged arc furnace.

Technical Features

High Precision: Uses electronic scales and automated control systems to ensure accurate raw material proportioning.

High Efficiency: Automated batching and charging systems can significantly improve production efficiency.

Flexibility: Raw material proportions and charging speeds can be flexibly adjusted according to production needs.

Environmental Protection: Closed conveying and charging systems can reduce dust pollution.


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