Efficient and Reliable Cement Storage Silos for Batching Plants
Cement storage silos, also known as bulk cement tanks, play a crucial role in concrete batching plants by providing secure storage for bulk materials like grain, cement, and pulverized fuel ash. Equipped with material level measuring systems and anti-blockage devices, these silos ensure efficient material handling and prevent solidification. Paired with spiral delivery pumps, they facilitate material transport to various locations. Easy to install, safe, and reliable, these silos serve as ideal bulk storage tanks for diverse batching plants.
The Structure of Cement Storage Silos
The composition of cement silos includes steel structure components, ladders, guardrails, feeding pipes, dust collectors, pressure relief valves, high and low-level gauges, and discharge valves.
Dust Removal Systems, Arch Breaker Devices, and Material Level Devices
The Structure of Cement Storage Silos
The composition of cement silos includes steel structure components, ladders, guardrails, feeding pipes, dust collectors, pressure relief valves, high and low-level gauges, and discharge valves.
Dust Removal Systems, Arch Breaker Devices, and Material Level Devices
- Dust Removal Systems: The top of the cement silo features an electric dust removal device, effectively reducing pollution by absorbing suspended particles.
- Arch Breaker Devices: The lower cone is equipped with a blowing arch breaker to prevent powder accumulation and blockages.
- Material Level Devices: These sensors monitor the storage height of materials in the silo.
The Structural Features
The cylindrical structure of the cement silo is supported by four round tube legs. It is constructed with a dust removal device and pressure relief valve on the top.
1. The cement tank serves as a vital component in concrete batching plants.
2. Designed for storing bulk cement and dry fly ash, the cement tank boasts rainproof, moisture-proof, and convenient features. Customizable specifications cater to the unique needs of our customers.
3. The silo adopts a cylindrical supporting structure, featuring a dust removal device at the upper part to prevent dust leakage and an arch breaker at the lower part to ensure smooth powder discharge, preventing accumulation. Equipped with material level sensors, it provides real-time displays of material levels.
4. Bulk cement trucks are typically employed to transfer powder into the silo. Depending on the silo's structure, material discharge can occur through a screw conveyor at the lower part or via pneumatic conveying for specially designed cement tanks.
2. Designed for storing bulk cement and dry fly ash, the cement tank boasts rainproof, moisture-proof, and convenient features. Customizable specifications cater to the unique needs of our customers.
3. The silo adopts a cylindrical supporting structure, featuring a dust removal device at the upper part to prevent dust leakage and an arch breaker at the lower part to ensure smooth powder discharge, preventing accumulation. Equipped with material level sensors, it provides real-time displays of material levels.
4. Bulk cement trucks are typically employed to transfer powder into the silo. Depending on the silo's structure, material discharge can occur through a screw conveyor at the lower part or via pneumatic conveying for specially designed cement tanks.
Matters Needing Attention
- Activate the vibration motor for 2-3 minutes before and after ash injection.
- Cease ash injection when the silo alarm sounds to prevent damage to the dust-proof processor.
- Check and clean the dust filter element if the air outlet is not smooth.
- Tie the filter element before cleaning to prevent deformation.
- Ensure the filter element is dry during installation and use.
- Replace the filter element if its dust removal performance is poor after repeated cleaning.
