Cement transit silo steel plate silo

Steel Plate Silo for cement storage can effectively utilize the space, realize large capacity storage, and meet the demand of large-scale production of cement factory. The steel plate material is durable and has excellent sealing performance, which can avoid the deterioration of cement by moisture and ensure the stable quality of cement. In addition, the supporting discharging system can accurately control the amount of cement discharged, which is convenient for production allocation and improves the efficiency of cement storage and flow.

 

 

Warehouse volume: can be customized according to the actual transit needs, common specifications range from 500 cubic meters to 10,000 cubic meters, and can flexibly respond to the requirements of different business scales from small-scale regional distribution centers to large-scale port transit hubs.

Thickness of steel plate: The thickness of the silo wall is generally between 4 mm and 15 mm, which is scientifically selected according to the silo volume, height and pressure, etc., to ensure the structural strength and at the same time realize the reasonable control of material costs and improve the cost-effectiveness.

-Maximum storage height: usually up to 15 m to 40 m, making full use of vertical space, increasing the storage capacity of cement, effectively reducing the floor space and improving the utilization of land resources, and at the same time, with efficient unloading equipment to achieve stable discharge.

Loading and unloading speed: the maximum feeding speed can reach 300 tons to 1,000 tons per hour, and the discharging speed is about 200 tons to 800 tons per hour, the fast loading and unloading capacity can closely connect the upstream and downstream transportation links, improve the efficiency of the logistics turnover, and meet the needs of large-scale cement transshipment operations.

Measuring accuracy: Adopting high-precision sensors and advanced measuring algorithms, the measuring accuracy of cement can be controlled within ±0.5%, which provides a reliable guarantee for accurate trade settlement and production control, and effectively avoids economic disputes and quality problems caused by measuring errors.

-Monitoring parameter range: material level monitoring accuracy can reach ±0.1 meters, temperature monitoring range -20℃ to 80℃, humidity monitoring range 0% to 100% RH, and pressure monitoring range 0 to 1.5MPa, which comprehensively covers the key parameter monitoring needs in the process of cement storage and transit, and ensures that the environment and the state of the materials in the silo are always in a controllable state.

 

Port logistics hub: as a key facility for port cement import and export business, it receives bulk cement shipments from all over the world, conducts large-scale storage and transshipment, and then transports them to cement sales markets, construction sites or cement product manufacturers all over the inland areas by highway, railroad or waterway, promoting international trade and regional economic development.

-Railroad freight station: In the freight station along the railroad, cement transit silo steel plate warehouse can realize rapid loading and unloading and temporary storage of cement, which facilitates the efficient connection between railroad transportation and road distribution, provides a strong guarantee for the supply of cement to the inland areas, and optimizes the layout of the national cement logistics network.

Large-scale cement trade distribution center: In the large-scale trade distribution center in the concentrated cement production area or the prosperous consumption area, where many cement brands converge for transit and distribution and sales transactions, the silo can provide traders with professional storage, metering and logistics services to ensure the smooth conduct of trading activities and the balance of supply and demand in the market.

-Cement producers' outbound transit depot: In order to expand their market scope, cement producers set up transit depots in areas far away from their production bases, and utilize the silo steel plate warehouse to store cement and carry out secondary distribution, which shortens the supply cycle of cement, improves the response speed of customer service, and strengthens the competitiveness of the enterprise in the market.

 

-Site selection and infrastructure: Before building cement transit silo steel plate warehouse, detailed geological survey and site planning must be carried out. Site selection should take into account the convenience of transportation, the surrounding environmental impact and geological stability and other factors. Foundation construction should be strictly in accordance with the design requirements, to ensure that the foundation can withstand the huge weight pressure when the silo is fully loaded, to prevent structural damage to the silo due to foundation settlement or displacement.

-Equipment maintenance and repair: Regularly carry out comprehensive inspection and maintenance on the steel plate structure, welding parts, seals, as well as loading and unloading equipment, measuring devices, monitoring systems, etc. of the silo body. Focus on checking whether there is corrosion and deformation of the steel plate, whether the seals are aging and broken, and whether the transmission parts of the equipment are worn and well lubricated. Timely cleaning of dust and debris in the silo ensures the normal operation of the equipment, prolongs its service life, and guarantees the safety and accuracy of the transit operation.

-Operating norms and safety training: operators must be professionally trained and familiar with the operating procedures, equipment performance and safety precautions of the cement transfer silo Steel Silo . In the process of loading and unloading materials, strictly in accordance with the operating procedures to control the feed rate, discharge flow and material level height, overloading, overspeed operation of the equipment is strictly prohibited. At the same time, strengthen the management of safety measures such as ventilation and air exchange, dust explosion prevention, etc. to prevent dust explosion, material leakage and other safety accidents caused by improper operation.

-Environmental monitoring and environmental protection measures: establish and improve the environmental monitoring system in the warehouse area, and regularly monitor the dust emissions, noise pollution and other environmental indicators to see if they meet the requirements of the relevant national standards. In the process of loading and unloading, effective dust suppression measures are taken, such as installing spraying dust-reducing devices and setting up windproof dust-suppressing nets, etc., so as to reduce the pollution of dust to the surrounding environment. At the same time, the drainage system is reasonably planned to prevent the accumulation of water in the silo or the leakage of sewage from polluting the soil and water bodies, so as to realize the green cement transit operation.