Raw material storage and transport silo

The raw material storage and transport system of the grinding plant is like a sophisticated industrial hub, closely integrating key components such as the shed, receiving hopper, dosing feeder and conveying equipment, which work together like components of an industrial cement storage silo to achieve efficient raw material storage and transport. The loader pushes the grinding materials such as limestone, slag, steel slag, etc. into the receiving hopper as precisely as if they were in a specific raw material storage silo. The receiving hopper, as the front end of receiving, cooperates with the shed to meet the demand of feeding and loading perfectly, which is similar to the feeding process of the spiral warehouse for coal transport in the harbour. The shed is a portal steel-framed plant structure, which provides a solid space for the temporary storage of raw materials and loader operations, just as the steel storage silos for construction gravels support the storage space for gravels. At the same time, the receiving hopper can accurately receive raw materials and through the quantitative feeder, as accurate measurement of beans and efficient spiral feeding silo to accurately control the amount of feed, accurate control of raw material output, conveying equipment will be stable transport of raw materials to the subsequent processing process, the whole process is closely linked, uninterrupted and smooth operation, greatly improving the efficiency and reliability of raw material storage and transportation, just as the cement production process of all parts of the close cooperation to protect the product quality.

 

The system can be customised according to the project scale and customer's site conditions, with a compact and reasonable layout, showing the flexibility and adaptability similar to an assembled cement silo. Whether it is a small grinding plant with limited space or a large-scale project, this storage and transport system can be used like a warehouse system with intelligent layout adjustment to cleverly adjust the position and combination of components according to the local conditions. For example, in the narrow area, the material shed and hopper can be arranged compactly to reduce the space occupied, while the conveying equipment adopts efficient vertical or inclined layout to adapt to the terrain. This flexibility enables the storage and transport system to be widely adapted to the needs of different customers, which greatly enhances its versatility and practicability, just like the modular combination of low-energy cement silos to meet the needs of different scenarios.

 

The system has the significant advantage of a short construction period, which can be put into use quickly, so that the grinding station can start to make profits as soon as possible, just as a new factory is put into operation quickly. Compared with the lengthy construction process of traditional storage and transportation systems, it adopts standardised design and prefabricated components, which can be built quickly like an assembly building, effectively shortening the construction time. Low investment cost, through the optimisation of structural design, the selection of economical materials and reasonable planning and layout, under the premise of ensuring the performance of the system, similar energy-saving double-layer insulated cement silo focuses on energy-saving and cost reduction, which reduces the construction and operating costs. For example, the portal steel frame structure of the material shed reduces the amount of steel while ensuring the strength, and the selection of the quantitative feeder and conveying equipment also takes into full consideration of the cost-effectiveness, which ultimately achieves the maximisation of the customer's benefit and enhances the competitiveness of the enterprise in the market, just like the enterprise enhances the profit margin through the optimisation of the production process.