Firstly, the selection of air volume needs to consider the size and storage capacity of the silo. Generally speaking, the larger the silo, the stronger the storage capacity, and the greater the air volume required for dust removal. Therefore, based on the actual storage capacity of the silo, an appropriate air volume can be selected.

其次，確定倉中上料的打料形式也是重要的。倉中上料的打料形式有氣體打入和機械帶入兩種。如果采用機械帶入的方式，自然需要選擇較小的煙氣量，因為這種方式產生的塵土量較小。而如果采用氣體打入的方式，則可以選擇較大的煙氣量，因為這種方式產生的塵土量較大。

Secondly, it is also important to determine the form of feeding in the warehouse. There are two forms of feeding in the warehouse: gas injection and mechanical injection. If mechanical entry is used, it is naturally necessary to choose a smaller amount of smoke, as this method produces a smaller amount of dust. If gas injection is used, a larger amount of smoke can be chosen, as this method generates a larger amount of dust.

此外，物料的比重和顆粒力度的比例關系也是需要考慮的因素。如果物料的比重較大或顆粒力度較高，那么需要選擇較大的風量，以更好地清除這些物料產生的塵土。

In addition, the proportion relationship between the specific gravity of the material and the particle strength also needs to be considered. If the specific gravity of the material is high or the particle strength is high, it is necessary to choose a larger air volume to better remove the dust generated by these materials.

另外，確定除塵器的除塵效率和處理風量范圍也是關鍵的一步。可以參考行業標準或廠家提供的數據來進行這一步驟。然后，計算所需處理風量，即所需處理顆粒物總量除以罐倉內空氣流通時間。最后，根據計算結果選擇符合要求的除塵器型號和規格。

In addition, determining the dust removal efficiency and processing air volume range of the dust collector is also a crucial step. You can refer to industry standards or data provided by manufacturers for this step. Then, calculate the required processing air volume, which is the total amount of particulate matter required to be processed divided by the air circulation time inside the tank. Finally, select the dust collector model and specifications that meet the requirements based on the calculation results.

需要注意的是，除塵器風量過大會造成能源浪費和設備不穩定等問題，而風量過小則會影響除塵效果和生產效率等方面。因此，在選擇風量時需要進行科學計算和合理評估，確保所選設備符合實際情況和需求。

It should be noted that excessive air volume in the dust collector can cause energy waste and equipment instability, while low air volume can affect dust removal efficiency and production efficiency. Therefore, scientific calculation and reasonable evaluation are necessary when selecting air volume to ensure that the selected equipment meets the actual situation and needs.