、 Three dimensional comparison of functional characteristics

　　1. 輸送能力：從“被動泄流”到“主動噴射”

　　1. Transport capacity: from "passive discharge" to "active injection"

　　普通料倉的出料能力受限于物料安息角與倉體錐度

，當處理粘性物料時易出現(xiàn)鼠洞、架橋現(xiàn)象。而倉泵通過氣流對物料進行流化處理，使粉體呈現(xiàn)“沸騰”狀態(tài)，輸送濃度可達普通氣力輸送的2-3倍，輸送距離突破千米級大關。

　　The discharge capacity of ordinary silos is limited by the angle of rest of the material and the taper of the silo body, which can easily lead to rodent holes and bridging when handling viscous materials. And the warehouse pump fluidized the material through airflow, making the powder present a "boiling" state, and the conveying concentration can reach 2-3 times that of ordinary pneumatic conveying, with a conveying distance exceeding the kilometer level.

　　2. 密封性能：從“開放式”到“全封閉”

　　2. Sealing performance: from "open" to "fully enclosed"

　　普通料倉在出料過程中易產(chǎn)生揚塵

，需配套除塵器進行二次處理。倉泵采用正壓輸送方式，整個系統(tǒng)處于密閉狀態(tài)，輸送管道內(nèi)壓力可達0.6MPa，徹底杜絕物料泄漏風險，特別適用于有毒、易燃物料的處理。

　　Ordinary silos are prone to generating dust during the discharge process and require secondary treatment with a dust collector. The warehouse pump adopts positive pressure conveying method, and the entire system is in a closed state. The pressure inside the conveying pipeline can reach 0.6MPa, completely eliminating the risk of material leakage, especially suitable for the treatment of toxic and flammable materials.

　　3. 智能控制：從“機械式”到“自適應”

　　3. Intelligent control: from "mechanical" to "adaptive"

　　現(xiàn)代倉泵已實現(xiàn)全流程自動化控制：

　　Modern warehouse pumps have achieved full process automation control:

　　流化狀態(tài)監(jiān)測：通過壓力傳感器實時感知物料流化程度，自動調(diào)節(jié)進氣量

；

　　Fluidization status monitoring: Real time sensing of material fluidization degree through pressure sensors, automatic adjustment of intake air volume;

　　輸送速度優(yōu)化：根據(jù)管道壓降動態(tài)調(diào)整輸送氣速

，避免堵管風險；

　　Optimization of conveying speed: dynamically adjust the conveying gas speed based on pipeline pressure drop to avoid the risk of pipe blockage;

　　能耗管理：采用變頻壓縮機與儲氣罐組合

，實現(xiàn)按需供氣，能耗降低30%以上。

　　Energy consumption management: By using a combination of variable frequency compressors and gas storage tanks, on-demand gas supply can be achieved, reducing energy consumption by more than 30%.

　　三

、應用場景的“生態(tài)重構”

　　3

、 Ecological reconstruction of application scenarios

　　普通料倉的典型應用場景包括：

　　The typical application scenarios of ordinary silos include:

　　原料中轉：在糧食、建材行業(yè)作為生產(chǎn)緩沖倉使用

；

　　Raw material transfer: used as a production buffer warehouse in the grain and building materials industries;

　　計量配料：通過稱重模塊實現(xiàn)配方原料的精準投加

；

　　Measuring ingredients: precise addition of formula raw materials through weighing modules;

　　散貨存儲：在港口、礦山等場合完成大宗物料的臨時堆存。

　　Bulk storage: Temporary storage of bulk materials in ports, mines, and other places.

　　倉泵則開辟了全新的應用維度：

　　Warehouse pumps have opened up new application dimensions:

　　長距離輸送：在電力行業(yè)實現(xiàn)省煤器灰渣的跨廠區(qū)輸送