The production and fuel application of hollow blade dryers have always been a concern for customers, as they are related to revenue, cost, and other factors. According to the following formula, customers can take this opportunity to calculate the drying capacity and fuel application of their solution.
1. Formula for calculating Benda drying: G=AV/100 × [(W1 Benda drying - W2)/(100-W1)]
In the formula, G is calculated based on the total output of the dryer and the final moisture content of the dry and agitated raw materials, t/h； A's company's volumetric evaporation tensile strength for the dryer, kg/m3； The drying capacity of V dryer, m3; W1 is the initial moisture content; W2 is the final moisture content.
2. Formula calculation: gc=(iota c1t1/η Qydw) × [(w1-w2)/100-w1]
In the formula, the coal consumption of the GC dryer is kg coal/kg dry raw material; In order to achieve the thermoelectric effect of the combustion chamber, the coal powder combustion chamber has an η of 0.90; Qydw low calorific value for ignition, kcal/kg fuel; For every 1kg of water evaporated, there must be hot air for the operation of the Binda drying mold, m3/kg； C1 is the specific heat capacity of a hot gas, kcal/(m3 ℃); T1 is the flow rate of hot gas, ℃; W1. W2. Initial moisture content of each raw material Bin Da dried final water Bin Da dried fraction.
