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首页> 外文期刊>Chemical Engineering Communications >Effect of Process Parameters on the Progressive Freeze Concentration of Sucrose Solutions
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Effect of Process Parameters on the Progressive Freeze Concentration of Sucrose Solutions

机译:工艺参数对蔗糖溶液逐步冻干浓度的影响

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摘要

The progressive freeze concentration of sucrose solutions was tested. The effect of the initial concentration of the solution (C-0), the temperature of the refrigerant (T), and the stirring speed (omega) on the final concentration of the solution (C-f) was determined. The effects were significant on the freeze concentration, for both individual and combined effects. The maximum concentration achieved in the progressive freeze concentration was 53 degrees Brix, when the initial concentration was 35 degrees Brix, at a speed of 800 rpm and a temperature of refrigerant of -20 degrees C. The best values of the concentration index (CI) are obtained at low concentrations, high omega, and low temperature. The average distribution coefficient ((K) over bar). increased with C-0. The average yield parameter (W-Y) at different initial concentrations is around 0.6 kg ice . kg sol(-1) . h(-1).
机译:测试蔗糖溶液的逐步冻结浓度。 确定溶液(C-0)的初始浓度,制冷剂(T)的温度和搅拌速度(OMEGA)的初始浓度对溶液(C-F)的最终浓度的影响。 对于个体和组合效应,冻融浓度对效果显着。 当初始浓度为35℃的速度为800rpm和-20℃的制冷剂温度时,初始浓度为35度,渐进式冻结浓度为53度Brix。 在低浓度,高ω和低温下获得。 平均分布系数((k)上方)。 随C-0增加。 不同初始浓度的平均产率参数(W-Y)约为0.6kg冰。 kg sol(-1)。 h(-1)。

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