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Integrated system of progressive freeze-concentration combined with partial ice-melting for yield improvement

机译:渐进式冷冻浓缩与部分融冰相结合的集成系统,可提高产量

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A 25L-scale tubular ice system for progressive freeze-concentration was constructed and combined with a 75L-scale partial ice-melting system for yield improvement. From the measurement of freezing point of various fruits juices, nine standard operation programs were prepared in cooling and circulation flow rate for the tubular ice system. The standard programs were successfully tested for progressive freeze concentration of sucrose solutions with concentration varied from 3 to 30%. By choosing one of the standard program, apple juice was effectively concentrated from 12.8 to 21.0 Brix with 79.0% yield, which was improved to 90% by recovering the 30% of the initially-melted fractions by using the partial ice-melting system. The tubular ice system can be easily scaled-up more, if necessary, simply by increasing the number of tubes. (C) 2016 Elsevier Ltd. All rights reserved.
机译:构建了用于逐步冷冻浓缩的25L规模的管状冰系统,并与75L规模的部分冰融化系统结合以提高产量。通过测量各种果汁的凝固点,为管状冰系统的冷却和循环流量制定了九种标准操作程序。标准程序已成功测试了蔗糖溶液的渐进冻结浓度,浓度范围为3%至30%。通过选择一种标准程序,苹果汁可以从12.8糖度有效浓缩到21.0糖度,产率为79.0%,通过使用部分冰融化系统回收30%的最初融化馏分,可以将其提高到90%。如有必要,只需增加管子的数量,即可轻松扩大管状冰系统的规模。 (C)2016 Elsevier Ltd.保留所有权利。

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