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Progressive freeze-concentration of apple juice and its application to produce a new type apple wine

机译:苹果汁的渐进冷冻浓缩及其在生产新型苹果酒中的应用

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Progressive freeze-concentration (PFC) by a tubular ice system was successfully applied to concentrate apple juice from 13.7 to 25.5 (0)Brix under a program controlled operation for the coolant temperature and the circulation pumping speed. The organic acid distribution and the flavor profile analysis revealed that no substantial differences were observed for the juice before and after concentration both in organic acids and flavor components showing the high quality concentration by PFC. This was also confirmed by electronic taste and flavor analyzers. The PFC-concentrated apple juice was fermented to obtain a new type apple wine with alcohol content as high as 13.7 vol-% without chaptalization. The organic acid distribution was slightly changed before and after fermentation while the flavor profile changed drastically. The present technique will be applicable to produce new type of wine from many other fruits. (C) 2015 Elsevier Ltd. All rights reserved.
机译:通过程序控制的冷却液温度和循环抽速,通过管式冰系统的渐进式冷冻浓缩(PFC)成功地用于将苹果汁从13.7浓缩至25.5(0)Brix。有机酸分布和风味特征分析表明,在浓缩有机酸和风味成分之前和之后,果汁均未观察到实质性差异,显示了通过PFC进行的高质量浓缩。电子口味和风味分析仪也证实了这一点。对浓缩了PFC的苹果汁进行发酵,以得到一种新的苹果酒,其酒精含量高达13.7%(体积),而无需粉碎。发酵前后,有机酸分布略有变化,而风味特征则急剧变化。本技术将适用于从许多其他水果生产新型葡萄酒。 (C)2015 Elsevier Ltd.保留所有权利。

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