液体食品的替代热加工技术——膜加工

S. Shahir
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引用次数: 0

摘要

液体食品对温度和浓度敏感,常规方法会导致产品变质。替代工艺,如冷冻浓缩,在可达到的最大浓度(仅高达40至45°白利度)方面具有缺点。近年来,微滤、超滤和反渗透等膜工艺在液体食品的浓缩中越来越受到重视。由于该过程不涉及热量,因此也称为交替热加工技术。该工艺可以用作预浓缩步骤,以减少后续处理步骤的水负荷,并且可以很容易地扩大规模。果汁等液态食物营养价值很高,因为它们天然富含矿物质、维生素和其他人体健康所需的有益成分。当果汁从它们的来源中提取出来时,果汁的固体含量低,颜色强度高,含水量高。本文讨论了该膜法用于液体食品浓缩的最新进展和发展。
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Alternative Thermal Processing Technique for Liquid Foods-membrane Processing
Liquid foods are sensitive to temperature and concentration by conventional methods results in product deterioration. Alternative processes, such as freeze concentration, have the drawback with respect to the maximum achievable concentration (only up to 40 to 45°Brix). In recent years membrane processes such as Microfiltration, Ultrafiltration and reverse osmosis are gaining importance for the concentration of liquid foods. Since heat is not involved in this process, it is also called Alternate thermal processing technique. This process can be employed as a pre-concentration step to reduce water load on subsequent processing steps and can be easily scaled up. Liquid foods such as fruit juices are of high nutritive value as they are naturally enriched with minerals, vitamins and other beneficial components required for human health. When extracted from their sources fruit juices have low solid content, color strength and high-water load. Recent advances and developments in this membrane processing used for the concentration of liquid foods are discussed here.
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