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Use of Osmotic Dehydration to Improve Fruits and Vegetables Quality During Processing

机译:在加工过程中使用渗透脱水改善水果和蔬菜的质量

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Osmotic treatment describes a preparation step to further processing of foods involving simultaneous transient moisture loss and solids gain when immersing in osmotic solutions, resulting in partial drying and improving the overall quality of food products. The different aspects of the osmotic dehydration (OD) technology namely the solutes employed, solutions characteristics used, process variables influence, as well as, the quality characteristics of the osmodehydrated products will be discussed in this review. As the process is carried out at mild temperatures and the moisture is removed by a liquid diffusion process, phase change that would be present in the other drying processes will be avoided, resulting in high quality products and may also lead to substantial energy savings. To optimize this process, modeling of the mass transfer phenomenon can improve high product quality. Several techniques such as microwave heating, vacuum, high pressure, pulsed electric field, etc. may be employed during or after osmotic treatment to enhance performance of the osmotic dehydration. Moreover new technologies used in osmotic dehydration will be discussed. Patents on osmotic dehydration of fruits and vegetables are also discussed in this article.
机译:渗透处理描述了进一步加工食品的准备步骤,该工艺涉及浸入渗透溶液中时同时发生瞬时水分流失和固体增加,从而导致部分干燥并改善食品的整体质量。本文将讨论渗透脱水(OD)技术的不同方面,即所使用的溶质,所使用的溶液特性,工艺变量的影响以及渗透压脱水产品的质量特性。由于该过程是在温和的温度下进行的,并且通过液体扩散过程除去了水分,因此可以避免其他干燥过程中会出现的相变,从而获得高质量的产品,并且还可以节省大量能源。为了优化此过程,对传质现象进行建模可以提高高质量的产品。在渗透处理期间或之后,可以采用几种技术,例如微波加热,真空,高压,脉冲电场等,以增强渗透脱水的性能。此外,还将讨论用于渗透脱水的新技术。本文还讨论了水果和蔬菜的渗透脱水专利。

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