农业和食品创新的技术突破,以乳制品为例,通用农业原料。电渗析

A. Khramtsov
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引用次数: 0

摘要

的目标。探讨电渗析等压力驱动膜技术对乳清和乳清渗透进行脱盐和降灰处理的过程。电渗析在世界各地(以及俄罗斯)乳制品行业的使用,并允许在新一代食品和饲料补充剂中广泛应用乳清领域实现技术突破。讨论。原生乳清电渗析是分子筛分离压力驱动膜技术的一个独立分支,通常用于脱脂、酪蛋白簇分离后,也用于乳清渗透物(UF、NF、MF、DF)的处理。在食品和制药乳糖生产线上,保留物脱矿是制备过饱和糖浆结晶和喷雾干燥的原料中不可缺少的一部分。结论。一般来说,由于灰分浓度高,如果不采用电渗析法脱矿,生产干脱矿乳清及其渗透物实际上是不可能的。
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Technological breakthrough of the agrarian-and-food innovations in dairy case for example of universal agricultural raw materials. Electrodialysis
Aim. Consideration of the process of pressure driven membrane technology such as electrodialysis – targeted and operable whey and whey permeate treatment with an aim of demineralization and ash concentration reduction. Electrodialysis use in dairy industry all over the world (as well as in Russia) and allows implementing technological breakthrough in the area of widespread whey application for food and feed supplements of new generation. Discussion. Native whey electrodialysis is a separate branch of pressure-driven membrane technology of molecular-sieve separation which usually applied after defatting, casein clusters separation and also intended for whey permeates (UF, NF, MF, DF) treatment. NF-retentates demineralization is an inherent part of raw materials preparation for supersaturated syrups crystallization and spray drying in production line of food and pharmaceutical lactose. Conclusion. In general, production of dry demineralized whey and its permeates is practically impossible without demineralization by a method of electrodialysis due to high ash concentration.
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