Milk Processing Plant Uses High Temperature Sterilization Equipment
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Created By:
chirty jimei
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Posted:
Oct 17, 2018
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Last Updated:
Oct 17, 2018
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Category:
Crypto Currency Trading
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#UHT Milk Machine
#Milk Processing Plant
Description:
Ultra high temperature processing requires a UHT Milk Machine and a sterile device (for packaging products). It is used in low acid (higher than pH 4.6) products such as ultra high temperature milk, ultra high temperature flavoured milk, ultra high temperature cream, soy milk and other dairy substit... moreUltra high temperature processing requires a UHT Milk Machine and a sterile device (for packaging products). It is used in low acid (higher than pH 4.6) products such as ultra high temperature milk, ultra high temperature flavoured milk, ultra high temperature cream, soy milk and other dairy substitutes. The same method is used to disinfect prepared foods such as soups, sauces, desserts, tomato and fruit products, and baby food.
As a means of preserving food, the birth of high heat treatment and canned food began in France in the early 19th century. By 1839, tin-plated steel containers were widely used in the 1960s. Based on this early food protection technology, Tetra Pak pioneered its own ultra-high temperature process and aseptic packaging system, thus launching the ultra-high temperature milk market. development of.
In ultra-high temperature processing, the goal is to minimize microbes while minimizing chemical changes in the product. This means finding the best combination of temperature and processing time for different types of food.
Tetra Pak offers two alternative ultra-high temperature treatment methods: direct or indirect direct super-high temperature heating, steam is briefly injected into the product, and the simplicity of rapid cooling treatment makes it possible to obtain very high product quality.
However, this process requires relatively high energy consumption compared to indirect ultra high temperature processing. By indirect heating, the product does not come into direct contact with the heat source, but instead uses a heat exchanger to heat it. The reason this method is so cost effective is that most of the heat can be recycled. The Milk Processing Plant must choose a suitable high-temperature sterilization method according to the company's own situation, so as to bring more benefits. less
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