Equipment usage:
The fresh milk bar pasteurization unit is widely used for determining and updating the original formula of fresh milk, yogurt, goat milk, camel milk, fruit juice, dairy beverages, and seasonings, identifying product flavors, evaluating colors, applying stabilizers and emulsifiers, developing new products, and making samples. This small pasteurizer can fully simulate the production state of industrial pasteurizers, integrating heating, sterilization, emulsification, and cooling. This equipment can be configured with small sterile filling machines, glass bottle and composite bag filling machines as needed. It is an ideal equipment for universities, milk bars, and small pasteurized milk manufacturers. Multiple cans can be used in combination as needed, which is very suitable for small batch and multi variety use in milk bars and small and medium-sized dairy production units.
Sterilization method:
There are various types of pasteurization procedures used today. Low Temperature Long Term (LTLT) processing is an intermittent process that is now only used by small dairy factories to produce some cheese products. High Temperature Short Term (HTST) treatment is a "flow" process typically carried out in plate heat exchangers and is now widely used in the production of drinking milk. The products obtained through this method are not sterile, meaning they still contain microorganisms and require refrigeration during storage and processing. Rapid pasteurization is mainly used in the production of yogurt and dairy products. There are currently two commonly used pasteurization methods internationally. One is to heat milk to 62-65 ℃ and maintain it for 30 minutes. By using this method, various growth pathogenic bacteria in milk can be killed, and the sterilization efficiency can reach 97.3%~99.9%. After disinfection, only some thermophilic bacteria, heat-resistant bacteria, and spores remain, but most of these bacteria are lactic acid bacteria. Lactic acid bacteria are not only harmless to humans but also beneficial to health. The second method is to heat milk to 75-90 ℃ and keep it warm for 15-16 seconds, which results in shorter sterilization time and higher work efficiency. But the basic principle of sterilization is to kill the pathogenic bacteria, as too high a temperature can result in significant nutrient loss.
The fresh milk bar pasteurization unit is widely used for determining and updating the original formula of fresh milk, yogurt, goat milk, camel milk, fruit juice, dairy beverages, and seasonings, identifying product flavors, evaluating colors, applying stabilizers and emulsifiers, developing new products, and making samples. This small pasteurizer can fully simulate the production state of industrial pasteurizers, integrating heating, sterilization, emulsification, and cooling. This equipment can be configured with small sterile filling machines, glass bottle and composite bag filling machines as needed. It is an ideal equipment for universities, milk bars, and small pasteurized milk manufacturers. Multiple cans can be used in combination as needed, which is very suitable for small batch and multi variety use in milk bars and small and medium-sized dairy production units.
Sterilization method:
There are various types of pasteurization procedures used today. Low Temperature Long Term (LTLT) processing is an intermittent process that is now only used by small dairy factories to produce some cheese products. High Temperature Short Term (HTST) treatment is a "flow" process typically carried out in plate heat exchangers and is now widely used in the production of drinking milk. The products obtained through this method are not sterile, meaning they still contain microorganisms and require refrigeration during storage and processing. Rapid pasteurization is mainly used in the production of yogurt and dairy products. There are currently two commonly used pasteurization methods internationally. One is to heat milk to 62-65 ℃ and maintain it for 30 minutes. By using this method, various growth pathogenic bacteria in milk can be killed, and the sterilization efficiency can reach 97.3%~99.9%. After disinfection, only some thermophilic bacteria, heat-resistant bacteria, and spores remain, but most of these bacteria are lactic acid bacteria. Lactic acid bacteria are not only harmless to humans but also beneficial to health. The second method is to heat milk to 75-90 ℃ and keep it warm for 15-16 seconds, which results in shorter sterilization time and higher work efficiency. But the basic principle of sterilization is to kill the pathogenic bacteria, as too high a temperature can result in significant nutrient loss.
