Drinking type flavor fermented milk and making method thereof
A production method and technology of fermented milk, which is applied in the field of fermented milk, can solve problems such as rough taste, and achieve the effect of delicate taste, easy absorption, and dense gel network structure
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specific Embodiment 1
[0024] A method for making drinkable flavored fermented milk, comprising the following steps: a. Prepare 852.85-924.4 parts of raw milk in parts by weight, take 30% of the prepared raw milk and heat it to 45-50 degrees Celsius, and then heat it at 45 Add 5-15 parts of whey protein powder to raw milk at ~50 degrees Celsius for stirring, and then hydrate to make ready-to-use emulsion 1. Take 30% of the raw milk and heat it to 45-50 degrees Celsius, and take another 30% Heat the raw milk to 50-55 degrees Celsius, then add 0.5-2 parts of egg yolk powder, 10-40 parts of cream, and 60-90 parts of white sugar to the raw milk at 50-55 degrees Celsius, stir, and cool after stirring Prepare emulsion 2 at 2-6 degrees Celsius; b. Mix emulsion 1 and emulsion 2, add the remaining raw milk, set the volume to 1000 parts by weight, and stir for 5-10 minutes Obtain milk; c. heat the milk obtained in step b to 65-70 degrees Celsius and then perform homogenization treatment, and then sterilize th...
specific Embodiment 2
[0027] This embodiment adds the processing steps of raw milk on the basis of specific embodiment 1. When preparing raw milk in the above step a, put the raw milk into a double filter to filter and remove impurities, and then use a pump to filter and remove impurities. The raw milk is injected into the centrifugal milk cleaner for the second removal of impurities, and then the raw milk is cooled to 2-6 degrees Celsius and stored for later use. The raw milk is injected into the centrifugal milk cleaner, under the action of centrifugal force, the finer impurities in the raw milk can be removed, and the impurities in the raw milk can be removed more thoroughly after two times of filtration, so as to ensure the quality of fermentation.
specific Embodiment 3
[0029] This example further illustrates the stirring time and static hydration time in step a on the basis of specific example 1. In the above step a, whey protein powder is added to raw milk at 45-50 degrees Celsius for stirring The time for hydration is 5-10 minutes, the time for adding egg yolk powder, cream, and white sugar to raw milk at 50-55 degrees Celsius is 15-20 minutes for stirring, and the time for static hydration is 30-60 minutes. Stirring is to fully dissolve the added materials such as whey protein powder, egg yolk powder, cream and white sugar, and then evenly disperse them in the raw milk. If the stirring time is too short, the added materials will be dispersed unevenly. If it is too long, energy and time will be wasted. Static hydration is a process of self-coagulation and depolymerization of protein micelles. Through static hydration, whey protein powder can fully absorb water and dissolve, and can reduce the generation of powdery taste.
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