Hippophae rhamnoides fruit sterilization device and fruit juice preparation method based on sterilization device
A sterilization device and technology for sea buckthorn fruit, which is applied in the field of food processing, can solve the problems of low fruit juice content, large loss of vitamin C and high production cost, and achieve the effects of good taste, less impurities and excellent nutritional value.
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[0044] A fruit juice preparation method based on a seabuckthorn fruit sterilizing device according to any one of claims 1-5, the specific raw material composition ratio of the juice preparation method based on a seabuckthorn fruit sterilizing device includes: 59-60 parts of purified water, raw seabuckthorn fruit juice - 35-36 parts of grapefruit concentrated juice mixture, 0.96 parts of auxiliary materials and additives;
[0045] The specific steps of the fruit juice preparation method based on the seabuckthorn fruit sterilization device are as follows:
[0046] Step 1: Freeze the wild-picked seabuckthorn fruits at -18°C;
[0047] Step 2: Sorting and cleaning the seabuckthorn fruits, and disinfecting them up to the squeezing standard. When disinfecting, pour the seabuckthorn fruits into the disinfection box 1, pour an excessive amount of disinfectant into it, and soak for 30 minutes for a long time. When the soaking is complete, Start the water pump 6, and the water pump 6 wi...
Embodiment 1
[0065] Ratio of raw seabuckthorn juice and concentrated grapefruit juice and vitamin C content experiment
[0066] Vitamin C detection
[0067] Experimental group: 5 groups were selected from freshly picked seabuckthorn fruits and rapidly frozen (-18°C)
[0068] Control group: Freshly picked seabuckthorn fruits were stored in cold storage (0-5°C) to select 5 groups
[0069] Experimental method: Accurately weigh 20.0 g of the homogenized sample (accurate to 0.01 g) in a beaker, transfer the sample to a 100 ml volumetric flask with oxalic acid solution, dilute to the mark, shake well and filter. If the filtrate has color, add 0.4 g of kaolin per gram of sample for decolorization and then filter.
[0070] Titration: Accurately draw 10ml of the filtrate into a 50ml Erlenmeyer flask, and titrate with the calibrated 2,6-dichloroindophenol solution until the solution turns pink and does not fade for 15s. At the same time do a blank test.
[0071] The test results are shown in Tab...
Embodiment 2
[0076] In the preparation technology of the present invention, 5 processes are to the influence experiment of finished product:
[0077] Experimental group: 50kg of finished seabuckthorn grapefruit juice accompaniment drink prepared according to the complete process provided by the invention;
[0078] Control group: 50kg of finished seabuckthorn juice beverage prepared by removing process 5;
[0079] Experimental method: filter the finished seabuckthorn fruit juice beverage of the experimental group through the h11 filter, and weigh the impurities;
[0080] The finished product of seabuckthorn juice drink of the control group is filtered through the h11 filter screen, and the impurities are weighed;
[0081] Experimental data results: the mass of impurities in the experimental group is 33g, and the mass of impurities in the control group is 60g;
[0082] The results showed that Process 5 could effectively reduce the impurities in the finished seabuckthorn juice beverage.
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