Tea beverage for relieving physical fatigue and preparation method thereof
A tea beverage technology for relieving physical fatigue, applied in the field of tea beverages for relieving physical fatigue and its preparation, can solve problems such as affecting sleep and poor taste, and achieve the effects of improving energy and concentration, refreshing taste, and improving fatigue state
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preparation example 1
[0035] (1) Extraction: Take 800g of oolong tea leaves, crush them and add 10kg of 60°C 50% ethanol aqueous solution, extract under stirring conditions for 20h to obtain an extract, filter to remove the tea residue, and concentrate to obtain 652g of extract concentrate, solid content was 18.6%.
[0036] (2) Preparation of a two-phase precursor solution: add polyvinyl alcohol with a number-average molecular weight of 12,000 (95% alcoholysis degree), ethyl acetate and sodium chloride in water, and stir at 45°C until fully dissolved to obtain polyvinyl alcohol A two-phase precursor solution with a concentration of 7.3 wt%, an ethyl acetate concentration of 5.1 wt%, and a sodium chloride concentration of 17.2 wt%.
[0037] (3) Two-phase extraction: add 652 g of the leaching concentrate obtained in step (1) to 3260 g of the two-phase precursor solution obtained in step (2), heat to 32 ° C, adjust the pH value of the system to 9, stir and mix thoroughly , kept at 32°C, stood for 30h...
preparation example 2
[0039] (1) Extraction: take 1.1kg of oolong tea leaves, crush them and add 16.5kg of 60°C 40% ethanol aqueous solution, extract under stirring conditions for 15h to obtain an extract, filter to remove the tea residue, and concentrate to obtain 816g of extract concentrate, The solids content was 19.7%.
[0040] (2) Preparation of a two-phase precursor solution: add polyvinyl alcohol with a number average molecular weight of 8000 (95% alcoholysis degree), ethyl acetate and sodium chloride in water, and stir at 45°C until fully dissolved to obtain polyvinyl alcohol A two-phase precursor solution with a concentration of 8.5wt%, an ethyl acetate concentration of 4.5wt%, and a sodium chloride concentration of 16.3wt%.
[0041] (3) Two-phase extraction: add 852 g of the leaching concentrate obtained in step (1) to 3400 g of the two-phase precursor solution obtained in step (2), heat to 36 ° C, adjust the pH value of the system to 10, stir and mix thoroughly , kept at 36°C, stood for...
preparation example 3
[0043] (1) Extraction: Take 800g of oolong tea leaves, crush them, add 10kg of 60°C 50% ethanol aqueous solution, extract under stirring conditions for 20h to obtain an extract, filter to remove the tea residue, and concentrate to obtain 581g of extract concentrate, solid content was 20.6%.
[0044] (2) Preparation of a two-phase precursor solution: add polyvinyl alcohol with a number-average molecular weight of 15,000 (93% alcoholysis degree), ethyl acetate and sodium chloride in water, and stir at 45°C until fully dissolved to obtain polyvinyl alcohol The two-phase precursor solution with a concentration of 6.4wt%, an ethyl acetate concentration of 5.7wt%, and a sodium chloride concentration of 18.0wt%.
[0045] (3) Two-phase extraction: add 581 g of the leaching concentrate obtained in step (1) to 2640 g of the two-phase precursor solution obtained in step (2), heat to 34 ° C, adjust the pH value of the system to 9, stir and mix thoroughly , kept at 34°C, stood for 30h, la...
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