Preparation method of special-purpose beverage from seawater and obtained special-purpose beverage
A special-purpose, beverage technology, applied in the direction of food science, etc., can solve the problems of high cost, cost increase, water waste, etc., and achieve the effect of natural ingredients
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[0039] In the above preparation method, the raw material functional additives used include: taurine and vitamins (nicotinamide, soluble vitamins B1, B2, B6, or one or more of vitamin C);
[0040] The condition is that in the above method, the addition amount of each raw material should be controlled within the national standard;
[0041] Through the use of trace elements and functional additives, the special-purpose beverage of the present invention can be further enriched in nutritional elements, has better palatability, and can meet human needs.
[0042] The special-purpose beverage of the present invention obtained by the above method is rich in special-purpose ions, and through the combination with trace elements and other nutrition-enhancing substances, the human body can achieve special-purpose supplementation and balance, and can be quickly absorbed by the human body.
Embodiment 1
[0044] The raw material is water produced after secondary nanofiltration of seawater, and the initial concentration of produced water is low. When the online Baume meter feedbacks that the Baume degree is 1, the ion concentration is (Cl - 5000mg / L, K + 1000mg / L, Na + 2000mg / L, SO 4 2— 2000mg / L) into the reverse osmosis raw water tank, when the online Baume meter feedback Baume degree>2 (the ion concentration is Cl - 10000mg / L, K + 1500mg / L, Na + 4000mg / L, SO 4 2— 4000mg / L), the product water enters the three-stage nanofiltration, when SO 4 2- When it is 1000mg / L, it enters the electrodialysis device, and the concentrated water from electrodialysis enters the floating liquid system, and the ion concentration of the produced water is: Cl - 800mg / L, K + 50mg / L, Na + 600mg / L, it can be used as a special-purpose beverage stock solution, and directly enters the batching process. After passing through ultraviolet sterilization and ozone sterilization devices, white sugar, ...
Embodiment 2
[0046] The raw material is seawater produced after secondary nanofiltration, when the online Baume meter feedback Baume degree is 1.5 (the ion concentration is: Cl - 6000mg / L, K + 1200mg / L, Na + 3000mg / L, SO 4 2- 4000mg / L) into the reverse osmosis raw water tank, when the online Baume meter feedback Baume degree is 3 (the ion concentration is Cl - 13000mg / L, K + 2000mg / L, Na + 6000mg / L, SO 4 2- 6000mg / L), the product water enters the three-stage nanofiltration, when SO 4 2— When it is 3000mg / L, enter the fourth-stage nanofiltration, when SO 4 2— When it is 1000mg / L, it enters the electrodialysis device, and the concentrated water from electrodialysis enters the floating liquid system. The ion concentration of the electrodialysis water is: Cl - 1000mg / L, K + 60mg / L, Na + 700mg / L, can be used as special-purpose beverage raw material liquid, open the reverse osmosis water production pipeline valve, add pure water through the online flow meter, and mix to make the raw...
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