Preparation of the Orange Flavoured “Boba” Ball in Milk Tea and Its Shelf-Life
Приготовление шариков «боба» с апельсиновым вкусом для молочного чая и их срок хранения
2020-12-28
SCID: 54.1/d66xjcsd
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Arrhenius shelf-life predictioncalcium alginate ball encapsulationcalcium chlorideorange-flavored boba ballssodium alginate
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Abstract (AI)
Boba milk tea is very popular around the world. The “boba” balls in milk tea are usually made of tapioca. Reports on calcium alginate ball encapsulation in fruit-flavoured drinks have rarely been seen. The preparation method for this kind ball was studied. The “boba” balls were obtained by membrane formation on the interface through the addition of calcium chloride fluids into a sodium alginate solution. The operation conditions were studied, including drop height, flow velocity, sodium alginate and calcium chloride solution concentration. The diameter, mechanical strength, loading ratio and encapsulation rate of the “boba” balls are discussed. The optimized preparation conditions were as follows: the diameter of adding tube was 8 mm, the drop height was 25 cm, the drop flow rate was 60 mL/min, 1.0% sodium alginate, 1.0% calcium chloride. The prepared “boba” balls were stored at different temperatures. No microorganisms were detected in 90 days, and the sensory quality decreased with storage time. Shelf life was predicted using the Arrhenius equation; when the storage temperature was less than 10 °C, it could be stored for more than 1 year. This preparation technology of “boba” balls has potential for application by milk tea ingredient companies or relevant beverage manufacturing factories.
Key Findings
1
A calcium-alginate encapsulation method produced orange-flavored “boba” balls by adding calcium chloride fluid to sodium alginate solution.
2
Arrhenius-based shelf-life prediction indicated storage for more than one year at temperatures below 10 °C.
3
No microorganisms were detected during 90 days of storage, although sensory quality declined over time.
4
The optimized process used an 8 mm tube, 25 cm drop height, 60 mL/min flow rate, and 1.0% sodium alginate and calcium chloride solutions.
5
The study evaluated how processing conditions affected ball diameter, mechanical strength, loading ratio, and encapsulation rate.
Research Object
Orange-flavoured calcium alginate “boba” balls for milk tea
Research Subject
Preparation conditions, physicochemical properties, encapsulation performance, microbial stability, sensory quality, and shelf life of the “boba” balls
Publication Details
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2020-12-28
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