Carbonation method of beverage

Abstract

The invention belongs to the technical field of food production, and discloses a carbonation method of a beverage. The method has the following main improvement points that pure cold water is made into a water film and fogdrops, and under the premise that the number of discs is not increased, the dissolving speed of CO2 in the pure cold water is increased.

Description

technical field [0001] The invention belongs to the technical field of food production. Background technique [0002] The production of carbonated beverages (Sodas) began in the late 18th century to the early 19th century. The original discovery was made by drinking naturally gushing carbonated spring water. That is to say, the predecessor of carbonated beverages is natural mineral water. The study of mineral water began in Italy in the mid-15th century, and mineral water was originally used for therapeutic purposes. It was later confirmed that artificially mixing water and carbon dioxide together has the same special flavor as natural mineral water containing carbon dioxide, which greatly promotes the manufacture and research of carbonated beverages. In 1807, the United States launched fruit juice carbonated water, adding fruit juice to carbonated water for flavoring. This product was popular, and industrial production started from this. Later, with the synthesis of art...

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Problems solved by technology

[0003] my country's carbonated beverage industry started relatively late. The existing beverage carbonation method is to mix CO2 into the beverage by gas-liquid mixing (that is, to dissolve CO2 in the beverage). The current mainstream mixing method is to make water in the beverage. Membrane absorbs CO2. This method has the following disadvantages. To make a water film, an object with a large surface area is required to spread the beverage liquid. Discs are commonly used to spread the liquid into a water film. If you need to increase the dissolution rate of CO2, you need to increase the disc. Quantity, this will inevitably lead to a relatively large absorption equipment, occupying a large space, not suitable for some factories with small workshops

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