Detailed analysis of the structural composition of the carbonated water preparation system

The carbonated water preparation system provides a preparation apparatus capable of obtaining a high concentration of carbonated water with good efficiency and a preparation method thereof:
 
The Mixing and Carbonation System (BCS) continuously and highly accurately controls the raw gravity, alcohol and carbon dioxide content of the beer by adjusting the mixing of degassed water and the addition of carbon dioxide. The wort, hop extract, flavor or syrup dose can be integrated into the system.
 
In the brewing industry, beer is brewed according to the supergravity process, the wort or alcouol content is strictly controlled, or the mixed beer is mixed, which is well established in mixing and carbonation.
 
The carbonated water preparation system is a conventional and popular beverage manufacturing machine which is mainly produced by dissolving a large amount of carbon dioxide in water. Carbonated water can also be used as a basis to add one or more other raw materials to make different carbonated beverages, such as Coca-Cola and Sprite.
 
The carbonated water preparation system includes: one or more of a carbonated water synthesis device, a water supply source, a gas source, a three-way connector, and a connecting pipe as described above; the three-way connector includes a pipe connection that communicates with each other, and a second pipe interface And a third pipe interface; the water supply source and the gas source are respectively connected to the pipe interface of the three-way connector and the second pipe; the third pipe interface is connected to the input port of the carbonated water synthesizing device The carbonated water synthesis device is cascaded in series through the connecting pipe.
 
a carbonated water preparation system, comprising: a device casing, wherein a stirring chamber is formed in the device casing; a blade structure, the blade structure is housed in the stirring chamber, and rotates around a rotating shaft; one or more a collision interface, the collision interface is distributed in the stirring chamber; an input interface, the input interface is disposed on the device housing, is located below the blade structure, and is in communication with the stirring chamber, and is used for Input water and carbon dioxide; an output interface disposed on the device housing above the paddle structure in communication with the agitation chamber for outputting carbonated water having a predetermined concentration.