Nitrogen infusing non-alcoholic carbonated beverages

Abstract

This invention is a method by which four separate variables are manipulated in a manner that creates a process to force nitrogen into non-alcoholic carbonated beverages in a pressure rated vessel that is equipped to introduce the gas through the bottom of the pressure rated vessel. The four separate elements in this invention are Temperature, Pressure, Time, and Agitation. The purpose of this invention is to achieve a total of 30% total gas absorption of Carbon Dioxide and 70% total gas absorption of Nitrogen into Non-Alcoholic beverages including but not limited to Soda, Tea, Energy Drinks, Horchata, Fruit Juices, Water, Mineral Water, Fruit Juice Cocktails, Cocktail Mixers, Switchel, Lemonade, Limeade, vitamin drinks, orangeade, hang over remedies, and sports drinks, excluding all coffee and flavored coffee drinks.

Claims

1. A method of nitrogen infusing non-alcoholic carbonated beverages comprising; a) in a 60 pounds per square inch pressure rated vessel, infusing carbon dioxide into a non-alcoholic beverage for three days at a temperature of 40 degrees Fahrenheit or below and a pressure of 18 pounds per square inch using a pressure regulated tank of carbon dioxide with the aid of agitation, and b) subsequently, in said 60 pounds per square inch pressure rated vessel, infusing nitrogen into said beverage for one day at a temperature of 40 degrees Fahrenheit or below and a pressure of 60 pounds per square inch using a pressure regulated tank of nitrogen with the aid of agitation.

Description

DETAILED DESCRIPTION OF THE INVENTION

(1) 1. Temperature: This process can only happen at 40 degrees Fahrenheit or below, performing this process at a lower temperatures make the process more efficient.

(2) 2. Pressure: The pressure at which one uses to force either gas into the non-alcoholic beverage is specific to which gas you are forcing into said beverage, where in Carbon Dioxide has to be forced into said beverage first at a pressure that is 30 percent of the total Nitrogen pressure, which is secondly forced into said beverage

(3) 3. Time: The amount of time it takes to achieve said process, is relative to the pressure rating of the vessel in which one is forcing the two gases into said beverage, a vessel with a higher pressure rating can achieve this process in a smaller amount of time, where in a vessel with a smaller amount of pressure rating will take more time, i.e. a vessel with a pressure rating of 60 psi would take 3 days to first infuse Carbon Dioxide into said beverage at 18 psi with the aid of agitation, further comprising, secondly forcing the Nitrogen into said

(4) 4. Agitation: Agitating the liquid helps to further force the Carbon Dioxide and Nitrogen into said beverage. Achieving agitation can be as easy as shaking a keg or as complex as rotating a paddle inside of a large pressure rated tank. Furthermore, the more agitation that is applied to said beverage reduces the overall amount of time of the entire process.