Alcoholic nitrogenized coffee product, system, and method
A method of making an alcoholic nitrogenized coffee product and using a process that avoids the negative attributes associated with traditional methods.
1 . A method of creating an alcoholic nitrogenized coffee product, comprising:
a) creating a cold brew beverage by contacting a flavoring agent with supply water;
b) collecting the cold brew beverage in a beverage storage system;
c) adding an alcoholic liquid beverage to the cold brew beverage in the beverage storage system, wherein the alcoholic liquid beverage is at least 10% by volume of the liquid in the beverage storage system;
d) discharging nitrogen into the beverage storage system to create a nitrogenized cold brew beverage, wherein the nitrogen is discharged within the cold brew beverage and produces a bubble size of no more than 2 microns through a nitrogen fill dispensing stone located within the cold brew beverage, with the nitrogen fill dispensing stone has a porosity of 2 micron or less;
e) storing the nitrogenized cold brew beverage in the beverage storage system at a pressure of at least 15 psig; and
f) wherein the supply water, the flavoring agent, and the cold brew beverage do not exceed 44 degrees fahrenheit throughout steps a-d.
2 . The method of claim 1 , wherein step of discharging nitrogen into the beverage storage system includes discharged the nitrogen at least six inches below a surface of the cold brew beverage in the beverage storage system.
3 . The method of claim 1 , wherein the step of creating the cold brew beverage by contacting the flavoring agent with supply water includes:
supplying water at a supply flowrate and a supply water temperature of no more than 44 degrees fahrenheit to a beverage percolation system having a percolation system discharge control system, wherein the percolation system contains the flavoring agent; and
percolating the water by gravity through the flavoring agent to form the cold brew beverage.
4 . The method of claim 3 , wherein the step of creating the cold brew beverage by contacting the flavoring agent with supply water further includes:
controlling a discharge flowrate of the cold brew beverage from the beverage percolation system with a percolation system discharge control system, thereby establishing (i) a brewing period as the amount of time elapsed from when the water enters the beverage percolation system to the time that the beverage leaves the percolation system discharge control system, and (ii) a contact time as the amount of time in which the water is moving through the flavoring agent, wherein the brewing period is at least 45 minutes per pound of the flavoring agent.
5 . The method of claim 4 , wherein the contact time is at least 25% of the brewing period.
6 . The method of claim 4 , wherein the beverage percolation system includes a beverage percolation system container having a bottom surface, and at least a portion of the flavoring agent is elevated from the bottom surface to define a non-pressurized percolated beverage reservoir having a non-pressurized outlet pool with an outlet pool depth within the percolated beverage reservoir.
7 . The method of claim 6 , wherein all of the flavoring agent is elevated from the bottom surface by a flavoring agent stand-off distance, and during at least 15% of the brewing period the outlet pool depth is less than flavoring agent stand-off so the outlet pool does not contact the flavoring agent.
8 . The method of claim 7 , wherein during no more than 75% of the brewing period the outlet pool depth is equal to, or greater than, the flavoring agent stand-off.
9 . The method of claim 7 , wherein during the entire brewing period the outlet pool depth is less than flavoring agent stand-off so the outlet pool does not contact the flavoring agent during the entire brewing period.
10 . The method of claim 4 , wherein the beverage percolation system contains 0.3-0.5 pounds of flavoring agent per gallon of the cold brew beverage, and the beverage percolation system has a percolation system volume that is 125-325 cubic inches per pound of flavoring agent.
11 . A method of creating an alcoholic nitrogenized coffee product, comprising:
a) creating a cold brew beverage by contacting a flavoring agent with supply water;
b) collecting the cold brew beverage in a beverage storage system;
c) adding an alcoholic liquid beverage to the cold brew beverage in the beverage storage system, wherein the alcoholic liquid beverage is at least 10% by volume of the liquid in the beverage storage system;
d) discharging nitrogen into the beverage storage system to create a nitrogenized cold brew beverage, wherein the nitrogen is discharged within the cold brew beverage at least six inches below a surface of the cold brew beverage in the beverage storage system;
e) storing the nitrogenized cold brew beverage in the beverage storage system at a pressure of at least 15 psig; and
f) wherein the supply water, the flavoring agent, and the cold brew beverage do not exceed 44 degrees fahrenheit throughout steps a-d.
12 . The method of claim 11 , wherein the step of creating the cold brew beverage by contacting the flavoring agent with supply water includes:
supplying water at a supply flowrate and a supply water temperature of no more than 44 degrees fahrenheit to a beverage percolation system having a percolation system discharge control system, wherein the percolation system contains the flavoring agent; and
percolating the water by gravity through the flavoring agent to form the cold brew beverage.
13 . The method of claim 12 , wherein the step of creating the cold brew beverage by contacting the flavoring agent with supply water further includes:
controlling a discharge flowrate of the cold brew beverage from the beverage percolation system with a percolation system discharge control system, thereby establishing (i) a brewing period as the amount of time elapsed from when the water enters the beverage percolation system to the time that the beverage leaves the percolation system discharge control system, and (ii) a contact time as the amount of time in which the water is moving through the flavoring agent, wherein the brewing period is at least 45 minutes per pound of the flavoring agent.
14 . The method of claim 13 , wherein the contact time is at least 25% of the brewing period.
15 . The method of claim 14 , wherein the beverage percolation system includes a beverage percolation system container having a bottom surface, and at least a portion of the flavoring agent is elevated from the bottom surface to define a non-pressurized percolated beverage reservoir having a non-pressurized outlet pool with an outlet pool depth within the percolated beverage reservoir.
16 . The method of claim 15 , wherein all of the flavoring agent is elevated from the bottom surface by a flavoring agent stand-off distance, and during at least 15% of the brewing period the outlet pool depth is less than flavoring agent stand-off so the outlet pool does not contact the flavoring agent.
17 . The method of claim 16 , wherein during no more than 75% of the brewing period the outlet pool depth is equal to, or greater than, the flavoring agent stand-off.
18 . The method of claim 16 , wherein during the entire brewing period the outlet pool depth is less than flavoring agent stand-off so the outlet pool does not contact the flavoring agent during the entire brewing period.
19 . The method of claim 12 , wherein the beverage percolation system contains 0.3-0.5 pounds of flavoring agent per gallon of the cold brew beverage, and the beverage percolation system has a percolation system volume that is 125-325 cubic inches per pound of flavoring agent.
20 . A method of creating an alcoholic nitrogenized coffee product, comprising:
a) creating a cold brew beverage by contacting a flavoring agent with supply water;
b) collecting the cold brew beverage in a beverage storage system;
c) adding an alcoholic liquid beverage to the cold brew beverage in the beverage storage system, wherein the alcoholic liquid beverage is at least 10% by volume of the liquid in the beverage storage system;
d) discharging nitrogen into the beverage storage system to create a nitrogenized cold brew beverage, wherein the nitrogen is discharged within the cold brew beverage at least six inches below a surface of the cold brew beverage in the beverage storage system and produces a bubble size of no more than 2 microns;
e) storing the nitrogenized cold brew beverage in the beverage storage system at a pressure of at least 15 psig; and
f) wherein the supply water, the flavoring agent, and the cold brew beverage do not exceed 44 degrees fahrenheit throughout steps a-d.