FLUID PRESSURIZATION AND DISPENSING SYSTEM

• US 20170240405A1
• Filed: 02/23/2016
• Published: 08/24/2017
• Est. Priority Date: 02/23/2016
• Status: Active Grant

• Current Assignee: John Delano Gibson, Todd Kristian Hansen
• Original Assignee: John Delano Gibson, Todd Kristian Hansen
• Inventors: Gibson, John Delano, Hansen, Todd Kristian
• Granted Patent: US 9,919,910 B2
• Time in Patent Office: Days
• CPC Class Codes: B67D 1/0004 the beverage being stored in a container, e.g. bottle, cartridge, bag-in-box, bowl
• CPC Class Codes: B67D 1/0406 with means for carbonating the beverage, or for maintaining its carbonation B67D1/0418 takes precedence
• CPC Class Codes: B67D 1/0412 the whole dispensing unit being fixed to the container
• CPC Class Codes: B67D 1/0418 comprising a CO2 cartridge for dispensing and carbonating the beverage
• CPC Class Codes: B67D 1/0801 of beverage containers, e.g. casks, kegs
• CPC Class Codes: B67D 1/0877 Advertising means advertising in general G09F
• CPC Class Codes: B67D 1/1202 Flow control, e.g. for controlling total amount or mixture ratio of liquids to be dispensed
• CPC Class Codes: B67D 1/1211 Flow rate sensor
• CPC Class Codes: B67D 1/125 Safety means, e.g. over-pressure valves
• CPC Class Codes: B67D 1/1252 Gas pressure control means, e.g. for maintaining proper carbonation for beer engines B67D1/025
• CPC Class Codes: B67D 1/1275 promoting froth
• CPC Class Codes: B67D 1/1411 Means for controlling the build-up of foam in the container to be filled
• CPC Class Codes: B67D 1/1477 Devices for assisting tap handling, e.g. levers
• CPC Class Codes: B67D 2001/0093 Valves
• CPC Class Codes: B67D 2001/0098 using a gas
• CPC Class Codes: B67D 2001/0481 Single inert gas, e.g. N2
• CPC Class Codes: B67D 2001/0487 Mixture of gases, e.g. N2 + CO2
• CPC Class Codes: B67D 2001/1494 Taps with means for adjusting the position of a compensator from outside
• CPC Class Codes: G01N 7/00 Analysing materials by measuring the pressure or volume of a gas or vapour

Abstract

A fluid pressurization and dispensing system, including a coupler releasably attached to a vessel via an attachment means for securing a vacuum seal between the coupler and the vessel for maintaining pressure within the vessel, refreshing the gas composition within the vessel, and dispensing of a fluid contents externally from within the vessel without disturbing the vacuum seal. The coupler has a rigid single body unit having a tap head, a shank, and a cap which are contiguous thereof the coupler including a plurality of channels each integrally machined within an interior portion of the coupler. The system regulates a flow of gas from a pressurized gas cartridge via a gas pressure regulator, enables venting excess gas via a gas pressure relief valve, enables measurement of gas pressure within the vessel via a gas pressure gauge. Another embodiment of the system includes a coupler including a bi-level tap head.

Claims

1. A fluid pressurization and dispensing system, comprising:

a coupler having a rigid single body unit having generally a “

T”

shape, wherein the coupler includes a tap head, a shank, and a cap which are contiguous thereof the coupler, the coupler having an exterior surface which surrounds an interior portion which is solid, wherein the interior portion includes a plurality of channels each integrally machined within the interior portion each having a hollow tubular configuration extending therethrough the interior portion to a portion of the exterior surface, the coupler adapted and operable for releasably attaching to a vessel through an attachment means for enabling securing a vacuum seal between the coupler and the vessel for maintaining pressure within a vessel and dispensing of a fluid contents externally from within the vessel;

a mass with a surface density;

a y-axis, an x-axis, a centroidal axis;

the tap head defines an upper horizontal cylindrical portion of the coupler, the tap head including an anterior end and a posterior end having a length L¹ extending laterally along the x-axis therebetween, a ventral side and a dorsal side having a cross-diameter (CD¹), the anterior end having an anterior opening and the posterior end having a posterior opening;

the shank defines a vertical cylindrical waist portion of the coupler, the shank including a proximal end and a distal end having a length L² therebetween and a cross-diameter (CD²), the proximal end extending axially towards the ventral side of the tap head and the distal end extending axially towards the cap along the centroidal-axis;

the cap defines a lower dome portion of the coupler, the cap including a crown defining a top portion of the cap, an outer sole defining a flat annular outer margin of the cap, a skirt defining a circumferential periphery of the cap between the crown and the outer sole, an inner sole defining a flat annular inner margin of the cap, wherein the inner sole includes a plurality of ports including at least one gas inlet port integrally machined therein, a bore hole circumvented by a hose barb centrally disposed within the inner sole, a plug includes a plug opening circumvented by a rigid cylindrical sidewall having a plug finish having an exterior side coaxial with an interior side projecting a length L³ from between the outer sole and the inner sole of the cap and having a cross-diameter (CD³);

a gas injection aperture having threads integrally machined within the dorsal side of the tap head, wherein the gas injection aperture includes a fistula having an orifice, the fistula adapted and operable for puncturing a pressurized gas composition cartridge releasably threadably attached thereon such that a flow of gas composition is released passing through the orifice;

a seat integrally machined within the tap head extending from the posterior opening, the seat adapted and operative for releasably attaching a gas pressure regulator via an attachment means, the gas pressure regulator including a gas pressure regulator valve and a gas pressure regulator chamber and operable for regulating the flow of gas composition;

a first channel of the plurality of channels is a gas flow channel integrally machined within the interior portion of the coupler, the gas flow channel includes an upper gas flow channel having a first bend, and a lower gas flow channel having a second bend, wherein the upper gas flow channel is operatively fluidly communicable to the orifice of the gas injection aperture for enabling transmission of the flow of gas composition from the pressurized gas composition cartridge through the upper gas flow channel and into the gas pressure regulator chamber, and the lower gas flow channel is operatively fluidly communicable to the gas pressure regulator chamber for enabling transmission of the flow of gas composition from the gas pressure regulator chamber through the lower gas flow channel through the gas inlet port and into the vessel;

a rotary actuator operatively releasably attached to the gas pressure regulator via an attachment means for enabling regulation of the flow of gas composition from the upper gas flow channel through the gas pressure regulator chamber and into the lower gas flow channel for selectively dispensing a predetermined volume of gas composition pressure into the vessel for maintaining a regulated pressure within the vessel;

a gas pressure aperture having threads integrally machined within a forward portion of the cap adapted and operable for releasably threadably attaching a gas pressure gauge via an attachment means;

a second channel of the plurality of channels is a gas pressure channel integrally machined within the cap extending from a caudal end of the gas pressure aperture to a gas pressure gauge port integrally machined within the inner sole of the cap, wherein the gas pressure channel is adapted for enabling transmission of a gas pressure from within the vessel through the gas pressure gauge port and through the gas pressure channel for measuring by the gas pressure gauge;

a gas pressure relief valve aperture having threads integrally machined within a rearward portion of the cap adapted and operable for releasably attaching a gas pressure relief valve via an attachment means for enabling one-directional release of a gas composition externally from within the vessel, wherein an activation component operatively attached to the gas pressure relief valve is activated upon exceeding a predetermined gas pressure level within the vessel;

a third channel of the plurality of channels is a gas pressure relief valve channel integrally machined within the cap extending from a base end of the gas pressure relief valve aperture to a gas pressure relief port integrally machined within the inner sole of the cap, wherein the gas pressure relief valve channel is adapted for enabling transmission of the one-directional release of gas composition externally from within the vessel through the gas pressure relief port through the gas pressure relief valve channel and through the gas pressure relief valve;

a fourth channel of the plurality of channels is a fluid delivery channel integrally machined within the coupler having a right angle bend, the fluid delivery channel having a primary opening and a terminal opening, the primary opening commensurate with the bore hole centrally disposed within the cap, and the terminal opening commensurate with the anterior opening of the tap head, the fluid delivery channel includes a fluid delivery inlet runner fluidly communicable to a fluid delivery outlet runner adapted and operable for the transmission of a flow of the fluid from within the vessel and upstream to a nozzle;

a fluid delivery tube adapted for enabling transmission of the fluid contained from within the vessel to the fluid delivery channel, wherein the fluid delivery tube includes a first end and a second end having a length L⁴ therebetween and a cross-diameter (CD⁴), wherein the first end having a first opening is operatively connected to the hose barb, and the second end having a second opening is provided immersed therein the fluid contained within the vessel;

a carbonation port integrally machined within the inner sole of the cap;

a faucet operatively connected to the nozzle via an attachment means, wherein the faucet is adapted for receiving the fluid contents from the fluid delivery channel and adapted for dispensing the fluid contents externally from within the vessel; and

the vessel includes a single unitary body including a bottom and peripheral double-side walls surrounding an interior having a cavity operable to contain a fluid therein under pressure, a neck defining upstanding side walls proud of a shoulder portion of the vessel having a length L⁵ including a neck opening defined by a circumferential rim having a cross-diameter (CD⁵), wherein the neck includes a neck finish which is mateable with the plug finish of the coupler adapted for enabling releasably attaching the vessel to the coupler.

2. The fluid pressurization and dispensing system of claim 1, further comprising a plurality of perforations integrally machined within the inner sole of the cap, wherein each of the plurality of perforations includes a pore opening fluidly communicative with the interior of the vessel adapted and operable for enabling an increased transmission of the flow of gas composition from the lower gas flow channel into the interior of the vessel by means of simultaneous purging of the flow of gas composition through the plurality of perforations into the vessel.

3. The fluid pressurization and dispensing system of claim 1, wherein the carbonation port is operatively fluidly communicable with the gas flow channel for enabling transmission of a flow of gas from the pressurized gas composition cartridge into the vessel for carbonation of a non-carbonated fluid contained within the vessel, wherein a carbonation tube is operatively connected to the carbonation port for enabling transmission of the flow of pressurized gas composition into the vessel.

4. The fluid pressurization and dispensing system of claim 1, wherein the attachment means for releasably attaching the coupler to the vessel comprises one or more of the following:

a threaded plug finish mateable with a threaded neck finish, a ferromagnetic plug finish mateable with a ferromagnetic neck finish, and a snap fit plug finish mateable with a snap fit neck finish.

5. The fluid pressurization and dispensing system of claim 4, wherein the ferromagnetic plug finish is a magnet.

6. The fluid pressurization and dispensing system of claim 1, wherein the attachment means for releasably attaching the coupler to the vessel comprises a threaded plug finish, wherein the threaded plug finish comprises one or more of the following:

a 1 thread turn, a 1.5 thread turn, a 2 thread turn having a tail dimension, a 2 thread turns with narrow threads, a 2 thread turns with buttress finish and thick threads, a 1 thread turn with non-continuous thread having a lug finish, and a 1 thread turn having a tail dimension.

7. The fluid pressurization and dispensing system of claim 1, wherein the attachment means for releasably attaching the coupler to the vessel for securing a vacuum seal between the coupler and the vessel is one or more of the following:

a threaded opening, a ferromagnetic opening, a snap fit opening, and an insertable opening.

8. The fluid pressurization and dispensing system of claim 1, further comprising an adaptor including a unitary attachment member, wherein the adaptor includes attachment means having a first attachment end having a first attachment opening and a second attachment end having a second attachment opening, wherein the first attachment opening is adapted for operatively connecting to the coupler and the second attachment opening is adapted for operatively connecting to any one of a standard commercially available vessel for containing a fluid under pressure.

9. The fluid pressurization and dispensing system of claim 8, wherein the adaptor includes an attachment means for releasably attaching the coupler to the vessel comprises one or more of the following:

a threaded opening, a ferromagnetic opening, a snap fit opening, and insertable opening.

10. The fluid pressurization and dispensing system of claim 1, wherein the inner sole of the cap of the coupler is integrally machined with a ferromagnetic material and the circumferential rim of the neck of the vessel is integrally machined with a mateable ferromagnetic material adapted and operable for enabling the coupler for releasably attaching to the vessel and maintaining a vacuum seal between the coupler and the vessel.

11. The fluid pressurization and dispensing system of claim 1, wherein the upper gas flow channel is v-shape and passes through the tap head of the coupler, and lower gas flow channel is an inverted L-shape and passes through the tap head, the shank, and the cap of the coupler.

12. The fluid pressurization and dispensing system of claim 1, wherein the fluid delivery channel is an inverted L-shape, wherein the fluid delivery inlet runner defines a vertical portion of the inverted L-shape passing from the bore hole therethrough a centroidal portion of the cap, the shank, and the tap head, and the fluid delivery outlet runner defines a horizontal portion of the inverted L-shape passing through a central portion of the tap head along the x-axis and terminating at the nozzle opening.

13. The fluid pressurization and dispensing system of claim 1, wherein the fluid delivery outlet runner is a converging-diverging channel, the converging-diverging channel adapted and operable for regulating the transmission of the flow of the fluid during dispensing of the fluid externally from within the vessel.

14. The fluid pressurization and dispensing system of claim 1, wherein the fluid delivery outlet runner is a horizontal venturi flow meter adapted and operable for regulating the transmission of the fluid externally from within the vessel.

15. The fluid pressurization and dispensing system of claim 1, wherein the delivery outlet runner is tapered configured and operable for regulating the transmission of the fluid externally from within the vessel.

16. The fluid pressurization and dispensing system of claim 1, wherein the gas pressure regulator further comprises a first o-ring provided at the base end of a disc of the gas pressure regulator, a second o-ring provided at a lip of the disc, and a non-porous membrane disposed transversely between a bonnet of the gas pressure regulator and the disc, are adapted and operable for providing a leak-proof barrier to the gas pressure chamber for sealing against any back-flow of the gas composition.

17. The fluid pressurization and dispensing system of claim 16, wherein the non-porous membrane is preferably manufactured with nitrile rubber.

18. The fluid pressurization and dispensing system of claim 1, wherein the coupler comprises at least two gas injection apertures integrally machined within the tap head adapted and operable for simultaneous releasably attaching of two individual pressurized gas composition cartridges to the coupler.

19. The fluid pressurization and dispensing system of claim 1, wherein the pressurized gas composition cartridge comprises a pre-pressurized CO2 gas composition cartridge that is refillable.

20. The fluid pressurization and dispensing system of claim 1, wherein the pressurized gas composition cartridge comprises one or more of the following:

a disposable pre-pressurized N₂ and CO₂ blend gas composition cartridge, a disposable pre-pressurized N₂ gas composition cartridge, a disposable pre-pressurized CO₂ gas composition cartridge, a disposable pre-pressurized argon gas composition cartridge.

21. The fluid pressurization and dispensing system of claim 1, wherein the pressurized gas composition cartridge comprises one or more of the following:

a refillable pre-pressurized 70% N₂ and 30% CO₂ blend gas composition cartridge, a refillable pre-pressurized 75% N₂ and 25% CO₂ blend gas composition cartridge.

22. The fluid pressurization and dispensing system of claim 1, wherein the gas injection aperture is compatible with pre-pressurized gas compositions cartridges including one or more of the following:

6 grams, 8 grams, 12 grams, 16 grams, 25 grams, and 33 grams.

23. The fluid pressurization and dispensing system of claim 1, wherein the gas injection aperture includes an integrally machined threaded male opening adapted and operable for releasably attaching a threaded female opening of a pre-pressurized gas composition cartridge.

24. The fluid pressurization and dispensing system of claim 1, wherein the gas injection aperture includes an integrally machined threaded female opening adapted and operable for releasably attaching a threaded male opening of a pre-pressurized gas composition cartridge.

25. The fluid pressurization and dispensing system of claim 1, wherein the coupler includes two gas injection apertures integrally machined within the coupler for enabling releasably attaching simultaneously a first pre-pressurized gas composition cartridge having a female attachment means and releasably attaching a second pre-pressurized gas composition cartridge having a male attachment means adapted for enabling transmission of a blended flow of gas composition into the vessel.

26. The fluid pressurization and dispensing system of claim 1, wherein the faucet is a faucet selected from the group comprising of, a standard, a ventless with shaft, a ventless without shaft, a nitro-faucet, and a spring loaded cam-actuated, and a roto-faucet.

27. The fluid pressurization and dispensing system of claim 1, wherein the faucet includes a faucet adaptor adapted for releasably attaching a European beer faucet.

28. The fluid pressurization and dispensing system of claim 1, wherein the faucet includes a faucet adaptor adapted for releasably attaching a flow control faucet.

29. The fluid pressurization and dispensing system of claim 1, wherein the faucet is a stout faucet comprising a removable restrictor plate adapted and operable for regulating the flow of the fluid through the faucet.

30. The fluid pressurization and dispensing system of claim 1, wherein the fluid contained within the vessel comprises a fluid selected from the group comprising of:

a pressurized liquid beverage, a carbonated liquid beverage, a non-carbonated liquid beverage, and a nitrogenated liquid beverage.

31. The fluid pressurization and dispensing system of claim 1, wherein the fluid contained within the vessel comprises a gas.

32. The fluid pressurization and dispensing system of claim 1, wherein the vessel comprises a 1 gallon vessel capable of being pre-pressurized.

33. The fluid pressurization and dispensing system of claim 1, wherein the vessel comprises a 2 gallon vessel capable of being pre-pressurized.

34. The fluid pressurization and dispensing system of claim 1, wherein the vessel is a beer vessel capable of being pre-pressurized.

35. The fluid pressurization and dispensing system of claim 1, wherein the vessel is a wine vessel capable of being pre-pressurized.

36. The fluid pressurization and dispensing system of claim 1, wherein the vessel is a soda vessel capable of being pre-pressurized.

37. The fluid pressurization and dispensing system of claim 1, wherein the vessel further includes a chime permanently mounted to the shoulder portion of the vessel, the chime including a bottom handle ring having a circumference C¹ and a top handle ring having a circumference C² which is greater than the circumference C¹ of the bottom handle ring, the bottom handle ring joined to the top handle ring via a plurality of rigid spokes outwardly extending from the bottom handle ring to the top handle ring, each rigid spoke having an equal height h³ and equally spaced separate and apart from each other a base length b₁ measured along the bottom handle ring and a base length b₂ measured along the top handle ring such that a plurality of handle spaces are formed having generally a trapezoid shape adapted and operable for facilitating hand holds.

38. The fluid pressurization and dispensing system of claim 37, wherein the top handle ring further includes a at least one curve along an edge of the top handle ring for conforming in shape to a fluid receptacle to be supported in contacting relation therealong when the fluid is dispensed from the faucet into the fluid receptacle.

39. The fluid pressurization and dispensing system of claim 1, wherein the coupler is manufactured from a food-grade material comprising stainless steel.

40. The fluid pressurization and dispensing system of claim 1, wherein the vessel is manufactured from a food-grade material comprising stainless steel.

41. The fluid pressurization and dispensing system of claim 1, wherein the fluid delivery tube is manufactured from a food-grade tubing material selected from the group comprising of:

a polyethylene tubing, a barrier tubing, a polymer tubing, and a stainless steel tubing.

42. The fluid pressurization and dispensing system of claim 1, wherein the gas pressure relief valve is a Belleville type spring including a Belleville spring washer held by an elastomeric hinge and operable to automatically open once a predetermined gas pressure is achieved.

43. The fluid pressurization and dispensing system of claim 1, wherein the gas pressure relief valve comprises an elastomeric duckbill valve.

44. The fluid pressurization and dispensing system of claim 1, wherein the gas pressure relief valve comprises an umbrella valve.

45. The fluid pressurization and dispensing system of claim 1, wherein the gas pressure relief valve comprises a duckbill/umbrella combination valve.

46. The fluid pressurization and dispensing system of claim 1, wherein the gas pressure relief valve is adapted to maintain an internal pressure within the vessel within a pre-determined range of about 7 psi-60 psi.

47. The fluid pressurization and dispensing system of claim 1, wherein the gas pressure relief valve is adapted to maintain an internal pressure within the vessel within a pre-determined range of about 16 psi-60 psi.

48. The fluid pressurization and dispensing system of claim 1, wherein the plug includes the plug finish having integrally machined exterior threads mateable with integrally machined interior threads of the neck finish of the neck adapted for releasably attaching the coupler to the vessel.

49. The fluid pressurization and dispensing system of claim 1, wherein the coupler includes plug finish having integrally machined interior threads which are mateable with integrally machined exterior threads of the neck finish of the neck for enabling releasably attaching the coupler to the vessel.

50. The fluid pressurization and dispensing system of claim 1, wherein the plug of the coupler includes a non-threaded plug finish mateable with a non-threaded neck finish of the neck of the vessel for enabling releasably attaching the coupler to the vessel.

51. The fluid pressurization and dispensing system of claim 1, wherein the coupler is portable and transferable for use with a plurality of conventional vessels for containing liquid beverages, wherein the coupler includes an attachment means for enabling releasably attaching to a plurality of conventional vessels.

52. The fluid pressurization and dispensing system of claim 1, wherein the gas pressure regulator is self-regulating.

53. The fluid pressurization and dispensing system of claim 1, wherein the gas pressure regulator is manually regulated by the user.

54. The fluid pressurization and dispensing system of claim 1, wherein the faucet includes indicia provided thereon for identifying the fluid contained within the vessel.

55. The liquid dispensing system of claim 1, wherein the pressurized gas cartridges are color coded such that a designated color identifies a type of fluid contained within the vessel.

56. The fluid pressurization and dispensing system of claim 1, wherein the pressurized gas cartridge includes a flavor to be implemented into the fluid contained within the vessel.

57. The fluid pressurization and dispensing system of claim 1, wherein the pressurized gas cartridge provides a pre-pressurized gas composition to clean out the plurality of channels machined within the coupler and the interior of the vessel.

58. A fluid pressurization and dispensing system, comprising:

a coupler having a rigid single body unit having generally a “

T”

shape, wherein the coupler includes a bi-level tap head, a shank, and a cap which are contiguous thereof the coupler, the coupler having an exterior surface which surrounds an interior portion which is solid, wherein the interior portion includes a plurality of channels each integrally machined within the interior portion each having a hollow tubular configuration extending therethrough the interior portion to a portion of the exterior surface, the coupler adapted and operable for releasably attaching to a vessel through an attachment means for enabling securing a vacuum seal between the coupler and the vessel for maintaining pressure within a vessel and dispensing of a fluid contents externally from within the vessel;

a mass with a surface density;

a y-axis, an x-axis, a centroidal axis;

the bi-level tap head defines an upper horizontal bi-cylindrical portion of the coupler including a first level tap head and a second level tap head;

wherein the first level tap head being arranged along the x-axis of the coupler oriented towards a left side of the centroidal axis includes a first level anterior end having a first level anterior opening and a first level posterior end having a first level posterior opening, and the second level tap head being arranged along the x-axis of the coupler orientated towards a right side of the centroidal axis includes a second level anterior end having a second level anterior opening and a second level posterior end having a second level posterior closed end, wherein the second level posterior closed end of the second level tap head is arranged subordinate to the first level anterior end of the first level tap head;

the shank defines a vertical cylindrical waist portion of the coupler, the shank including a proximal end and a distal end having a length L² therebetween and a cross-diameter (CD²), the proximal end extending axially towards the posterior closed end of the second level tap head and the distal end extending axially towards the cap along the centroidal-axis;

the cap defines a lower dome portion of the coupler, the cap including a crown defining a top portion of the cap, an outer sole defining a flat annular outer margin of the cap, a skirt defining a circumferential periphery of the cap between the crown and the outer sole, an inner sole defining a flat annular inner margin of the cap, wherein the inner sole includes a plurality of ports including at least one gas inlet port integrally machined therein, a bore hole circumvented by a hose barb centrally disposed within the inner sole, a plug includes a plug opening circumvented by a rigid cylindrical sidewall having a plug finish having an exterior side coaxial with an interior side projecting a length L³ from between the outer sole and the inner sole of the cap and having a cross-diameter (CD³);

a seat integrally machined within the tap head extending from the posterior opening, the seat adapted and operative for releasably attaching a gas pressure regulator via an attachment means, the gas pressure regulator including a gas pressure regulator valve and a gas pressure regulator chamber, and a fistula having an orifice;

a capsule integrally machined within the first level tap head extending from the first level anterior opening, the capsule adapted for retaining a pressurized gas composition cartridge being arranged abutting the gas pressure regulator, wherein the fistula is adapted and operable for puncturing the pressurized gas composition cartridge removably attached thereon such that a flow of gas composition is released passing through the orifice and into the gas pressure regulator chamber;

a first channel of the plurality of channels is a gas flow channel integrally machined within the interior portion of the coupler, the gas flow channel initiates from the gas pressure chamber terminating at the gas inlet port for enabling transmission of the flow of gas composition from the gas pressure regulator chamber and into the vessel;

a rotary actuator operatively releasably attached to the gas pressure regulator via an attachment means for enabling regulation of the flow of gas composition through the gas pressure regulator chamber and into the gas flow channel for selectively dispensing a predetermined volume of gas composition pressure from the gas composition cartridge into the vessel for maintaining a regulated pressure within the vessel;

a gas pressure aperture having threads integrally machined within a forward portion of the cap adapted and operable for releasably threadably attaching a gas pressure gauge via an attachment means;

a second channel of the plurality of channels is a gas pressure channel integrally machined within the cap extending from a caudal end of the gas pressure aperture to a gas pressure gauge port integrally machined within the inner sole of the cap, wherein the gas pressure channel is adapted for enabling transmission of a gas pressure from within the vessel through the gas pressure gauge port and through the gas pressure channel for measuring by the gas pressure gauge;

a gas pressure relief valve aperture having threads integrally machined within a rearward portion of the cap adapted and operable for releasably attaching a gas pressure relief valve via an attachment means for enabling one-directional release of a gas composition externally from within the vessel, wherein an activation component operatively attached to the gas pressure relief valve is activated upon exceeding a predetermined gas pressure level within the vessel;

a third channel of the plurality of channels is a gas pressure relief valve channel integrally machined within the cap extending from a base end of the gas pressure relief valve aperture to a gas pressure relief port integrally machined within the inner sole of the cap, wherein the gas pressure relief valve channel is adapted for enabling transmission of the one-directional release of gas composition externally from within the vessel through the gas pressure relief port through the gas pressure relief valve channel and through the gas pressure relief valve;

a fourth channel of the plurality of channels is a fluid delivery channel integrally machined within the coupler having a right angle bend, the fluid delivery channel having a primary opening and a terminal opening, the primary opening commensurate with the bore hole centrally disposed within the cap, and the terminal opening commensurate with the second level anterior opening of the second level tap head, the fluid delivery channel includes a fluid delivery inlet runner fluidly communicable to a fluid delivery outlet runner adapted and operable for the transmission of a flow of the fluid from within the vessel and upstream to a nozzle;

a fluid delivery tube adapted for enabling transmission of the fluid contained from within the vessel to the fluid delivery channel, wherein the fluid delivery tube includes a first end and a second end having a length L⁴ therebetween and a cross-diameter (CD⁴), wherein the first end having a first opening is operatively connected to the hose barb, and the second end having a second opening is provided immersed therein the fluid contained within the vessel;

a carbonation port integrally machined within the inner sole of the cap;

a faucet operatively connected to the second level anterior opening via an attachment means, wherein the faucet is adapted for receiving the fluid contents from the fluid delivery channel and adapted for dispensing the fluid contents externally from within the vessel; and

the vessel includes a single unitary body including a bottom and peripheral double-side walls surrounding an interior having a cavity operable to contain a fluid therein under pressure, a neck defining upstanding side walls proud of a shoulder portion of the vessel having a length L⁵ including a neck opening defined by a circumferential rim having a cross-diameter (CD⁵), wherein the neck includes a neck finish which is mateable with the plug finish of the coupler adapted for enabling releasably attaching the vessel to the coupler.

59. The fluid pressurization and dispensing system of claim 58, wherein the attachment means for releasably attaching the coupler to the vessel is one or more of the following:

a threaded opening, a ferromagnetic opening, a snap fit opening, an insertable opening.

60. The fluid pressurization and dispensing system of claim 58, wherein the fluid contained in the vessel is a pre-carbonized liquid beverage.

61. The fluid pressurization and dispensing system of claim 58, wherein the fluid contained in the interior of the vessel comprises a pre-nitrogenated liquid beverage.

62. The fluid pressurization and dispensing system of claim 58, wherein the fluid contained in the vessel is a non-carbonated liquid beverage.

63. The fluid pressurization and dispensing system of claim 58, wherein the pressurized gas composition cartridge comprises a pre-pressurized CO2 gas composition cartridge that is refillable.

64. The fluid pressurization and dispensing system of claim 58, wherein the pressurized gas composition cartridge comprises one or more of the following:

a disposable pre-pressurized N₂ and CO₂ gas composition cartridge, a disposable pre-pressurized N₂ gas composition cartridge, a disposable pre-pressurized CO₂ gas composition cartridge, a disposable pre-pressurized argon cartridge.

65. The fluid pressurization and dispensing system of claim 58, wherein the pressurized gas composition cartridge comprises one or more of the following:

a refillable pre-pressurized 70% N₂ and 30% CO₂ blend gas composition cartridge, a refillable pre-pressurized 75% N₂ and 25% CO₂ blend gas composition cartridge.

66. The fluid pressurization and dispensing system of claim 58, wherein the gas injection aperture is a pre-pressurized gas compositions cartridges including one or more of the following:

6 grams, 8 grams, 12 grams, 16 grams, 25 grams, and 33 grams.

67. The fluid pressurization and dispensing system of claim 58, wherein the faucet comprises a faucet selected from the group comprising of, a standard, a ventless with shaft, a ventless without shaft, a nitro-faucet, a spring loaded cam-actuated, and a roto-faucet.

68. The fluid pressurization and dispensing system of claim 58, wherein the faucet includes a faucet adaptor adapted for releasably attaching a European beer faucet.

69. The fluid pressurization and dispensing system of claim 58, wherein the faucet includes a faucet adaptor adapted for releasably attaching a flow control faucet.

70. The fluid pressurization and dispensing system of claim 58, wherein the faucet is a stout faucet comprising a removable restrictor plate having pores and operable to regulate the flow of a fluid through the faucet.

71. The fluid pressurization and dispensing system of claim 58, wherein the vessel comprises a 1 gallon vessel capable of being pre-pressurized.

72. The fluid pressurization and dispensing system of claim 58, wherein the vessel comprises a 2 gallon vessel capable of being pre-pressurized.

73. The fluid pressurization and dispensing system of claim 58, wherein the vessel further includes a chime permanently mounted to the shoulder portion of the vessel, the chime including a bottom handle ring having a circumference C¹ and a top handle ring having a circumference C² which is greater than the circumference C¹ of the bottom handle ring, the bottom handle ring joined to the top handle ring via a plurality of rigid spokes outwardly extending from the bottom handle ring to the top handle ring, each rigid spoke having an equal height h³ and equally spaced separate and apart from each other a base length b₁ measured along the bottom handle ring and a base b₂ measured along the top handle ring such that a plurality of handle spaces are formed having generally a trapezoid shape adapted and operable for facilitating hand holds.

74. The fluid pressurization and dispensing system of claim 73, wherein the top handle ring further includes a at least one curve along an edge of the top handle ring for conforming in shape to a receptacle to be supported in contacting relation therealong when the fluid is dispensed from the faucet into the receptacle.

75. The fluid pressurization and dispensing system of claim 58, wherein the fluid delivery tubing is manufactured from a food-grade tubing material selected from the group comprising of:

a polyethylene tubing, a barrier tubing, a polymer tubing, a stainless steel tubing.

76. The fluid pressurization and dispensing system of claim 58, further comprising an adaptor including a unitary attachment member, wherein the adaptor includes attachment means having a first attachment end having a first attachment opening and a second attachment end having a second attachment opening, wherein the first attachment opening is adapted for operatively connecting to the coupler and the second attachment opening is adapted for operatively connecting to any one of a standard commercially available vessel for containing a fluid under pressure.

77. The fluid pressurization and dispensing system of claim 76, wherein the adaptor includes an attachment means for releasably attaching the coupler to the vessel comprises one or more of the following:

a threaded opening, a ferromagnetic opening, a snap fit opening, and insertable opening.

78. The fluid pressurization and dispensing system of claim 58, wherein the inner sole of the cap of the coupler is integrally machined with a ferromagnetic material and the rim of the neck of the vessel is integrally machined with a mateable ferromagnetic material adapted and operable for enabling the coupler for releasably attaching to the vessel and maintaining a vacuum seal between the coupler and the vessel.

79. The fluid pressurization and dispensing system of claim 58, wherein the coupler is portable and transferable for use with a plurality of conventional vessels for containing fluids under pressure.

80. The fluid pressurization and dispensing system of claim 58, wherein the faucet includes indicia provided thereon identifying the fluid contained within the vessel.

81. The fluid pressurization and dispensing system of claim 58, wherein the pre-pressurized gas composition cartridges are color coded such that a designated color identifies a type of fluid contained within the vessel.

82. The fluid pressurization and dispensing system of claim 58, wherein the pressurized gas cartridge includes a flavor to be implemented into the fluid.

83. The fluid pressurization and dispensing system of claim 58, wherein the gas pressure relief valve is configured to maintain an internal pressure within the vessel within a pre-determined range of 7 psi-60 psi.

84. The fluid pressurization and dispensing system of claim 58, wherein the gas pressure relief valve is configured to maintain an internal pressure within the vessel within a pre-determined range of 16 psi-60 psi.

85. The fluid pressurization and dispensing system of claim 58, wherein the gas pressure relief valve is Belleville type spring including a Belleville spring washer held by an elastomeric hinge and operable to open once a predetermined gas pressure is achieved.

86. The fluid pressurization and dispensing system of claim 58, wherein the gas pressure relief valve comprises an elastomeric duckbill valve.

87. The fluid pressurization and dispensing system of claim 58, wherein the gas pressure relief valve comprises a duckbill/umbrella combination valve.

88. The fluid pressurization and dispensing system of claim 58, wherein the gas pressure relief valve comprises an umbrella valve.

89. The fluid pressurization and dispensing system of claim 58, wherein the coupler is manufactured from a food-grade material comprising stainless steel.

90. The fluid pressurization and dispensing system of claim 58, wherein the vessel is manufactured from a food-grade material comprising stainless steel.

91. A fluid pressurization and dispensing system comprising:

a coupler including a rigid unitary body having an exterior surface surrounding a solid interior portion wherein a plurality of channels are integrally machined within, wherein the coupler is operably connected to a vessel through an attachment means for securing a vacuum seal between the coupler and the vessel for enabling maintaining a pressure within the vessel and for dispensing of a fluid contents externally from within the vessel;

an x-axis, a y-axis, a centroidal axis;

the coupler having generally a T-shape further comprising a tap head which defines an upper horizontal cylindrical portion of the coupler, a cap which defines a lower dome portion of the coupler, a shank which defines a vertical cylindrical waist portion of the coupler is arranged being orientated vertically between the tap head and the cap, wherein the tap head, the shank and the cap are contiguous thereof the coupler;

wherein the cap includes a crown defining a top portion of the cap, an outer sole defining a flat annular outer margin of the cap, a skirt defining a circumferential periphery of the cap between the crown and the outer sole, an inner sole defining a flat annular inner margin of the cap, wherein the inner sole includes a plurality of ports including a at least one gas inlet port and a at least one carbonation port integrally machined within the inner sole, a bore hole circumvented by a hose barb centrally disposed within the inner sole, a plug includes a plug opening circumvented by a rigid cylindrical sidewall having an exterior side coaxial with an interior side projecting from between the outer sole and the inner sole of the cap;

a posterior opening integrally machined within a posterior end of the tap head;

an anterior opening integrally machined within an anterior end of the tap head;

a faucet operatively connected to the anterior opening of the tap head via an attachment means is adapted for enabling receiving the fluid contents from within the vessel and adapted for dispensing the fluid externally from the interior vessel;

a gas injection aperture integrally machined within the tap head,

wherein the gas injection aperture includes a fistula having an orifice, the fistula adapted and operable for puncturing a pressurized gas composition cartridge removably operatively connected thereon such that a flow of gas composition is released passing through the orifice;

a seat integrally machined within the tap head extending from the posterior opening, the seat adapted and operative for seating a gas pressure regulator via an attachment means, wherein the gas pressure regulator including a gas pressure regulator valve and a gas pressure regulator chamber is adapted and operable for regulating the flow of gas composition from the pressurized gas composition cartridge through the gas pressure chamber and into the vessel;

a first of the plurality of channels is a gas flow channel integrally machined within the interior portion of the coupler, the gas flow channel includes an upper gas flow channel, and a lower gas flow channel terminating at a gas inlet port integrally machined within the inner sole of the cap, wherein the upper gas flow channel is operatively fluidly communicable to the pressurized gas composition cartridge for enabling transmission of the flow of gas composition from the pressurized gas composition cartridge through the upper gas flow channel and into the gas pressure regulator chamber, and the lower gas flow channel operatively fluidly communicable to the gas pressure regulator chamber for enabling transmission of the flow of gas composition from the gas pressure regulator chamber through the lower gas flow channel through the gas inlet port and into the vessel;

a rotary actuator operatively releasably attached to the gas pressure regulator via an attachment means for enabling manual regulation by a user of the flow of gas composition from the upper gas flow channel through the gas pressure regulator chamber and into the lower gas flow channel for selectively dispensing a predetermined volume of gas composition pressure into the vessel for maintaining a regulated pressure within the vessel;

a gas pressure aperture integrally machined within the cap adapted and operable for releasably attaching a gas pressure gauge via an attachment means;

a second channel of the plurality of channels is a gas pressure channel integrally machined within the cap extending from the gas pressure aperture to a gas pressure gauge port integrally machined within the inner sole of the cap, wherein the gas pressure channel is adapted for enabling transmission of a gas pressure from within the vessel through the gas pressure gauge port and through the gas pressure channel for measuring by the gas pressure gauge;

a gas pressure relief valve aperture integrally machined within a the cap adapted and operable for releasably attaching a gas pressure relief valve via an attachment means for enabling one-directional release of a gas composition externally from within the vessel, wherein an activation component operatively attached to the gas pressure relief valve is activated upon exceeding a predetermined gas pressure level within the vessel;

a third of the plurality of channels is a gas pressure relief valve channel integrally machined within the cap extending from the gas pressure relief valve aperture to a gas pressure relief port integrally machined within the inner sole of the cap, wherein the gas pressure relief valve channel is adapted for enabling transmission of the one-directional release of gas composition externally from within the vessel through the gas pressure relief port through the gas pressure relief valve channel and through the gas pressure relief valve;

a fourth of the plurality of channels is a fluid delivery channel integrally machined within the coupler, the fluid delivery channel having a primary opening and a terminal opening, the primary opening commensurate with the bore hole centrally disposed within the cap, and the terminal opening commensurate with the anterior opening of the tap head, the fluid delivery channel includes a fluid delivery inlet runner fluidly communicable to a fluid delivery outlet runner adapted and operable for directing transmission of the fluid contained within the vessel upstream to the faucet; and

a fluid delivery tube having a first end having a first opening operatively connected to the hose barb circumventing the bore hole and a second end having a second opening provided immersed within the fluid contained within the vessel for enabling delivery of the fluid contained within the vessel therethrough to the fluid delivery channel.

92. The fluid pressurization and dispensing system of claim 91, wherein the vessel further comprises:

a unitary body capable of being pre-pressurized including double-walled sidewalls terminating at a concave base having an interior cavity operable to maintain a fluid therein under pressure;

a neck having upstanding side walls proud of a shoulder portion of the vessel having an opening defined by a circumferential rim, wherein the neck opening is fluidly communicable to the plurality of ports including the at least one gas inlet port integrally machined within the inner sole when the coupler is releasably attached to the vessel under the vacuum seal; and

a chime permanently mounted to the shoulder portion of the vessel, the chime including a bottom handle ring having a circumference C¹ and a top handle ring having a circumference C² which is greater than the circumference C¹ of the bottom handle ring, a plurality of rigid spokes extending outwardly from the bottom handle ring to join the bottom handle ring to the top handle ring forming handle holds, wherein the chime is adapted for facilitating handle holds for enabling a user to transport the fluid pressurization and dispensing system.

93. The fluid pressurization and dispensing system of claim 92, wherein the top handle ring further includes a at least one curve along an edge of the top handle to conform in shape to a liquid receptacle to be supported in contacting relation therealong when the fluid is dispensed from the faucet into the liquid receptacle.

94. The fluid pressurization and dispensing system of claim 91, wherein the attachment means for releasably attaching the coupler to the vessel comprises one or more of the following:

a threaded opening, a ferromagnetic opening, or a snap fit opening.

95. The fluid pressurization and dispensing system of claim 94, wherein the ferromagnetic opening is a magnet.

96. The fluid pressurization and dispensing system of claim 91, wherein the attachment means for releasably attaching the coupler to the vessel comprises a threaded opening having a threaded finish, the threaded finish comprising one or more of the following:

a 1 thread turn, a 1.5 thread turn, a 2 thread turn having a tail dimension, a 2 thread turns with narrow threads, a 2 thread turns with buttress finish and thick threads, a 1 thread turn with non-continuous thread having a lug finish, a 1 thread turn having a tail dimension.

97. The fluid pressurization and dispensing system of claim 91, wherein the vessel comprises a 1 gallon vessel capable of being pre-pressurized.

98. The fluid pressurization and dispensing system of claim 91, wherein the vessel comprises a 2 gallon vessel capable of being pre-pressurized.

99. The fluid pressurization and dispensing system of claim 91, wherein the coupler is manufactured with food-grade material comprising stainless steel.

100. The fluid pressurization and dispensing system of claim 91, wherein the vessel is manufactured with food-grade material comprising stainless steel.

101. The fluid pressurization and dispensing system of claim 91, wherein the vessel is a wine vessel capable of being pre-pressurized.

102. The fluid pressurization and dispensing system of claim 91, wherein the gas pressure relief valve is a Belleville type spring including a Belleville spring washer held by an elastomeric hinge and operable to automatically open once a predetermined gas pressure is achieved, where a tail includes indicia indicating a volume of gas composition.

103. The fluid pressurization and dispensing system of claim 91, wherein the gas pressure relief valve is configured to maintain an internal pressure within the vessel within a pre-determined range of 7 psi-60 psi.

104. The fluid pressurization and dispensing system of claim 91, wherein the gas pressure relief valve is configured to maintain an internal pressure within the vessel within a pre-determined range of 16 psi-60 psi.

105. The fluid pressurization and dispensing system of claim 91, wherein the pressurized gas composition cartridge comprises one or more of the following:

a disposable pre-pressurized N₂ and CO₂ gas composition cartridge, a disposable pre-pressurized N₂ gas composition cartridge, a disposable pre-pressurized CO₂ gas composition cartridge, a disposable pre-pressurized argon cartridge.

106. The fluid pressurization and dispensing system of claim 91, wherein the pressurized gas composition cartridge comprises one or more of the following:

a refillable pre-pressurized N₂ and CO₂ gas composition cartridge, a refillable pre-pressurized N₂ gas composition cartridge, a refillable pre-pressurized CO₂ gas composition cartridge, a refillable pre-pressurized argon gas composition cartridge.

107. The fluid pressurization and dispensing system of claim 91, further comprising a plurality of perforations integrally machined within the inner sole of the cap, wherein each of the plurality of perforations includes a pore opening fluidly communicative with the interior of the vessel adapted and operable for enabling an increased transmission of the flow of gas composition from the lower gas flow channel into the interior of the vessel by means of simultaneous purging of the flow of gas composition through the plurality of perforations into the vessel.

108. The fluid pressurization and dispensing system of claim 91, wherein the carbonation port is integrally machined within the inner sole of the cap, the carbonation port is operatively communicable with the pressurized gas composition cartridge and the interior of the vessel, wherein the carbonation port is operatively connected to a carbonation tube for enabling carbonation of a liquid contained in the vessel.

109. The fluid pressurization and dispensing system of claim 91, wherein the fluid contained in the interior of the vessel comprises one of the following:

beer, wine, soda, seltzer, water.

110. The fluid pressurization and dispensing system of claim 91, wherein the faucet comprises a faucet selected from the group comprising of, a standard, a ventless with shaft, a ventless without shaft, a nitro-faucet, a spring loaded cam-actuated, and a roto-faucet.

111. The fluid pressurization and dispensing system of claim 91, wherein the faucet includes a faucet adaptor adapted for releasably attaching a European beer faucet.

112. The fluid pressurization and dispensing system of claim 91, wherein the faucet includes a faucet adaptor adapted for releasably attaching a flow control faucet.

113. The fluid pressurization and dispensing system of claim 91, wherein the faucet is a stout faucet comprising a removable restrictor plate and operable to regulate the flow of a fluid through the faucet.

114. The fluid pressurization and dispensing system of claim 91, further comprising an adaptor including a unitary attachment member, wherein the adaptor includes attachment means having a first attachment end having a first attachment opening and a second attachment end having a second attachment opening, wherein the first attachment opening is adapted for operatively connecting to the coupler and the second attachment opening is adapted for operatively connecting to any one of a standard commercially available vessel for containing a fluid under pressure.

115. The fluid pressurization and dispensing system of claim 114, wherein the adaptor includes an attachment means for releasably attaching the coupler to the vessel comprises one or more of the following:

a threaded opening, a ferromagnetic opening, a snap fit opening, and insertable opening.

116. A kit comprising:

a at least one fluid pressurization and dispensing system, the fluid pressurization and dispensing system, comprising;

a at least one coupler adapted and operable for releasably attaching to a vessel through an attachment means for securing a vacuum seal for enabling maintaining a pressure within a vessel and enabling dispensing of a fluid externally from with the vessel;

wherein the coupler having a rigid single body unit having generally a “

T”

shape, includes a tap head, a shank, and a cap which are contiguous thereof the coupler, the coupler having an exterior surface which surrounds an interior portion which is substantially solid, wherein the interior portion includes a plurality of channels each integrally machined within the interior portion each having a hollow tubular configuration extending therethrough the interior portion to a portion of the exterior surface;

a mass with a surface density;

a y-axis, an x-axis, a centroidal axis;

wherein the tap head defines an upper horizontal cylindrical portion of the coupler, the tap head including an anterior end and a posterior end having a length L¹ extending laterally along the x-axis therebetween, a ventral side and a dorsal side having a cross-diameter (CD¹), the anterior end having an anterior opening and the posterior end having a posterior opening;

wherein the shank defines a vertical cylindrical waist portion of the coupler, the shank including a proximal end and a distal end having a length L² therebetween and a cross-diameter (CD²), the proximal end extending axially towards the ventral side of the tap head and the distal end extending axially towards the cap along the centroidal-axis;

wherein the cap defines a lower dome portion of the coupler, the cap including a crown defining a top portion of the cap, an outer sole defining a flat annular outer margin of the cap, a skirt defining a circumferential periphery of the cap between the crown and the outer sole, an inner sole defining a flat annular inner margin of the cap, wherein the inner sole includes a plurality of ports including at least one gas inlet port integrally machined therein, a bore hole circumvented by a hose barb centrally disposed within the inner sole, a plug includes a plug opening circumvented by a rigid cylindrical sidewall having a plug finish having an exterior side coaxial with an interior side projecting a length L³ from between the outer sole and the inner sole of the cap and having a cross-diameter (CD³);

a gas injection aperture having threads integrally machined within the dorsal side of the tap head, wherein the gas injection aperture includes a fistula having an orifice, the fistula adapted and operable for puncturing a pressurized gas composition cartridge releasably threadably attached thereon such that a flow of gas composition is released passing through the orifice;

a seat integrally machined within the tap head extending from the posterior opening, the seat adapted and operative for releasably attaching a gas pressure regulator via an attachment means, the gas pressure regulator including a gas pressure regulator valve and a gas pressure regulator chamber and operable for regulating the flow of gas composition;

a first channel of the plurality of channels is a gas flow channel integrally machined within the interior portion of the coupler, the gas flow channel includes an upper gas flow channel having a first bend, and a lower gas flow channel having a second bend, wherein the upper gas flow channel is operatively fluidly communicable to the orifice of the gas injection aperture for enabling transmission of the flow of gas composition from the pressurized gas composition cartridge through the upper gas flow channel and into the gas pressure regulator chamber, and the lower gas flow channel is operatively fluidly communicable to the gas pressure regulator chamber for enabling transmission of the flow of gas composition from the gas pressure regulator chamber through the lower gas flow channel through the gas inlet port and into the vessel;

a rotary actuator operatively releasably attached to the gas pressure regulator via an attachment means for enabling regulation of the flow of gas composition from the upper gas flow channel through the gas pressure regulator chamber and into the lower gas flow channel for selectively dispensing a predetermined volume of gas composition pressure into the vessel for maintaining a regulated pressure within the vessel;

a gas pressure aperture having threads integrally machined within a forward portion of the cap adapted and operable for releasably threadably attaching a at least one gas pressure gauge via an attachment means;

a second channel of the plurality of channels is a gas pressure channel integrally machined within the cap extending from a caudal end of the gas pressure aperture to a gas pressure port integrally machined within the inner sole of the cap, wherein the gas pressure channel is adapted for enabling transmission of a gas pressure from within the vessel through the gas pressure port and through the gas pressure channel for measuring by the gas pressure gauge;

a gas pressure relief valve aperture having threads integrally machined within a rearward portion of the cap adapted and operable for releasably attaching a at least one gas pressure relief valve via an attachment means for enabling one-directional release of a gas composition externally from within the vessel, wherein an activation component operatively attached to the gas pressure relief valve is activated upon exceeding a predetermined gas pressure level within the vessel;

a third channel of the plurality of channels is a gas pressure relief valve channel integrally machined within the cap extending from a base end of the gas pressure relief valve aperture to a gas pressure relief port within the inner sole of the cap, wherein the gas pressure relief valve channel is adapted for enabling transmission of the one-directional release of gas composition externally from within the vessel through the gas pressure relief port through the gas pressure relief valve channel and through the gas pressure relief valve;

a fourth channel of the plurality of channels is a fluid delivery channel integrally machined within the coupler having a at least one right angle bend, the fluid delivery channel having a primary opening and a terminal opening, the primary opening commensurate with the bore hole centrally disposed within the cap, and the terminal opening commensurate with the anterior opening of the tap head, the fluid delivery channel includes a fluid delivery inlet runner fluidly communicable to a fluid delivery outlet runner adapted and operable for the transmission of a flow of the fluid from within the vessel and upstream to a nozzle;

a carbonation port integrally machined within the inner sole of the cap;

a fluid delivery tube adapted for enabling transmission of the fluid contained from within the vessel to the fluid delivery channel, wherein the fluid delivery tube includes a first end and a second end having a length L⁴ therebetween and a cross-diameter (CD⁴), wherein the first end having a first opening is operatively connected to the hose barb, and the second end having a second opening is provided immersed therein the fluid contained within the vessel;

a at least one faucet operatively connected to the nozzle via an attachment means, wherein the faucet is adapted for receiving the fluid contents from the fluid delivery channel and adapted for dispensing the fluid contents externally from within the vessel; and

wherein the vessel includes a single unitary body including a bottom and peripheral double-side walls surrounding an interior having a cavity operable to contain fluid therein under pressure, a neck defining upstanding side walls proud of a shoulder portion of the vessel having a length L⁵ including a neck opening defined by a circumferential rim having a cross-diameter (CD⁵), wherein the neck includes a neck finish which is mateable with the plug finish of the coupler adapted for enabling releasably attaching the vessel to the coupler;

a at least one adaptor including a unitary attachment member, the adaptor operatively connected to the coupler at a first attachment end and operatively connected to the vessel at a second attachment end for enabling releasably attaching the coupler to any standard commercially available vessel;

a at least one removable restrictor plate;

a at least one label including indicia identifying the fluid contained in the interior of the vessel; and

at least one instruction sheet for enabling assembly of elements of the fluid pressurization and dispensing system kit, the elements comprising, the coupler, the vessel, the fluid delivery tube, the faucet, the pressurized gas composition cartridge, the gas pressure relief valve, the gas pressure gauge, the restrictor plate, the label, and the adaptor.

117. A kit of claim 116, wherein the kit further comprises:

a plurality of fluid pressurization and dispensing systems;

a plurality of couplers;

a plurality of couplers including a bi-level tap head wherein the coupler includes a capsule for enabling insertion of a gas pressure cartridge;

a plurality of vessels;

a plurality of faucets;

a plurality of fluid delivery tubes;

a plurality of restrictors;

a plurality of pre-pressurized gas composition cartridges;

a plurality of gas pressure relief valves;

a plurality of gas pressure gauges;

a plurality of adaptors;

a plurality of labels including indicia identifying the fluid contained in the interior of the vessel; and

a plurality of instruction sheets for enabling assembly of elements of the fluid pressurization and dispensing system kit, the elements comprising, the coupler, the vessel, the fluid delivery tube, the faucet, the pre-pressurized gas composition cartridge, the gas pressure relief valve, the gas pressure gauge, the restrictor plate, the label, and the adaptor.