CONTAINER ASSEMBLY WITH A BREATHABLE MEMBRANE OXYGENATOR

1 - 25 . (canceled)

26 . A container assembly for aging a liquid, the container assembly comprising:

a container that retains the liquid being aged, the container including a container top, a container bottom, a container side wall that extends between the container top and the container bottom, and a container aperture that extends through the container side wall; and

an oxygenator that is positioned adjacent to the container aperture, the oxygenator including (i) an oxygenator base that is fixedly attached to the container around the container aperture, and (ii) a first oxygenator filter that is attached to the oxygenator base, the first oxygenator filter including a support ring that contacts the oxygenator base, and a porous oxygenator membrane that is coupled to the support ring, the oxygenator membrane allowing oxygen to flow into the container through the oxygenator membrane and the container aperture, and the oxygenator membrane inhibiting the liquid being aged in the container from passing through the oxygenator membrane.

27 . The container assembly of claim 26 wherein the liquid being aged in the container can be added into or removed from the container via the container aperture.

28 . The container assembly of claim 26 wherein the container is made of a material that prevents the flow of oxygen through the container.

29 . The container assembly of claim 26 wherein the oxygenator membrane has a porosity of approximately five percent.

30 . The container assembly of claim 26 wherein the oxygenator membrane has a porosity that allows for the oxygen transfer of between 0.7 to 1.3 milliliters of oxygen per liter of liquid, per month through the oxygenator membrane.

31 . The container assembly of claim 26 wherein the oxygenator further includes an oxygenator receiver flange that is positioned on top of the first oxygenator filter, and an oxygenator clamp that securely holds the oxygenator receiver flange on top of the oxygenator base with the support ring of the first oxygenator filter positioned therebetween.

32 . The container assembly of claim 26 wherein the oxygenator includes a flow control device for controlling the flow of oxygen through the oxygenator membrane.

33 . The container assembly of claim 32 wherein the flow control device includes a cap that covers the oxygenator membrane.

34 . The container assembly of claim 26 wherein the container is positioned so that the oxygenator membrane remains dry during the aging process.

35 . The container assembly of claim 26 further comprising a second oxygenator filter including a second support ring and a second oxygenator membrane, the first oxygenator filter having a first porosity and the second oxygenator filter having a second porosity that is different than the first porosity, and wherein the first oxygenator filter and the second oxygenator filter can be selectively interchanged during the aging process to adjust the air flow rate into the container.

36 . The container assembly of claim 26 wherein the oxygenator is passive.

37 . A method for aging a liquid, the method comprising:

retaining the liquid being aged within a container, including a container top, a container bottom, a container side wall that extends between the container top and the container bottom, and container aperture that extends through the container side wall; and

positioning an oxygenator adjacent to the container aperture, the oxygenator including (i) an oxygenator base that is fixedly attached to the container around the container aperture, and (ii) a first oxygenator filter that is attached to the oxygenator base, the first oxygenator filter including a support ring that contacts the oxygenator base, and a porous oxygenator membrane that is coupled to the support ring, the oxygenator membrane allowing oxygen to flow into the container through the oxygenator membrane and the container aperture, and the oxygenator membrane inhibiting the liquid being aged in the container from passing through the oxygenator membrane.

38 . The method of claim 37 further comprising adding the liquid being aged into the container or removing the liquid being aged from the container via the container aperture.

39 . The method of claim 37 wherein the container is made of a material that prevents the flow of oxygen through the container.

40 . The method of claim 37 wherein the oxygenator membrane has a porosity of approximately five percent.

41 . The method of claim 37 wherein the oxygenator membrane has a porosity that allows for the oxygen transfer of between 0.7 to 1.3 milliliters of oxygen per liter of liquid, per month through the oxygenator membrane.

42 . The method of claim 37 wherein positioning includes the oxygenator further including an oxygenator receiver flange that is positioned on top of the first oxygenator filter, and an oxygenator clamp that securely holds the oxygenator receiver flange on top of the oxygenator base with the support ring of the first oxygenator filter positioned therebetween.

43 . The method of claim 37 further comprising controlling the flow of oxygen through the oxygenator membrane with a flow control device.

44 . The method of claim 37 further comprising positioning the container so that the oxygenator membrane remains dry during the aging process.

45 . The method of claim 37 further comprising selectively interchanging the first oxygenator filter and a second oxygenator filter during the aging process to adjust the air flow rate into the container, the second oxygenator filter including a second support ring and a second oxygenator membrane, and the first oxygenator filter having a first porosity and the second oxygenator filter having a second porosity that is different than the first porosity.