Abstract: A preservation apparatus and method for using the same are disclosed herein. In one embodiment, the preservation apparatus comprising: a removable closure adapted to fit together in sealed relationship with a first container for containing an item, where the removable closure comprises a second container to contain a substance operable to collect oxygen molecules contained within the first container. The preservation apparatus also comprises a removable cap adapted to cover a portion of the removable closure including the second container, in order prevent the second container from being exposed to oxygen molecules outside the cap.

Abstract: A preservation apparatus and method for using the same are disclosed herein. In one embodiment, the preservation apparatus comprises a removable closure adapted to fit together in a sealed relationship with a vessel for containing an item, the removable closure comprising a top portion having a first opening to enable pressure within the vessel to be transferred to an interior of the top portion; and a container operable to contain a substance operable to collect oxygen molecules contained within the vessel and render them harmless to the item, wherein the container comprises a lid with a second opening located in proximity to the first opening and having a vent through which the pressure from the vessel is transferred to the interior of the top portion.

Abstract: A preservation apparatus and method for using the same are disclosed herein. In one embodiment, the preservation apparatus comprising: a removable closure adapted to fit together in sealed relationship with a first container for containing an item, where the removable closure comprises a second container to contain a substance operable to collect oxygen molecules contained within the first container. The preservation apparatus also comprises a removable cap adapted to cover a portion of the removable closure including the second container, in order prevent the second container from being exposed to oxygen molecules outside the cap.

Abstract: A device for the storage of multiple bottles of wine including an open wine container therein. The device includes a purging station for the introduction of inert or heavier thin air gas to the open wine container and an actuator for selectively introducing the heavier than air gas to the open wine container. The device further includes a cabinet having a top, bottom, sides and back creating a space for housing a plurality of wine containers in an upright orientation and a door having an open window to enable one to view at least the open wine container while the door is closed.

Abstract: A stopper and method for its use for selectively retaining a liquid, such as wine, within a bottle and for minimizing oxidation of the bottle's contents. The stopper includes a head portion sized to reside external to the bottle opening and a neck portion sized to fit and be selectively retained within the neck of the bottle. The stopper further has an inert gas entry port for receiving a source of pressurized inert gas and for introducing the inert gas proximate the meniscus of the liquid in the bottle and a gas venting port for discharging gas from the bottle upon the introduction of inert gas thereto. The stopper is provided with a plurality of seals substantially preventing liquid from passing through the stopper when the neck portion is seated within the bottle opening.

Abstract: A stopper for a container having a liquid, such as wine, which is subject to oxidation once opened. The stopper is provided with a neck region for fitting within a bottle and a top for residing outside of the bottle when in use. Pathways for the introduction of an inert gas, such as argon, and for air expelled from the bottle when the inert gas is introduced are selectively closeable. Liquid housed within the bottle can be poured from the stopper without removing it. Thus, an oxidizable liquid can be preserved while decanting the bottle contents at will.