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Methods of improving the shelf life of beverages may involve applying a coating mix to a label thereby forming a coated label, curing the coated label, applying the coated label to a container, and adding a beverage to the container, wherein the coated label increases a gas barrier property of the c

Methods of improving the shelf life of beverages may involve applying a coating mix to a label thereby forming a coated label, curing the coated label, applying the coated label to a container, and adding a beverage to the container, wherein the coated label increases a gas barrier property of the container. Beverage containers such as PET containers may be tailored for specific beverages using certain coated labels.

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1. A method of improving the shelf life of a beverage through modification of the gas barrier properties of beverage packaging, comprising: applying a coating mix to a label thereby forming a coated label;wherein said applying a coating mix to a label is performed after said coated label is added to

1. A method of improving the shelf life of a beverage through modification of the gas barrier properties of beverage packaging, comprising: applying a coating mix to a label thereby forming a coated label;wherein said applying a coating mix to a label is performed after said coated label is added to a labeling unit on a bottling production line;curing said coated label;applying said coated label to a container; andadding a beverage to said container;wherein said coated label increases a gas barrier property of said container. 2. The method of claim 1 wherein said applying said coating mix comprises dipping said label in a tank, spraying from one or more nozzles, or a combination thereof. 3. The method of claim 1 wherein said applying said coating mix comprises deposition of a reagent from a gaseous phase. 4. The method of claim 3 wherein said deposition of a reagent from a gaseous phase occurs within the presence of a plasma source. 5. The method of claim 1 wherein said coated label comprises a label portion and a coating portion and wherein said coating portion is selected from epoxyamines, carbon-rich materials, and silicon-rich materials. 6. The method of claim 1 wherein said coated label is selected from an underside coated label, an outside coated label, and a dual side coated label. 7. The method of claim 1 wherein said coated label is a shrink-wrap dual side coated label and wherein said dual side coated label comprises a first coating and a second coating, wherein said first coating and said second coating are different. 8. The method of claim 7 wherein one of said first coating and said second coating comprises an epoxyamine and the other of said first coating and said second coating comprises either a silicon-rich material or a carbon-rich material. 9. The method of claim 1 wherein said coated label is a shrink-wrap label and said applying a coating mix to a label comprises applying a first thickness of said coating mix at a first position on said label and applying a second thickness of said coating mix at a second position on said label, wherein said first thickness and said second thickness are different. 10. The method of claim 1 further comprising: cleaning said label using a cleaning liquid prior to application of said coating mix; andpassing said label past a curing element that functions to increase the rate of curing of said coating mix. 11. The method of claim 1 wherein said coated label is a shrink-wrap dual side coated label and wherein said shrink-wrap dual side coated label comprises a first coating and a second coating; wherein one of said first coating and said second coating comprises an epoxyamine and the other of said first coating and said second coating comprises a silicon-rich amorphous material made using plasma-enhanced deposition;wherein said container has a barrier to carbon dioxide that allows less than about 1 cc/day of transport. 12. The method of claim 11 wherein said beverage comprises a carbonated soda and said coated label extends the life of said carbonated soda by about 10% to about 400%.