Abstract: An apparatus and method are provided for cooling a dispensed beverage. Direct cooling of the beverage is achieved by circulation of a refrigerant in contact with a reservoir that holds the beverage just prior to being dispensed. The reservoir is disposed within a dispense font. The open space within the font acts as an evaporator of a closed refrigeration loop thereby achieving cooling without having to use a separate heat transfer loop. A refrigeration subsystem is mounted directly adjacent the dispense font to provide a controlled flow of refrigerant to the open space within the font. Evaporated refrigerant is recycled in the refrigeration subsystem.

Abstract: An apparatus and method for rapidly chilling a beverage-filled container and the beverage therein is disclosed. The apparatus includes a housing having a cylindrical inner surface that generally conforms to the cylindrical outer surface of a beverage-filled container. A cooling coil surrounds the housing, and a refrigeration unit is operatively connected thereto. When a beverage-filled container is positioned within the housing, the beverage-filled container and the beverage therein is rapidly chilled substantially by conduction.