Automated clean-in-place unit, a system of such clean-in- place units, methods and uses thereof
AssigneeSUBD ApS
InventorsFinn Peder Jegård, Kenneth Peter Kolind FRANCKE
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AssigneeSUBD ApS
InventorsFinn Peder Jegård, Kenneth Peter Kolind FRANCKE
Estimating the term…
An automated Clean-In-Place unit (4;41) is configured for cleaning at least one beverage dispensing line (DL) between a take-off station and a dispensing station of a beverage dispensing system. The automated Clean-In-Place unit (4;41) comprises a keg coupler, a cleaning coupler and/or a coupling unit (3) consisting of said couplers mounted to or mountable to any of a keg (1) containing the beverage (15), to a compressible beverage container, or to both the keg (1) and the compressible beverage container, said keg coupler, cleaning coupler and/or coupling unit (3) consisting of said couplers has at least one coupler inlet (24a; 24b) and at least one coupler outlet (28). The automated Clean-In-Place unit (4;41) comprises a control valve (20) comprising an outlet port (23) arranged to provide fluid communication with the at least one coupler inlet (24a; 24b), a first inlet port (19) arranged to provide fluid communication with a source of ozonated water (18), and optionally a second inlet port (22) arranged to provide fluid communication with a source of pressurized gas (21).
An automated Clean-In-Place unit configured for cleaning and disinfecting at least one beverage dispensing line (DL) between a take-off station and a dispensing station of a beverage dispensing system, wherein the automated Clean-In-Place unit comprises a coupling unit consisting of a keg coupler and a cleaning coupler, which coupling unit is mounted to or mountable to a keg that acts as a pressure chamber and contains a compressible beverage container that contains the beverage to be dispensed, said coupling unit has at least one coupler inlet and at least one coupler outlet, wherein
(canceled)
A method of cleaning and disinfecting a beverage dispensing line (DL), which method comprises an ozonated water flushing step, wherein the ozonated water is produced by an electrolytic ozone generator from a source of water, wherein the concentration of dissolved ozone in the produced ozonated water for cleaning and disinfecting the beverage dispensing line is between 2-15 ppm.
Dependencies are inferred from the claim text.