An apparatus for dispensing at least one non-carbonated liquid and at least one carbonated liquid, said apparatus comprising: (a) a housing storing a non-carbonated liquid reservoir and a carbonated liquid reservoir, the non-carbonated liquid reservoir having an inner hollow cavity being configured to store a non-carbonated liquid and the carbonated liquid reservoir having an inner hollow cavity being configured to store a carbonated liquid, the carbonated liquid reservoir being disposed relative to the non-carbonated liquid reservoir such that no portion of the carbonated liquid reservoir is disposed in the inner hollow cavity of the non-carbonated liquid reservoir, a thermal link (60, 62) connecting the non-carbonated liquid reservoir and the carbonated liquid reservoir, the thermal link (60, 62) being configured to transfer thermal energy between the non-carbonated liquid reservoir and the carbonated liquid reservoir, the thermal link (60, 62) including a first portion of the non-carbonated liquid reservoir and a second portion of the carbonated liquid reservoir, the first portion is thermally connected to the second portion such that thermal energy is transferred between the non-carbonated liquid reservoir and the carbonated liquid reservoir and wherein the first portion of the non-carbonated liquid reservoir is an outer sidewall portion of the non-carbonated liquid reservoir which is in direct contact with the second portion of the carbonated liquid reservoir and, wherein the second portion is an outer sidewall portion of the carbonated liquid reservoir; and, (b) at least one spout for dispensing a non-carbonated liquid stored in the non-carbonated liquid reservoir and a carbonated liquid stored in the carbonated liquid reservoir; characterized in that the thermal link (60, 62) is configured to transfer thermal energy from the non-carbonated liquid reservoir to the carbonated liquid reservoir whereby the thermal link (60, 62) acts to heat liquid in the carbonated liquid reservoir to prevent liquid in the carbonated liquid reservoir from freezing. (a) a housing storing a non-carbonated liquid reservoir and a carbonated liquid reservoir, the non-carbonated liquid reservoir having an inner hollow cavity being configured to store a non-carbonated liquid and the carbonated liquid reservoir having an inner hollow cavity being configured to store a carbonated liquid, the carbonated liquid reservoir being disposed relative to the non-carbonated liquid reservoir such that no portion of the carbonated liquid reservoir is disposed in the inner hollow cavity of the non-carbonated liquid reservoir, a thermal link (60, 62) connecting the non-carbonated liquid reservoir and the carbonated liquid reservoir, the thermal link (60, 62) being configured to transfer thermal energy between the non-carbonated liquid reservoir and the carbonated liquid reservoir, the thermal link (60, 62) including a first portion of the non-carbonated liquid reservoir and a second portion of the carbonated liquid reservoir, the first portion is thermally connected to the second portion such that thermal energy is transferred between the non-carbonated liquid reservoir and the carbonated liquid reservoir and wherein the first portion of the non-carbonated liquid reservoir is an outer sidewall portion of the non-carbonated liquid reservoir which is in direct contact with the second portion of the carbonated liquid reservoir and, wherein the second portion is an outer sidewall portion of the carbonated liquid reservoir; and, (b) at least one spout for dispensing a non-carbonated liquid stored in the non-carbonated liquid reservoir and a carbonated liquid stored in the carbonated liquid reservoir; characterized in that the thermal link (60, 62) is configured to transfer thermal energy from the non-carbonated liquid reservoir to the carbonated liquid reservoir whereby the thermal link (60, 62) acts to heat liquid in the carbonated liquid reservoir to prevent liquid in the carbonated liquid reservoir from freezing.