PROBLEM TO BE SOLVED: To suppress an arrangement capacity to achieve space saving, to suppress requirement of a utility to achieve energy saving, and to achieve the total cost reduction when producing a closed vessel charging beverage.SOLUTION: A consecutive asepsis mixing system includes: an asepsis beverage raw material liquid supply line 2 that includes a preparation tank 4 in which a beverage raw material liquid is prepared as a concentrated liquid is, and a disinfection machine 6 in which the beverage raw material liquid that is supplied from the preparation tank 4 is subjected to heating sterilization, and that supplies the beverage raw material liquid in an asepsis state an asepsis dilution water supply line 3 in which dilution water is subjected to asepsis making by filtration sterilization, and is supplied as asepsis dilution water an asepsis blender 12 in which the beverage raw material liquid in an asepsis state supplied from the asepsis beverage raw material liquid supply line 2 and the asepsis dilution water supplied from the asepsis dilution water supply line 3 are consecutively mixed and an asepsis charging machine 14 in which a beverage that is obtained by the mixing of the asepsis blender 12 is charged into a closed vessel under the asepsis environment.COPYRIGHT: (C)2014,JPO&INPIT【課題】密閉容器詰め飲料を製造するに際して、設備容積を抑えて省スペース化を図るとともに、ユーティリティの必要量を抑えて省エネルギー化を図り、全体としてコスト低減を図る。【解決手段】飲料原料液を濃縮液のまま調合する調合タンク4と、この調合タンク4から供給される飲料原料液を加熱滅菌する滅菌機6とを含み、無菌状態の飲料原料液を供給する無菌飲料原料液供給ライン2と、希釈水を濾過除菌により無菌化して無菌希釈水として供給する無菌希釈水供給ライン3と、無菌飲料原料液供給ライン2から供給された無菌状態の飲料原料液と、無菌希釈水供給ライン3から供給された無菌希釈水とを連続的に混合する無菌ブレンダー12と、この無菌ブレンダー12による混合により得られた飲料を無菌環境下で密閉容器に充填する無菌充填機14とを備える。【選択図】図1
