Patent Application
20190134681
The present invention relates to a method for cleaning a system for filling a container such as PET bottle with drink.
In a conventional technology in an aseptic drink filling system, when it is required to change a kind of drink to fill a container such as bottle so as to change tea, for example, now in the container to another drink such as coffee with milk, a CIP (Cleaning In Place) treatment is first performed to an inside of a drink supply pipe line or arrangement in an aseptic filling system and an SIP (Sterilizing In Place) treatment is thereafter performed (see, for example, Patent Document 1).
The CIP treatment is performed, for example, by flowing a cleaning liquid prepared with water to which alkaline chemical agent such as caustic soda is added in a flow path from an inside of a pipe line of a drink filling path to a filling nozzle of a filling machine, and thereafter, by filling a cleaning liquid prepared with water to which acidic chemical agent is added. According to such treatment, remaining content of previously filled drink adhering to the drink filling path can be removed (see, for example, Patent Documents 1, 2, and 3).
The SIP treatment is performed, for example, by circulating steam or heated water through the drink filling path cleaned by the CIP treatment mentioned above. According to such treatment, the interior of the drink filling path can be sterilized to thereby provide an aseptic condition (see, for example, Patent Document 1).
Further, in an aseptic filling system, a filler for automatically filling a container with drink, and such filler is surrounded by an aseptic chamber to be shut off from an exterior. Further, since droplets or like of the drink previously filled in a drink filling operation sticks on an inside of the aseptic chamber, a COP (Cleaning Out Of Place) treatment is performed to the aseptic chamber at a time when the kind of drink for filling is changed to thereby remove the droplets or like of the drink stuck in the previous filling operation to the inner wall of the aseptic chamber and an outer surface of an equipment such as filler disposed inside the aseptic chamber.
The COP treatment is performed, for example, by atomizing water into the aseptic chamber in a state of shower.
Furthermore, there is a fear such that bacteria or like may invade into the aseptic chamber during various operations or workings at a time of changing a kind of drink for filling, and hence, an SOP (Sterilizing Out Of Place) treatment is also performed) see, for example, Patent Document 4).
The SOP treatment is performed in a manner such that hydrogen peroxide water, for example, in a state of mist or shower, is supplied into the aseptic chamber, and thereafter, hot air is blasted into the aseptic chamber to thereby dry remaining hydrogen peroxide.
Patent Document
In conventional art, when a kind of drink for filling is changed, all the CIP treatment, SIP treatment, COP treatment and SOP treatment have been always performed regardless of the kind of drink after the change. Moreover, in the SIP treatment and the SOP treatment, sterilizing treatment has been performed till the inside of the pipe line and the inside of the aseptic chamber become sterilized state.
Because of such reason, a downtime, i.e., time interval from a production of a product, i.e., some bottled drink, to a production of a product, i.e., another bottled drink, is made long, which results in a cause of deterioration in production efficiency (productivity). Especially, in a factory that produces small lot and many kinds of product, since many kinds of drinks are to be changed, the production efficiency further becomes worse.
An object of the present invention is to provide a method for cleaning a drink filling system capable of solving the problems encountered in the prior art mentioned above.
In order to achieve the above object, the present invention adopts the following constitution.
It is further to be noted that although the description is made with parentheses to reference numerals in figures, the present invention is not limited thereto.
The invention according to claim 1 is a cleaning method for a drink filling system provided with a dink supply pipe line for supplying a drink to a filling machine (2) and an aseptic chamber (3) surrounding at least the filling machine, the cleaning method being performed by executing program including at least two of first, second and third programs, wherein the first program corresponds to an aseptic carbonated drink and executes a COP treatment performed for an interior of the aseptic chamber (3) and a CIP treatment performed for an interior of the drink supply pipe line, the second program corresponds to a high acidic drink and executes the COP treatment and an SOP treatment performed for the interior of the aseptic chamber and a CIP treatment and an SIP treatment performed in the interior of the drink supply pipe line, and the third program corresponds to a low acidic drink and executes the COP treatment and the SOP treatment performed for the interior of the aseptic chamber and the CIP treatment and the SIP treatment performed in the interior of the drink supply pipe line, and wherein either one of the three programs is enabled to be selectively executed, and in a case where the drink is an aseptic carbonated drink, the first program is selected, in a case where the drink is a high acidic drink, the second program is selected, and in a case where the drink is a low acidic drink, the third program is selected, to thereby clean the interiors of the aseptic chamber (3) and the drink supply pipe line before filling of the drink in accordance with the selected program.
As defined in claim 2, in the cleaning method according to claim 1, the CIP treatment performed by the first to third programs may include a CIP treatment using alkali cleaning liquid.
As defined in claim 3, it may be preferred that the drink supply pipe line is provided with a carbonic acid adding apparatus, the second program for the high acidic drink includes two patterns including a carbonic acid addition case and a carbonic acid non-addition case, and the third program for the low acidic drink includes two patterns including a carbonic acid addition case and a carbonic acid non-addition case.
According to the present invention, at a time when the drink filling system is cleaned, it is possible to select an appropriate cleaning method suitable for a kind of a filling drink. Therefore, a part of a cleaning or sterilizing process that is conventionally required can be eliminated as an excessive or unnecessary cleaning or sterilizing process, resulting in shortage of a manufacturing time and improving manufacturing efficiency.
Hereunder, an embodiment of the present invention will be explained with reference to the accompanying drawings.
A structure of a drink filling system is first explained herein, and then, a method for cleaning this drink filling system will be explained.
As shown in
The preparation apparatus 1 is an apparatus for preparing, for example, tea drink, fruit drink and the like at a predetermined composition rate (blended rate), and since such preparation apparatus is known one, detailed explanation thereof is omitted herein.
The filling machine 2 is a machine provided with a wheel (not shown) that rotates a number of filling nozzles 2a at high speed in a horizontal plane, and this machine for filling bottles 4 travelling in synchronism with a peripheral speed of the wheel under the filling nozzles 2a with a constant amount of drink from the filling nozzles 2a, respectively, while rotating in conformation with the rotation of the wheel. Further, this filling machine 2 is also known one, and accordingly, detailed explanation thereof is omitted herein.
The drink supply pipe line of this drink filling machine is provided with three, i.e., first, second and third, supply pipe lines 5, 6, 7 so as to selectively fill a container with either one of non-sterilized carbonated drink, high acidic carbonated drink, low acidic carbonated drink, high acidic drink and low acidic drink.
The first supply pipe line 5 is for supplying the non-sterilized carbonated drink to the filling machine 2, and as shown in
The carbonic acid adding apparatus 8 is an apparatus for injecting carbonic acid into a predetermined drink flowing inside the pipe line, and the aseptic tanks 9 and 11 are buffer tank or storage tank for temporarily storing the drink to which the carbonic acid is injected. These carbonic acid adding apparatus 8 and the aseptic tanks 9, 11 are known ones, and hence, detailed explanations thereof are omitted herein.
The non-sterilized drink mentioned herein is a drink having CO2 pressure of more than 1.0 kgf/cm2 (20° C.) and including no plant and/or animal component or composition, and in such drink, since metabolism of bacteria is not carried out, the drink is not subjected to become corrupt by the bacteria even if the drink fills a container such as bottle 4 without sterilizing inside the drink supply pipe line, the filling machine 2 and the aseptic chamber 3.
As shown in
A CIP treatment apparatus is provided for the first supply pipe line 5 and the filling machine 2.
That is, as shown with thick line in
More specifically, this circulation path extends from the carbonic acid adding apparatus 8 as starting end of the first supply pipe line 5 toward the filling machine 2, and then extends from the filling nozzle 2a of the filling machine 2 and is connected to the starting end of the CIP treatment pipe line 12, the terminal end of which is connected to the carbonic acid adding apparatus 8, thus constituting a closed loop. The connection between the filling nozzle 2a of the filling machine 2 and the CIP treatment pipe line 12 is performed, though not shown, by applying a cup provided for the CIP treatment pipe line 12 to the front end portion of the filling nozzle 2a of the filling machine 2 by an actuator.
An introduction conduit 12a for cleaning water or like is connected to the circulation path through a valve manifold 13, and a cleaning water supply source 14, and a cleaning chemical liquid supply source 15 are connected to the upstream side of the introduction conduit 12a through switch valves 16, respectively.
Various other types of valves, pumps or like are provided for the circulation path and the introduction conduit, which are however not shown in the attached drawings.
Further, a COP treatment apparatus is also provided for the first supply pipe line 5 and the filling machine 2 in addition to the CIP treatment apparatus.
That is, as shown with a thick line in
The second supply pipe line 6 is one for supplying a high acidic carbonate drink or low acidic carbonated drink to the filling machine 2, and as shown with a thick line in
Herein, the high acidic carbonated drink is a high acidic drink mixed with carbonic acid. The high acidic carbonated drink is a drink having a pH of less than 4.6 (pH<4.6) prescribed according to indication of the U.S. FDA, but in consideration of the growing characteristics of gem by pH, it may be preferred that a drink having pH of less than 4 (pH<4.0) is defined as high acidic drink.
With the high acidic drink, as long as mold, yeast and nursing cell of bacteria are sterilized, even if spore fungus remains alive, it is difficult for the spore fungus to grow, and, hence, the high acidic drink is a drink which does not become corrupt because of prevention of germination of the fungus.
On the other hand, the low acidic carbonated drink is a low acidic drink to which carbonic acid is mixed. If the low acidic drink is defined by the indication of the FDA, it is a drink having pH of not less than 4.6 (pH≥4.6). However, in consideration of the growing characteristics of the fungus by pH, it may be preferred that a drink having pH not less than 4.0 (pH≥4.0) is defined as a low acidic drink, which is sufficiently sterilized.
The low acidic drink is a drink that has a fear of being corrupted even if the spore fungus as well as mold and yeast are not sterilized.
As shown with thick line in
The CIP and SIP apparatus are provided for the second supply pipe line 6 and the filling machine 2.
That is, as shown with thick line in
More specifically, a valve manifold 18a is provided for a pipe line connecting the sterilizing machine 18 and the third aseptic tank 19, and a bypass route 18b bypassing the sterilizing machine 18 is provided on the upstream side of the valve manifold 18a. These bypass route 18b and the sterilizing machine 18 constitute a first circulation path. The CIP and SIP treatment pipe line 20 extending from the valve manifold 13 is connected to this first circulation path.
Further, the CIP and SIP treatment pipe line 20a extending from the valve manifold 13 is connected to the downstream side from the valve manifold 18a in the pipe line connecting the sterilizing machine 18 and the third aseptic tank 19. The CIP treatment pipe line 12 extends from the filling machine 2 toward the valve manifold 13. Thus, the second circulation path is constituted by the third aseptic tank 19, the carbonic acid adding device 8, the first aseptic tank 9, the second aseptic tank 11 and the filling machine 2.
Furthermore, the hot water supply source 15 and the aseptic water supply source 25 for the SIP treatment are connected to the introduction conduit 12a connected to the valve manifold 13 in addition to the cleaning water supply source 14 and the cleaning chemical liquid supply source 15.
In addition, the COP and SOP treatment apparatus are provided for the aseptic chamber 3 of the filling machine 2.
That is, the cleaning water supply source 17 shown in
The third supply pile line is for supplying the high acidic drink or low acidic drink to the filling machine 2, and as shown with a thick line in
Herein, the high acidic drink or low acidic drink is a drink not mixed with carbonic acid.
As shown in
The CIP and SIP treatments apparatus are provided for the third supply pipe line 7 and the filling machine 2.
That is, as shown with thick line in
More specifically, the first circulation path for the second supply pipe line 6 is commonly used for the third supply line 7. However, the second circulation path for the third supply pipe line 7 is provided among the third aseptic tank 19, the second aseptic tank 11 and the filling machine 2.
Cups corresponding to the first and second supply lines 5 and 6, the CIP treatment pipe line 12 and 20, the valve manifold 13, the introduction conduit 12a, the cleaning water supply source 14, the cleaning chemical liquid supply source 15, the hot water supply source 21, the water steam supply source 23 and the aseptic water supply source 25 are also commonly used for the third supply pipe line 7.
Furthermore, the cleaning water supply source 17 and the hydrogen peroxide supply source 22 for the COP/SOP treatment apparatus shown in
These various switching valves, pumps, actuators and so on for the CIP/SIP and COP/SOP treatment apparatus are controlled by a predetermined controller, not shown, such as sequence controller or like.
At least following three programs are installed inside such controller for executing the predetermined CIP treatment, SIP treatment, COP treatment and SOP treatment by operating the respective switching valves or so.
As shown in
(a) First Program: this program is for executing the COP treatment to the interior of the aseptic chamber 3 and the CIP treatment to the first supply pipe line 5 and the filling machine 2 in the drink supply system pipe lines.
This first program is executed in a case that a drink for filling is a non-sterilized carbonated drink that does not require any sterilizing treatment (see
When an operator pushes the non-sterilized carbonated drink selection button 27, and the OK button 32, the COP treatment and the CIP treatment are performed in accordance with the first program.
That is, to the non-sterilized carbonated drink that does not require any sterilizing treatment for subsequent drink filling working, the CIP treatment is performed to the first supply pipe line 5 and the filling machine 2 with the predetermined sequence, and the COP treatment is performed to the aseptic chamber 3 with the predetermined sequence (see
(b) Second Program: this second program is for executing the COP treatment to the interior of the aseptic chamber 3, the SOP treatment by the hydrogen peroxide and the aseptic water, and the CIP and SIP treatments to the second supply pipe line 6 and the filling machine 2 in the drink supply pipe line.
This second program is executed in a case that a drink for filling is a high acidic drink (see
As described above, since the carbonic acid adding apparatus 8 is provided for the drink supply pipe line, as to the high acidic drink, there is a case of adding carbonic acid or not adding carbonic acid. Then, this program for the high acidic drink involves a first pattern for execution for the case of adding the carbonic acid to the high acidic drink and also includes a second pattern for execution for the case of not adding the carbonic acid to the high acidic drink.
When a manufacturing facility is operated, an operator pushes the high acidic drink selection button 28, the gas addition selection button 30 and the OK button in this order, and thereby, the COP, SOP, CIP and SIP treatments are performed in accordance with the first pattern of the second program.
That is, with respect to the high acidic drink to which carbonic acid supplied for the subsequent filling working is added, the CIP and SIP treatments are performed to the second supply pipe line 6 and the filling machine 2 with the predetermined sequence, and the COP and SOP treatments are performed to the aseptic chamber 3 with the predetermined sequence (see
Further, when the operator pushes the high acidic drink selection button 28, the non-gas selection button 31, and the OK button 32, the COP treatment, the SOP treatment, the CIP treatment, and the SIP treatment are executed in accordance with the second patterns for execution of the second program.
That is, as to the high acidic drink to which carbonic acid for a subsequent filling working is not added, the CIP treatment and the SIP treatment are successively performed for the second supply pipe line 6 and the filling machine 2 in accordance with predetermined procedure, and on the other hand, the COP treatment and the SOP treatment are also performed for the aseptic chamber 3 in accordance with predetermined procedure (see
(c) Third Program: this third program is for executing the COP treatment to the interior of the aseptic chamber 3, the SOP treatment by the hydrogen peroxide, the acetyl hydroperoxide and the aseptic water, and the CIP and SIP treatments to the third supply pipe line 6 and the filling machine 2 in the drink supply pipe line.
This third program is executed in a case that a drink for filling is a low acidic drink (see
As described above, since the carbonic acid adding apparatus 8 is provided for the drink supply pipe line, as to the low acidic drink, there is a case of adding carbonic acid or not adding carbonic acid. Then, this third program for the low acidic drink involves a first pattern for execution of the third program for the case of adding the carbonic acid to the low acidic drink and also includes a second pattern for execution of the third program for the case of not adding the carbonic acid to the low acidic drink.
When an operator pushes the low acidic drink selection button 29, the gas addition selection button 30 and the OK button 32, and thereby, the COP, SOP, CIP and SIP treatments are performed by the first item of the third program.
That is, with respect to the low acidic drink to which carbonic acid supplied for the subsequent filling working is added, the CIP and SIP treatments are performed to the third supply pipe line 7 and the filling machine 2 with the predetermined sequence, and the COP and SOP treatments are performed to the aseptic chamber 3 with the predetermined sequence (see
Further, when the operator pushes the low acidic drink selection button 29, the non-gas selection button 31, and the OK button 32, the COP treatment, the SOP treatment, the CIP treatment, and the SIP treatment are executed in accordance with the second pattern of the third program.
That is, as to the low acidic drink to which carbonic acid for a subsequent filling working is not added, the CIP treatment and the SIP treatment are successively performed for the third supply pipe line 7 and the filling machine 2 in accordance with predetermined procedure, and on the other hand, the COP treatment and the SOP treatment are also performed for the aseptic chamber 3 in accordance with predetermined procedure (see
Hereunder, the cleaning method for the above drink filling system will be explained with reference to
(1) Cleaning Before Filling of Non-Sterilized Carbonated Drink to which any Sterilization is not Performed:
When the non-sterilized carbonated drink selection button 27 and the OK button 32, corresponding to the first program, in the operation buttons provided on the controller panel are pushed in this order, with respect to the non-sterilized carbonated drink to which any sterilizing treatment is not required for the subsequent filling working, the CIP treatment to the first supply pipe line 5 and the filling machine 2 is performed and the COP treatment to the aseptic chamber 3 is also performed in accordance with predetermined procedure (see
These CIP treatment and COP treatment are performed in this order or in parallel with each other.
The CIP treatment will be performed in the manner such that a cleaning water is fed from the cleaning water supply source 14, for example, to the predetermined circulation path to thereby clean the first supply pipe line 5 and the filling machine 2, and then, an alkaline cleaning liquid is fed from the cleaning chemical liquid supply source 15 to achieve the cleaning working.
The COP treatment will be performed by spraying a cleaning water from the cleaning water supply source 17, for example, into the aseptic chamber 3.
After the finishing of such CIP and COP treatments, the non-sterilized carbonic drink filling working is performed as shown with a thick line in
(2) Cleaning Before Filling of High Acidic Drink to which Carbonic Acid is Added:
When the high acidic drink selection button 28, the gas addition selection button 30 and the OK button 32, corresponding to the first pattern for execution of the second program, in the operation buttons provided on the controller panel are pushed in this order, with respect to the high acidic drink to which the carbonic acid is added for the subsequent working, the CIP and SIP treatments to the second supply pipe line 6 and the filling machine 2 are performed in accordance with the predetermined procedure, and the COP and SOP treatments to the aseptic chamber 3 are also performed in accordance with the predetermined procedure (see
These CIP and SIP treatments, and COP and SOP treatments are performed in this order or in parallel with each other.
The CIP treatment will be performed in the manner such that a cleaning water is fed from the cleaning water supply source 14, for example, to the predetermined circulation path to thereby clean the second supply pipe line 6 and the filling machine 2, and then, an alkaline cleaning liquid is fed from the cleaning chemical liquid supply source 15 to achieve the cleaning working.
The SIP treatment will be performed in the manner such that a hot water from the hot water supply source 21 passes through the circulation path after the CIP treatment, for example, to thereby clean the second supply pipe line 6 and the filling machine 2, and an aseptic water from the aseptic water supply source 25 passes to cool the filling nozzle 2a and so on of the filling machine 2.
The COP treatment will be performed by spraying a cleaning water from the cleaning water supply source 17, for example, into the aseptic chamber 3.
The SOP treatment is performed by spraying, in the aseptic chamber 3, a hydrogen peroxide water from the hydrogen peroxide supply source 22 and then spraying an aseptic water from the aseptic water supply source 26.
Further, the hydrogen peroxide used for the COP treatment may be in a gaseous state, which is thereafter sprayed into the aseptic chamber 3 by means of spray and is then gasified and dried with hot air.
It is noted that although the aseptic water to be used in the COP and SOP treatments in the aseptic chamber 3 performed before the manufacture of high acidic product is of a normal temperature, it is preferred to use a hot water having temperature of not less than 70° C. but not more than 100° C., and more preferably, not less than 80° C. but not more than 100° C.
After the finishing of such CIP, SIP, COP and SOP treatments, the filling working of this high acidic carbonated drink is performed as shown with a thick line in
(3) Cleaning Before Filling of High Acidic Drink to which Carbonic Acid is not Added:
When the high acidic drink selection button 28, the non-gas selection button 31 and the OK button 32, corresponding to the second pattern for execution of the second program, in the operation buttons provided on the controller panel are pushed in this order, with respect to the high acidic drink to which the carbonic acid is not added for the subsequent working, the CIP and SIP treatments to the third supply pipe line 7 and the filling machine 2 are performed in accordance with the predetermined procedure, and the COP and SOP treatments to the aseptic chamber 3 are also performed in accordance with the predetermined procedure (see
These CIP and SIP treatments, and COP and SOP treatments are performed in this order or in parallel with each other.
The CIP treatment will be performed in the manner such that a cleaning water is fed from the cleaning water supply source 14, for example, to the predetermined circulation path to thereby clean the third supply pipe line 7 and the filling machine 2, and then, an alkaline cleaning liquid is fed from the cleaning chemical liquid supply source 15 to achieve the cleaning working.
The SIP treatment will be performed in the manner such that a hot water from the hot water supply source 21 passes through the circulation path after the CIP treatment, for example, to thereby clean the third supply pipe line 7 and the filling machine 2, and an aseptic water from the aseptic water supply source 25 passes to cool the filling nozzle 2a and so on of the filling machine 2.
The COP treatment will be performed by spraying a cleaning water from the cleaning water supply source 17, for example, into the aseptic chamber 3.
The SOP treatment is performed by spraying, in the aseptic chamber 3, a hydrogen peroxide water from the hydrogen peroxide supply source 22 and then spraying an aseptic water from the aseptic water supply source 26.
After the finishing of such CIP, SIP, COP and SOP treatments, the filling working of this high acidic carbonated drink is performed as shown with a thick line in
(4) Cleaning Before Filling of Low Acidic Drink to which Carbonic Acid is Added:
When the low acidic drink selection button 29, the gas-addition selection button 30 and the OK button 32, corresponding to the first pattern for execution of the third program, in the operation buttons provided on the controller panel are pushed in this order, with respect to the low acidic drink to which the carbonic acid is added for the subsequent working, the CIP and SIP treatments to the second supply pipe line 6 and the filling machine 2 are performed in accordance with the predetermined procedure, and the COP and SOP treatments to the aseptic chamber 3 are also performed in accordance with the predetermined procedure (see
These CIP and SIP treatments, and COP and SOP treatments are performed in this order or in parallel with each other.
The CIP treatment will be performed in the manner such that a cleaning water is fed from the cleaning water supply source 14, for example, to the predetermined circulation path to thereby clean the second supply pipe line 6 and the filling machine 2, and then, an alkaline cleaning liquid is fed from the cleaning chemical liquid supply source 15 to achieve the cleaning working.
The SIP treatment will be performed in the manner such that a heated steam from the heated steam supply source 23 passes through the circulation path after the CIP treatment, for example, to thereby sterilize the second supply pipe line 6 and the filling machine 2, and an aseptic water from the aseptic water supply source 25 passes as a cooling water to cool the filling machine 2 and so on.
The COP treatment will be performed by spraying a cleaning water from the cleaning water supply source 17, for example, into the aseptic chamber 3.
The SOP treatment is performed by spraying, in the aseptic chamber 3, an acetyl hydroperoxide from the acetyl hydroperoxide supply source 24, an aseptic water from the aseptic water supply source 26, a hydrogen peroxide water from the hydrogen peroxide water supply source 22, and an aseptic water from the aseptic water supply source 26, in this order.
After the finishing of such CIP, SIP, COP and SOP treatments, the filling working of this low acidic carbonated drink is performed as shown with thick line in
(5) Cleaning Before Filling of Low Acidic Drink to which Carbonic Acid is not Added:
When the low acidic drink selection button 29, the non-gas selection button 31 and the OK button 32, corresponding to the first item of the third program, in the operation buttons provided on the controller panel are pushed in this order, with respect to the low acidic drink to which the carbonic acid is not added for the subsequent working, the CIP and SIP treatments to the second supply pipe line 6 and the filling machine 2 are performed in accordance with the predetermined procedure, and the COP and SOP treatments to the aseptic chamber 3 are also performed in accordance with the predetermined procedure (see
These CIP and SIP treatments, and COP and SOP treatments are performed in this order or in parallel with each other.
The CIP treatment will be performed in the manner such that a cleaning water is fed from the cleaning water supply source 14, for example, to the predetermined circulation path to thereby clean the third supply pipe line 7 and the filling machine 2, and then, an alkaline cleaning liquid is fed from the cleaning chemical liquid supply source 15 to achieve the cleaning working.
The SIP treatment will be performed in the manner such that a heated steam from the heated steam supply source 23 passes through the circulation path after the CIP treatment, for example, to thereby sterilize the third supply pipe line 7 and the filling machine 2, and an aseptic water from the aseptic water supply source 25 passes as a cooling water to cool the filling machine 2 and so on.
The COP treatment will be performed by spraying a cleaning water from the cleaning water supply source 17, for example, into the aseptic chamber 3.
The SOP treatment is performed by spraying, in the aseptic chamber 3, an acetyl hydroperoxide from the acetyl hydroperoxide supply source 24, an aseptic water from the aseptic water supply source 26, a hydrogen peroxide water from the hydrogen peroxide water supply source 22, and an aseptic water from the aseptic water supply source 26, in this order.
After the finishing of such CIP, SIP, COP and SOP treatments, the filling working of this low acidic carbonated drink is performed as shown with thick line in
It is to be noted that although the present invention is constituted as explained hereinabove, the present invention is not limited to the described embodiments, and for example, many other changes and modifications may be made within the subject technologies of the present invention. For example, when the present invention is applied to an apparatus for filling two drinks among an aseptic carbonated drink, a low acidic drink and a high acidic drink, only two programs among the three programs may be executed.
| Number | Date | Country | Kind |
|---|---|---|---|
| 2012-252070 | Nov 2012 | JP | national |
This application is a continuation of U.S. application Ser. No. 14/438,373, filed Apr. 24, 2015, which in turn is the National Stage of International Application No. PCT/JP2013/080792, filed Nov. 14, 2013, which designated the United States, the entireties of which are incorporated herein by reference.
| Number | Date | Country | |
|---|---|---|---|
| Parent | 14438373 | Apr 2015 | US |
| Child | 16234811 | US |
