CN209268556U - A kind of dairy processing systems - Google Patents
A kind of dairy processing systems Download PDFInfo
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- CN209268556U CN209268556U CN201820978285.XU CN201820978285U CN209268556U CN 209268556 U CN209268556 U CN 209268556U CN 201820978285 U CN201820978285 U CN 201820978285U CN 209268556 U CN209268556 U CN 209268556U
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Abstract
The utility model proposes a kind of dairy processing systems, including a feed proportioning system, milk enters feed proportioning system by genuine, the feed proportioning system is connected separately with gelatinization cooling and fermentation system and pasteurization system by the first triple valve, the pasteurization system discharge end is connected with fermentation system to be installed, and one second triple valve is separately connected the discharge end for being gelatinized cooling and fermentation system, the discharge end of fermentation system to be installed and the feeding end for deploying system to be installed for one or two times.It includes fermenting for sterilization of milk that the utility model, which provides a kind of, and gelatinization and mixed equipment complete the processing of milk by the cooperation of each system, and the system integration is high, being fermented to obtain to milk and correspond to milk products with high-effect high-quality.
Description
Technical field
The present invention relates to milk manufacture fields, particularly relate to a kind of dairy processing systems.
Background technique
Milk is most ancient one of natural drink, is known as " white blood ", the importance to human body as one can imagine.Ox
Milk is as its name suggests extruded from female milk cattle.In country variant, milk, which also divides, different grades.
Milk minerals rich in, calcium, phosphorus, iron, zinc, copper, manganese, molybdenum.The most rare part is that milk be human calcium most
Good source, and calcium phosphorus ration is very appropriate, conducive to the absorption of calcium.Type is complicated, at least more than 100 kinds, main component have water,
Fat, phosphatide, protein, lactose, inorganic salts etc..
Furthermore the multiple types dairy produce derived based on milk obtains the favor of more and more families, occurs in the market
Many process equipments developed for milk and milk spin-off, but these equipment process independent, between each module
The unified system that is that is separated cannot form, raw material need artificial or machine to carry from a process to next process, greatly
The bacterium for increasing dairy produce greatly is dangerous.
Summary of the invention
The present invention proposes a kind of dairy processing systems, solves the problems of the prior art.
The technical scheme of the present invention is realized as follows:
Dairy processing systems, including a feed proportioning system, milk enter feed proportioning system by genuine, and the feed proportioning system passes through
First triple valve is connected separately with gelatinization cooling and fermentation system and pasteurization system, the pasteurization system discharge end connection
There is a fermentation system to be installed, one second triple valve is separately connected the discharge end of gelatinization cooling and fermentation system, fermentation system to be installed goes out
Material end and the feeding end for deploying system to be installed for one or two times.
As a preferred solution of the present invention, system further includes having sterile water systems, the sterile water systems respectively with gelatinization
Cooling and fermentation system, secondary allotment system to be installed, fermentation system to be installed and pasteurization system unilaterally connected.
As a preferred solution of the present invention, the feed proportioning system includes a material tank, and the material tank includes by upper port
And lower port, the lower port of the material tank connect one first valve node, the first valve node is rotatably connected pipe by one,
As needed, the selective valve node on several transfer pipelines is connected, and transfer pipeline is for the material pot liquid
The different operation for being directed to liquid is completed in input/output.
As a preferred solution of the present invention, ferment system to be installed, including a fermentor, and the fermentor is connected separately with liquid
Body intake line, air input passageway and output pipe, the liquid input circuit include online on a feed inlet and pipeline
Classification inoculation apparatus；The air input passageway is filtrated air system, and the filtrated air system includes in parallel and isolated operation
Steam output circuit and air outlet conduits road.
As a preferred solution of the present invention, the online classification inoculation apparatus includes a sterile storehouse, is equipped in the sterile storehouse
Ultraviolet light illuminator, be additionally provided in the sterile storehouse one plus bacterium bucket and with add that bacterium bucket connect plus bacterium threeway, it is described to add bacterium threeway another
Two connectors are connected with the feeding inlet of online classification inoculation apparatus and discharge port respectively, and the discharge port is connected to fermentor.
As a preferred solution of the present invention, it is gelatinized cooling and fermentation system, including is gelatinized fermentor, on the gelatinization fermentor
Portion is connected with disinfection system, and the gelatinization fermentor lower end is connected with discharging pipeline, and the discharge nozzle road is equipped with discharging pump,
Matter system and cooling system, the discharging pump, homogeneous system and cooling system are sequentially placed along discharging direction.
As a preferred solution of the present invention, secondary allotment system to be installed, the discrepancy pipe including mixing tank and mixing tank lower end
Road sequentially runs through two four-way valves, respectively the first four-way valve and the second four-way valve, a cooling cycle pipe on the discrepancy pipeline
The both ends on road are connected to the first four-way valve and the second four-way valve respectively.
As a preferred solution of the present invention, pasteurization system includes one second compensator, second compensator both ends
The feeding end and output milk that are connected with input milk carry out the milk pipeline of processing sterilization, and the system also includes have degassing
Portion, balance homogeneous portion, heat preservation sterilization unit and heat exchange department, the milk pipeline pass through degassing portion on demand, balance homogeneous portion, protect
Warm sterilization unit and heat exchange department enter next step by discharge end.
As a preferred solution of the present invention, it if the heat exchange department includes that wizened murderous intention plate is placed side by side, is sequentially formed
Balance first heat exchanger, balance second heat exchanger, third heat exchanger, the 4th heat exchanger and the 5th heat exchanger,
The milk pipeline is by sequentially through balance second heat exchanger, degassing portion, balancing homogeneous portion, third heat exchange balancing
Device, the 4th heat exchanger, heat preservation sterilization unit, third heat exchanger, balance second heat exchanger and balance first heat exchanger, after
It is discharged by discharge end.
As a preferred solution of the present invention, the heat preservation sterilization unit includes two multiple-effect sterilization tubes in parallel and single-action sterilization
Two end nodes of pipe, multiple-effect sterilization tube and single-action sterilization tube parallel pipeline fix the first sterilization valve and the second sterilization valve, the guarantor
Warm sterilization unit is set among milk pipeline by the first sterilization valve and the second sterilization valve at both ends.
The utility model has the advantages that
The invention proposes a kind of dairy processing systems, including a feed proportioning system, milk to enter feed proportioning system by genuine,
The feed proportioning system is connected separately with gelatinization cooling and fermentation system by the first triple valve and pasteurization system, the Pasteur kill
Fungus strain system discharge end is connected with fermentation system to be installed, one second triple valve be separately connected gelatinization cooling and fermentation system discharge end,
The discharge end for system to be installed of fermenting and the feeding end for deploying system to be installed for one or two times.It includes killing for milk that the present invention, which provides one kind,
Bacterium fermentation, gelatinization and mixed equipment complete the processing of milk by the cooperation of each system, and the system integration is high, can be efficient
High quality is fermented to obtain corresponding milk products to milk.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention without any creative labor, may be used also for those of ordinary skill in the art
To obtain other drawings based on these drawings.
Fig. 1 is attachment structure schematic diagram of the present invention；
Fig. 2 is feed proportioning system attachment structure schematic diagram of the present invention；
Fig. 3 is present invention fermentation system attachment structure schematic diagram to be installed；
Fig. 4 is gelatinization cooling and fermentation system attachment structure schematic diagram；
Fig. 5 is secondary allotment system attachment structure schematic diagram to be installed；
Fig. 6 pasteurization system attachment structure schematic diagram；
Fig. 7 is heating system structural schematic diagram in feed proportioning system.
In figure, feed proportioning system 1, material tank 11, heating system 12, drain valve 121, heat cycles pump 122, the first compensator
123, heat cycles water route 124, First Heat Exchanger 125, heating system steam generation facility 126, the second heat exchanger 127, mixing
Machine 13, is gelatinized system 14, distribution plate 15, the first valve node 16, circular route 17, brown stain line 18, and the second valve node 19 bar kills line
110, third valve node 111, the 4th valve node 112, the 5th valve node 113, gelatinization pump 114, former milk is transferred line 115, is cleaned back
Streamline 116, first flowmeter 117 are gelatinized filter 118,
It fermenting system 2 to be installed, fermentor 21, the first agitating device 211, the first spray equipment 212, ferment loop 213,
Online classification inoculation apparatus 22, ultraviolet light illuminator 221 add bacterium bucket 222, add bacterium threeway 223, filtrated air system 23, steam output pipe
Road 231, the first vapor filter 2311, air outlet conduits road 232, air filter 2321, the first changeover panel 24；
Gelatinization cooling and fermentation system 3, gelatinization fermentor 31, spray portion 311, the second agitating device 312, disinfection system 32,
Steam pipework 321, the second vapor filter 3211, sterile water lines 322, the first water filter 23 221, first fillter section 3222, inspection
Survey device 3223, waterway circulating portion 3224, the second water filter 23 225, homogeneous system 33, homogeneous pipeline 331, homogenizer 332, out
Material pump 34, cooling system 35, milk circulation line 351, temperature sensing device 352 are gelatinized first heat exchanger 353, and cold water follows
Endless tube road 354 is gelatinized second heat exchanger 355, ice water transfer pipeline 356, initial detection device 36；
Secondary allotment system 4 to be installed, mixing tank 41, spray thrower 411, blender 412, cooling cycle pipeline 42, discharge port
421, cooling end 422 is gelatinized homogeneous portion 423, second flowmeter 424, circulating pump 425, the first four-way valve 43, the second four-way valve
44, rinse part 45；
Pasteurization system 5, the second compensator 51, milk pipeline 52, feeding end 521, milk discharging pump 522, discharge end
523, balance first heat exchanger 53, balance second heat exchanger 54, third heat exchanger 55, the 4th heat exchanger 56, the 5th
Heat exchanger 57, hot water circulating pipeline 58, steam circulation pipeline 59 keep the temperature sterilization unit 510, and multiple-effect sterilization tube 5101, single-action is killed
Tube 5102, the first sterilization valve 5103, the second sterilization valve 5104, degassing portion 511, deaerate valve 5111, balances homogeneous portion 512, ice
Water lines 513；Sterile water systems 6.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that the described embodiment is only a part of the embodiment of the present invention, instead of all the embodiments.Based on this
Embodiment in invention, every other reality obtained by those of ordinary skill in the art without making creative efforts
Example is applied, shall fall within the protection scope of the present invention.
Dairy processing systems as shown in Figure 1, including a feed proportioning system 1, milk enter feed proportioning system 1 by genuine, match
Material system 1 is connected separately with gelatinization cooling and fermentation system 3 and pasteurization system 5, pasteurization system by the first triple valve
Discharge end is connected with fermentation system 2 to be installed, and one second triple valve is separately connected the discharge end of gelatinization cooling and fermentation system 3, fermentation
The discharge end of system 2 to be installed and the feeding end for deploying system 4 to be installed for one or two times.
Such as Fig. 2 feed proportioning system 1 shown in Fig. 7, including a material tank 11, material tank 11 include by upper port and lower port,
The lower port of material tank 11 connects one first valve node 16, and the first valve node 16 is rotatably connected pipe, as needed, choosing by one
Selecting property is connected with the valve node on several transfer pipelines, input/output of the transfer pipeline for liquid in material tank 11, completes
For the different operation of liquid.
Transfer pipeline includes the circular route being independently arranged, brown stain line 18, bar kill line 110, former milk is transferred line 115 and clear
Wash return wire 116.
Circular route 17, brown stain line 18, bar kill line 110, former milk transfers sequentially to set respectively on line 115 and cleaning return wire 116
There are the second valve node 19, third valve node 111, the 4th valve node 112 and the 5th valve node that can be connected to the first valve node 16
113。
Feed proportioning system is equipped with a distribution plate 15, and distribution plate 15 completes different transfer pipelines by the folding of different pipelines
Linking；
The upper port of the connection material tank 11 of distribution plate 15；
Distribution plate 15 connects circular route 17, brown stain line 18 and the head end for bar killing line 110；
The upper port of material tank 11 is also connected with first flowmeter 117.
The tail end of circular route 17 is connected to material tank 11；
Brown stain line 18, bar kill line 110, former milk is transferred line 115 and cleaning 116 tail end of return wire and external operating device company
It connects；
Former milk 115 head end of line of transferring is connected with milk container.
Circular route 17 is equipped with heating system 12 and batch mixer 13；
Heating system 12 includes two First Heat Exchangers 125 and the second heat exchanger 127 side by side, 125 He of First Heat Exchanger
It is equipped with a heat cycles water route 124 between second heat exchanger 127, heat cycles pump 122 is equipped in heat cycles water route 124；
The also external world one of heat cycles water route 124 is for controlling the first compensator 123 of water route temperature.
For circular route 17 by the second heat exchanger 127, First Heat Exchanger 125 is interior to be equipped with steam-heating pipe road, steam-heating pipe
Road end connects a heating system steam generation facility 126；
Steam-heating pipe road tail end connects a drain valve 121.
Brown stain line 18 is equipped with gelatinization pump 114, gelatinization filter 118 and gelatinization system 14, and gelatinization system 14 will be described brown
Liquid in modified line 18, which heats up, to be gelatinized.
Bar kill line connect with pasteurizing device, bar kills line and is equipped with and bar kills pump and bar kill filter.
Cleaning return wire 116 is connect with external high-pressure cleaning device.
Former milk is squeezed into tank by material pot bottom and is reacted by former milk line 115 of transferring, and the material after reaction passes through distribution
Disk 15 is assigned to the operation that next step is opened in different pipelines.
Fermentation as shown in Figure 3 system to be installed, including a fermentor 21, fermentor 21 are connected separately with liquid input tube
Road, air input passageway and output pipe, liquid input circuit include the online classification inoculation apparatus 22 on a feed inlet 25 and pipeline；
Air input passageway is filtrated air system 23, and filtrated air system 23 includes that in parallel and isolated operation steam is defeated
Pipeline 231 and air outlet conduits road 232 out.
Output pipe free end connection one can be with the first changeover panel 24 of other orifices.
Include inside fermentor 21 by the first agitating device 211 and the first spray equipment 212, the first spray equipment 212 with
Filtrated air system 23 connects.
There is a fermentation loop 213 on the outside of fermentor 21, fermentation 213 upper end of loop is connected with 21 upper port of fermentor；Fermentation
213 lower end of loop is connected with the fermentor lower port, and fermentation loop 213 is equipped with force (forcing) pump and fermentation detection sensor.
Online classification inoculation apparatus 22 includes a sterile storehouse, is equipped with ultraviolet light illuminator 221 in sterile storehouse, is additionally provided in sterile storehouse
One plus bacterium bucket 222 and with add bacterium bucket 222 connect plus bacterium threeway 223, add another two connector of bacterium threeway 223 respectively with online be inoculated with
The feeding inlet and discharge port of device are connected.Discharge port is connected to fermentor 21.
Free end is equipped with steam input terminal on steam output circuit 231, and steam output circuit 231 is equipped with the first steam mistake
Filter 2311.
Free end on air outlet conduits road 232 is equipped with air input, and air outlet conduits road is equipped with air filter
2321。
Gelatinization cooling and fermentation system 3 as shown in Figure 4, including gelatinization fermentor 31, gelatinization 31 top of fermentor are connected with
Disinfection system 32, gelatinization 31 lower end of fermentor are connected with discharging pipeline, and discharge nozzle road is equipped with discharging pump 34,33 and of homogeneous system
Cooling system 35, discharging pump 34, homogeneous system 33 and cooling system 35 are sequentially placed along discharging direction.
It is gelatinized in fermentor 311 and is equipped with spray portion 311 and the second agitating device 312, spray portion 311 and disinfection system 32 connect
It connects.
Disinfection system 32 includes in parallel and independent control steam pipework 321 and sterile water lines 322；
Steam pipework 321 includes the second vapor filter 3211 on steam inlet end and steam pipework 321.
Sterile water lines 322 are equipped with sterile water feeding end, and sterile water lines 322 are arranged in sequence the in sterile water flow direction
Two water filter 23s 225, detection device 3223 and the first water filter 23 221, a waterway circulating portion 3224 in parallel at detection device 3223,
Waterway circulating portion is set on the first fillter section 3222 between the first water filter 23 221 and the second water filter 23 225.
Homogeneous system 32 includes the homogeneous pipeline 331 in parallel with discharging pipeline, is equipped with homogenizer on homogeneous pipeline 331
332, the discharge nozzle road in parallel with homogeneous pipeline 331 is equipped with circulating pump.
Cooling system includes the gelatinization first heat exchanger 353 for being fixed on discharge nozzle road, discharge nozzle road be equipped with one with
It is gelatinized the milk circulation line 351 in parallel of first heat exchanger 353, milk circulation line 351 is equipped with milk pump.
A gelatinization second heat exchanger 355, the first heat exchange exchanger 353 and paste are equipped with below first heat exchange exchanger 353
Change second heat exchanger 355 to be connected by circulation by a circulating chilled water pipeline 354.
Also by one for cooling down the ice water transfer pipeline of circulating chilled water pipeline 354 in gelatinization second heat exchanger 355
356。
Temperature sensing device 352 is all equipped in the discharge end of discharging pipeline and the ice water delivery pipe 356.
Secondary allotment system to be installed as shown in Figure 5, the discrepancy pipeline including 41 lower end of mixing tank 41 and mixing tank enter and leave
Sequentially run through two four-way valves, respectively the first four-way valve 43 and the second four-way valve 44 on pipeline, a cooling cycle pipeline 42
Both ends are connected to the first four-way valve 43 and the second four-way valve 44 respectively.
First four-way valve 43 is also connected with a rinse part 45.
Second four-way valve 44 is also connected with discharge port 421.
Spray thrower 411 and blender 412 are equipped in mixing tank 41.
Circulating pump 425, are arranged in sequence by 43 to the second four-way valve of the first four-way valve, 44 direction on cooling cycle pipeline 42
Two flowmeters 424, homogenisation cycle system and cooling end 422.
Homogenisation cycle system includes a gelatinization homogeneous portion 423 being connected in parallel on cooling cycle pipeline 42.
It is equipped in homogenisation cycle system and circulates pump.
Pasteurization system as shown in FIG. 6, this system include one second compensator 51, and 51 both ends of the second compensator connect
The feeding end 521 and output milk that are connected to input milk carry out the milk pipeline 52 of processing sterilization, and system further includes having degassing portion
511, homogeneous portion 512, heat preservation sterilization unit 510 and heat exchange department are balanced, milk pipeline 52 is on demand by degassing portion 511, balance
Homogeneous portion 512, heat preservation sterilization unit 510 and heat exchange department enter next step by discharge end 523.
The initial end of milk pipeline 52 connects a milk discharging pump 522.
If heat exchange department includes that wizened murderous intention plate is placed side by side, balance first heat exchanger 53, the balance being sequentially formed
Second heat exchanger 54, third heat exchanger 55, the 4th heat exchanger 56 and the 5th heat exchanger 57.
Milk pipeline 52 is by the second compensator 51, sequentially through balance second heat exchanger 54, degassing portion 511, put down
Weigh homogeneous portion 512, third heat exchanger 55, the 4th heat exchanger 56, heat preservation sterilization unit 510, third heat exchanger 55, balance the
Two heat exchangers 54 and balance first heat exchanger 53, are discharged by discharge end 523 afterwards.
System includes hot water circulating pipeline 58, and hot water circulating pipeline 58 passes through the 4th heat exchanger 56 and the 5th heat exchanger
57。
System includes steam circulation pipeline 59, and steam circulation pipeline passes through the 5th heat exchanger 57.
System includes ice water pipeline 513, and ice water pipeline 513 passes through balance first heat exchanger 53.
Keeping the temperature sterilization unit 510 includes two multiple-effect sterilization tubes 5101 and single-action sterilization tube 5102 in parallel, multiple-effect sterilization tube
5101 and two end nodes of 5102 parallel pipeline of single-action sterilization tube fix the first sterilization valve 5103 and the second sterilization valve 5104, heat preservation
Sterilization unit 510 is set among milk pipeline 52 by the first sterilization valve 5103 and the second sterilization valve 5104 at both ends.
511 pan feeding portion, degassing portion is equipped with a degassing valve 5111, is equipped with one in degassing portion 511 and milk is helped to reduce the de- of foam
Gas tank.
It is the prior art that pipeline is sterilized in the present invention, and specific structure is not repeated, is interspersed on milk pipeline 52 in this system
Loop structure, valve arrangement and pump configuration can improve or slow down the conveying speed of milk in different parts.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in essence of the invention
Within mind and principle, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.
Claims (10)
1. dairy processing systems, including a feed proportioning system (1), milk enter feed proportioning system (1) by genuine, which is characterized in that
The feed proportioning system (1) is connected separately with gelatinization cooling and fermentation system (3) and pasteurization system (5) by the first triple valve,
The pasteurization system discharge end is connected with fermentation system (2) to be installed, and one second triple valve is separately connected gelatinization cooling and fermentation
The discharge end of system (3), the discharge end of fermentation system (2) to be installed and the feeding end for deploying system to be installed (4) for one or two times.
2. dairy processing systems according to claim 1, which is characterized in that system further includes having sterile water systems, described
Sterile water systems respectively with gelatinization cooling and fermentation system (3), secondary allotment system (4) to be installed, fermentation system (2) to be installed and Pasteur
Disinfection system (5) unilaterally connected.
3. dairy processing systems according to claim 1, which is characterized in that the feed proportioning system includes a material tank
(11), the material tank (11) includes by upper port and lower port, and the lower port of the material tank (11) connects one first valve section
Point (16), the first valve node (16) are rotatably connected pipe by one, as needed, it is selective on several transfer pipelines
The linking of valve node, input/output of the transfer pipeline for the interior liquid of the material tank (11) complete the different behaviour for liquid
Make.
4. dairy processing systems according to claim 3, which is characterized in that system to be installed of fermenting, including a fermentor
(21), the fermentor (21) is connected separately with liquid input circuit, air input passageway and output pipe, the liquid input
Pipeline includes the online classification inoculation apparatus (22) on a feed inlet (25) and pipeline；The air input passageway is filtrated air system
(23), the filtrated air system (23) includes in parallel and isolated operation steam output circuit (231) and air outlet conduits road
(232)。
5. dairy processing systems according to claim 4, which is characterized in that the online classification inoculation apparatus (22) includes a nothing
Bacterium storehouse is equipped with ultraviolet light illuminator (221) in the sterile storehouse, and one plus bacterium bucket (222) He Yujia is additionally provided in the sterile storehouse
Bacterium bucket (222) connection plus bacterium threeway (223), described plus bacterium threeway (223) another two connector respectively with online classification inoculation apparatus
Feeding inlet and discharge port linking, the discharge port are connected to fermentor (21).
6. dairy processing systems according to claim 1, which is characterized in that gelatinization cooling and fermentation system, including gelatinization hair
Fermentation tank (31), gelatinization fermentor (31) top are connected with disinfection system (32), the connection of the gelatinization fermentor (31) lower end
There is discharging pipeline, the discharge nozzle road is equipped with discharging pump (34), homogeneous system (33) and cooling system (35), the discharging pump
(34), homogeneous system (33) and cooling system (35) are sequentially placed along discharging direction.
7. dairy processing systems according to claim 1, which is characterized in that secondary allotment system to be installed, including mixing tank
(41) and the discrepancy pipeline of mixing tank (41) lower end, sequentially run through two four-way valves on the discrepancy pipeline, the respectively the 1st
Port valve (43) and the second four-way valve (44), the both ends of a cooling cycle pipeline (42) respectively with the first four-way valve (43) and the two or four
Port valve (44) connection.
8. dairy processing systems according to claim 1, which is characterized in that pasteurization system includes one second compensator
(51), the second compensator (51) both ends are connected with the feeding end (521) of input milk and output milk carries out processing sterilization
Milk pipeline (52), the system also includes have degassing portion (511), balance homogeneous portion (512), heat preservation sterilization unit (510) and
Heat exchange department, the milk pipeline (52) is on demand by degassing portion (511), balance homogeneous portion (512), heat preservation sterilization unit
(510) and heat exchange department, enter next step by discharge end (523).
9. dairy processing systems according to claim 8, which is characterized in that if the heat exchange department includes wizened murderous intention plate
Piece is placed side by side, the balance first heat exchanger (53) that is sequentially formed, balance second heat exchanger (54), third heat exchanger
(55), the 4th heat exchanger (56) and the 5th heat exchanger (57), the milk pipeline (52) is by the second compensator (51),
Sequentially through balance second heat exchanger (54), degassing portion (511), balance homogeneous portion (512), third heat exchanger (55), the
Four heat exchangers (56), heat preservation sterilization unit (510) and balance first heat exchanger (53), are discharged by discharge end (523) afterwards.
10. dairy processing systems according to claim 8, which is characterized in that the heat preservation sterilization unit (510) includes two
Multiple-effect sterilization tube (5101) and single-action sterilization tube (5102) in parallel, multiple-effect sterilization tube (5101) and single-action sterilization tube (5102) are simultaneously
Two end nodes on union road fix the first sterilization valve (5103) and the second sterilization valve (5104), and the heat preservation sterilization unit (510) is logical
It is intermediate that the first sterilization valve (5103) and the second sterilization valve (5104) for crossing both ends are set to milk pipeline (52).
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|---|---|---|---|
| CN201820978285.XU CN209268556U (en) | 2018-06-22 | 2018-06-22 | A kind of dairy processing systems |
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| CN201820978285.XU CN209268556U (en) | 2018-06-22 | 2018-06-22 | A kind of dairy processing systems |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117089447A (en) * | 2023-10-19 | 2023-11-21 | 靖江市马洲乳业有限公司 | Microorganism breeding device is used in milk fermentation |
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2018
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117089447A (en) * | 2023-10-19 | 2023-11-21 | 靖江市马洲乳业有限公司 | Microorganism breeding device is used in milk fermentation |
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