CN108759201A - A kind of freezing filtration device of double refrigeration systems - Google Patents
A kind of freezing filtration device of double refrigeration systems Download PDFInfo
- Publication number
- CN108759201A CN108759201A CN201810779559.7A CN201810779559A CN108759201A CN 108759201 A CN108759201 A CN 108759201A CN 201810779559 A CN201810779559 A CN 201810779559A CN 108759201 A CN108759201 A CN 108759201A
- Authority
- CN
- China
- Prior art keywords
- valves
- systems
- filters
- pumps
- pipeline
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25B—REFRIGERATION MACHINES, PLANTS OR SYSTEMS; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS
- F25B43/00—Arrangements for separating or purifying gases or liquids; Arrangements for vaporising the residuum of liquid refrigerant, e.g. by heat
- F25B43/003—Filters
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25B—REFRIGERATION MACHINES, PLANTS OR SYSTEMS; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS
- F25B41/00—Fluid-circulation arrangements
- F25B41/20—Disposition of valves, e.g. of on-off valves or flow control valves
Landscapes
- Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Mechanical Engineering (AREA)
- Thermal Sciences (AREA)
- General Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Analytical Chemistry (AREA)
- Power Engineering (AREA)
- Devices That Are Associated With Refrigeration Equipment (AREA)
Abstract
The present invention is to provide a kind of freezing filtration device of double refrigeration systems, including：Z8 refrigeration systems, Z8Z refrigeration systems, A cooling water recirculation systems, AA cooling water recirculation systems, B cooling water recirculation systems, BB cooling water recirculation systems, A coolant circulating systems, AA coolant circulating systems, B coolant circulating systems, BB coolant circulating systems, the cold feed liquor systems of A, the cold feed liquor systems of B, the cold feed liquor systems of C, soil series system is hung in A filters, soil series system is hung in B filters, soil series system is hung in C filters, A systemic circulation cooling systems, B systemic circulation cooling systems, C systemic circulation cooling systems, A freezing and filtering systems, B freezing and filtering systems, C freezing and filtering systems, the normal feed liquor systems of D, the normal feed liquor systems of E, the normal feed liquor systems of F, the normal feed liquor systems of G, D room temperature filtration systems, E room temperature filtration systems, F room temperature filtration systems, G room temperature filtration systems, A add-on systems, B add-on systems；The arrangement increases working efficiency, production cost is reduced, freezing and filtering, room temperature filtering and quickly cooling technique etc. is realized respectively, completes a preparation and a use performance of refrigeration system homotype element.
Description
Technical field
The present invention relates to a kind of freezing filtration devices in filtering flow field, and in particular to a kind of freezing of double refrigeration systems
Filter device.
Technical background
Currently, in the filtering of the industries liquid such as medicine, chemical industry, light industry, drink, the single work(of freezing and filtering unit in the market
It can freeze and filter disjunctor realization to be completed to filter at low temperature by filtrate body, Multifunctional resource, which can not achieve, to be caused to waste；Due to
Freezing and filtering unit equipment is multicomponent combination, is not that the equipment component seller of vulnerable part is not usually spare with buyer, is producing
Occur equipment single element failure in the process and will result in a whole set of compressor emergency shutdown, it is necessary to until that could be produced after troubleshooting, have
Equipment component need repairing or replace, but repair or procurement cycle will be 1 week~3 months, thus delay and produce, such as carry
High efficiency performance is more multi-functional to have much room for improvement.
Invention content
In view of the above-mentioned problems, it is an object of the invention to provide a kind of freezing filtration device of double refrigeration systems, which improves
Working efficiency reduces production cost, realizes freezing and filtering, room temperature filtering and quickly cooling technique etc. respectively, completes refrigeration system
The a preparation and a use performance of system homotype element.
A kind of freezing filtration device of double refrigeration systems, including：Z8 refrigeration systems, Z8Z refrigeration systems, A cooling waters
The circulatory system, AA cooling water recirculation systems, B cooling water recirculation systems, BB cooling water recirculation systems, A coolant circulating systems, AA are cold
The cold feed liquor system of matchmaker's circulatory system, B coolant circulating systems, BB coolant circulating systems, A, the cold feed liquor systems of B, the cold feed liquor systems of C, A
Filter extension soil series system, B filters hang soil series system, C is filtered and hung soil series system, A systemic circulations cooling system, B systemic circulations cooling system, C systemic circulations drop
The normal feed liquor system of warm system, A freezing and filtering systems, B freezing and filtering systems, C freezing and filtering systems, D, the normal feed liquor systems of E, F are normal
The normal feed liquor system of feed liquor system, G, D room temperature filtration system, E room temperature filtration system, F room temperature filtration system, G room temperature filtration system,
A add-on systems, B add-on systems.
The A cooling water recirculation systems include：B2 valves, Z12 cooling towers, B1 valves, G6 cooling pumps, T3 valves, T4 valves pass through pipe
Road and the condenser inlet and outlet connection of the Z8 refrigeration systems form A cooling water circulation loops；
The AA cooling water recirculation systems include：The B2 valves, the Z12 cooling towers, the B1 valves, the G6 cooling pumps, T3T
Valve, T4T valves form AA cooling water circulation loops by pipeline and the inlet and outlet connection of the condenser of the Z8Z refrigeration systems；
The B cooling water recirculation systems include：B3 valves, Z11 exchangers, E6 valves, the Z12 cooling towers, the B1 valves, the G6
Cooling pump, the T3 valves, the T4 valves form B cooling waters by pipeline and the inlet and outlet connection of the condenser of the Z8 refrigeration systems
Circulation loop；
The BB cooling water recirculation systems include：The B3 valves, the Z11 exchangers, the E6 valves, the Z12 cooling towers, institute
B1 valves, the G6 cooling pumps, the T3T valves, the T4T valves is stated to pass in and out by pipeline and the condenser of the Z8Z refrigeration systems
Mouth connection forms BB cooling water circulation loops；
The A coolant circulating systems include：A1 valves, Z9 refrigerant tanks, A2 valves, G7 refrigerant pumps, A3 valves, Z3 exchangers, A4 valves, T1
Valve, T2 valves connect to form A refrigerant circulation circuits by pipeline with the evaporator inlet-outlet of the Z8 refrigeration systems；
The AA coolant circulating systems include：The A1 valves, the Z9 refrigerant tanks, the A2 valves, the G7 refrigerant pumps, the A3
Valve, the Z3 exchangers, the A4 valves, T1T valves, T2T valves are connected by pipeline and the evaporator inlet-outlet of the Z8Z refrigeration systems
It connects to form AA refrigerant circulation circuits；
The B coolant circulating systems include：The A1 valves, the Z9 refrigerant tanks, the A2 valves, the G7 refrigerant pumps, A5 valves,
Z10 exchangers, A6 valves, the T1 valves, the T2 valves connect shape by pipeline with the evaporator inlet-outlet of the Z8 refrigeration systems
At B refrigerant circulation circuits；
The BB coolant circulating systems include：The A1 valves, the Z9 refrigerant tanks, the A2 valves, the G7 refrigerant pumps, the A5
The evaporation that valve, the Z10 exchangers, the A6 valves, the T1T valves, the T2T valves pass through pipeline and the Z8Z refrigeration systems
Device inlet and outlet connection forms BB refrigerant circulation circuits；
The cold feed liquor systems of A include：Z1 protects filter, C1 valves, G1 pumps, Z2 exchangers, the Z3 exchangers, C2 valves, A9
Valve, G2 pumps, Z4 filters, C3 valves, E5 valves, Z5 agitator tanks, C4 valves, G3 pump, Z6 filters connect to form the cold feed liquors of A by pipeline
Circuit；
The cold feed liquor systems of B include：The Z1 shields filter, the C1 valves, G1 pumps, the Z2 exchangers, the Z3 are handed over
Parallel operation, the C2 valves, the A9 valves, G2 pumps, the Z4 filters, the C3 valves, the E5 valves, the Z5 agitator tanks are logical
Piping connects to form the cold feed liquor circuits B；
The cold feed liquor systems of C include：The Z1 shields filter, the C1 valves, G1 pumps, the Z2 exchangers, the Z3 are handed over
Parallel operation, the C2 valves, D2 valves, M7 valves, G3 pumps, the Z6 filters, D5 valves, the E5 valves, the Z5 agitator tanks pass through
Pipeline connects to form the cold feed liquor circuits C；
Soil series system is hung in the A filters：C8 valves, the A9 valves, G2 pumps, the Z4 filters, the C3 valves, the E5
Valve, the Z5 agitator tanks connect to form the Z4 filters precoating filter aid circulation loop by pipeline；
Soil series system is hung in the B filters：D8 valves, G3 pumps, the Z6 filters, the D5 valves, the E5 valves, the Z5 are stirred
Tank is mixed to connect to form the Z6 filters precoating filter aid circulation loop by pipeline；
Soil series system is hung in the C filters：C7 valves, G4 pumps, Z7 filters, E4 valves, the E5 valves, the Z5 agitator tanks pass through pipeline
Connection forms the Z7 filters precoating filter aid circulation loop；
The A systemic circulations cooling system includes：E1 valves, the Z2 exchangers, the Z3 exchangers, the C2 valves, the A9 valves,
The G2 pumps, the Z4 filters, the C3 valves, the C4 valves, the G3 pump, the Z6 filters, C5 valves, the Z2 are exchanged
Device connects to form A systemic circulations cooling circuit by pipeline；
The B systemic circulations cooling system includes：It is the E1 valves, the Z2 exchangers, the Z3 exchangers, the C2 valves, described
A9 valves, G2 pumps, the Z4 filters, the C3 valves, F1 valves, the Z2 exchangers connect to form B systemic circulations by pipeline
Cool down circuit；
The C systemic circulations cooling system includes：It is the E1 valves, the Z2 exchangers, the Z3 exchangers, the C2 valves, described
D2 valves, the M7 valves, G3 pumps, the Z6 filters, the C5 valves, the Z2 exchangers connect that form C big by pipeline
Circulation temperature lowering circuit；
The A freezing and filtering systems include：The Z1 shields filter, the C1 valves, G1 pumps, the Z2 exchangers, the Z3
Exchanger, the C2 valves, the A9 valves, G2 pumps, the Z4 filters, the C3 valves, the C4 valves, the G3 pump, institute
State Z6 filters, the C5 valves, the Z2 exchangers, G4 pumps, the Z7 filters, C6 valves connect to form A by pipeline
Freezing and filtering circuit；
The B freezing and filtering systems include：The Z1 shields filter, the C1 valves, G1 pumps, the Z2 exchangers, the Z3
Exchanger, the C2 valves, the A9 valves, G2 pumps, the Z4 filters, the C3 valves, the F1 valves, the Z2 are exchanged
Device, G4 pumps, the Z7 filters, the C6 valves connect to form B freezing and filterings circuit by pipeline；
The C freezing and filtering systems include：The Z1 shields filter, the C1 valves, G1 pumps, the Z2 exchangers, the Z3
Exchanger, the C2 valves, the D2 valves, the M7 valves, G3 pumps, the Z6 filters, the C5 valves, the Z2 are exchanged
Device, G4 pumps, the Z7 filters, the C6 valves connect to form C freezing and filterings circuit by pipeline；
The normal feed liquor systems of D include：The Z1 shields filter, D1 valves, the D2 valves, the A9 valves, G2 pumps, the Z4 mistakes
Filter, the C3 valves, the E5 valves, the Z5 agitator tanks, the C4 valves, G3 pumps, the Z6 filters are connected by pipeline
It connects to form the normal feed liquor circuits D；
The normal feed liquor systems of E include：The Z1 shields filter, the D1 valves, the D2 valves, the A9 valves, the G2 are pumped, are described
Z4 filters, the C3 valves, the E5 valves, the Z5 agitator tanks piping connect to form the normal feed liquor circuits E；
The normal feed liquor systems of F include：Z1 shield filter, the D1 valves, the M7 valves, G3 pumps, the Z6 filters,
The D5 valves, the E5 valves, the Z5 agitator tanks connect to form the normal feed liquor circuits F by pipeline；
The normal feed liquor systems of G include：It is Z1 shield filter, the D1 valves, F2 valves, G4 pumps, the Z7 filters, described
E4 valves, the E5 valves, the Z5 agitator tanks connect to form the normal feed liquor circuits G by pipeline；
The D room temperature filtration system includes：The Z1 shields filter, the D1 valves, the D2 valves, the A9 valves, G2 pumps, institute
State Z4 filters, the C3 valves, the C4 valves, G3 pumps, the Z6 filters, D4 valves connect to form D room temperature by pipeline
Filtration circuit；
The E room temperature filtration system includes：The Z1 shields filter, the D1 valves, the D2 valves, the A9 valves, G2 pumps, institute
State Z4 filters, D3 valves connect to form E room temperature filtration circuits by pipeline；
The F room temperature filtration system includes：The Z1 shields filter, the D1 valves, the M7 valves, G3 pumps, Z6 filterings
Machine, the D4 valves connect to form F room temperature filtration circuits by pipeline；
The G room temperature filtration system includes：The Z1 shields filter, the F2 valves, G4 pumps, the Z7 filters, the C6
Valve connects to form G room temperature filtration circuits by pipeline；
The A add-on systems include：The Z5 agitator tanks, G5 additions pump, D6 valves, the Z4 filters connect to be formed by pipeline
A adds circuit；
The B add-on systems include：The Z5 agitator tanks, G5 additions pump, D7 valves, the Z6 filters are connected by pipeline
It forms B and adds circuit.
The present invention can realize that freezing and filtering, room temperature filtering, quickly cooling are handed over automated and semi-automatic operating procedure respectively
Change, speed heat exchange etc. processes use be to select according to demand, operating procedure is described below, before executing each single item system, own
System is all that closed state has reached and waits for service requirement, and the pump element in execution system is opened and closed according to designer's design requirement
（Pump belongs to closed state into pipe path individually in some execution systems）, all elements, which have not represented, opens and closes function as exchanged
Device, filter etc..Because equipment operating procedures is more, is not written in patent if any individual links known technology, is solved by designer
It releases, example exhaust valve pipeline gets rid of native device etc..
Similarly, the Z8 refrigeration is for the Z8 refrigeration systems and adaption system and the Z8Z refrigeration systems and adaption system
System and the Z8Z refrigeration systems category the using and the reserved principle.
Execute a speed heat swap operation：Start the B cooling water recirculation systems, the A coolant circulating systems (or the B
Coolant circulating system）, start the Z8 refrigeration systems later, the liquid exchanged later starts G10 by pipeline and is pumped into institute
It states Z11 exchangers to swap, realizes a speed heat exchange process.
Execute two speed heat swap operations：It is (or described to start the BB cooling water recirculation systems, the AA coolant circulating systems
BB coolant circulating systems）, start the Z8Z refrigeration systems later, the liquid exchanged later starts the G10 by pipeline and pumps
It is sent into the Z11 exchangers to swap, realizes two speed heat exchange process.
Execute a quickly cooling swap operation：Start the A cooling water recirculation systems（Or the B cooling water recirculation systems）And institute
B coolant circulating systems are stated, start the Z8 refrigeration systems later, the liquid exchanged later starts G8 by pipeline and is pumped into institute
It states Z10 exchangers to swap, realizes a quickly cooling exchange process.
Execute two quickly cooling swap operations：Start the AA cooling water recirculation systems（Or the BB cooling water recirculation systems）With
The BB coolant circulating systems, start the Z8Z refrigeration systems later, and the liquid exchanged later starts the G8 by pipeline
It is pumped into the Z10 exchangers to swap, realizes two quickly cooling exchange process.
Execute the A freezing and filtering systems operation：Start the cold feed liquor system completion feed liquors of the A to be turned off, Zhi Houqi
The dynamic A filters extension soil series system carries out precoating drainage to the Z4 filters and is situated between, completes and closes, and starts the B filters extension soil later
System carries out precoating drainage to the Z6 filters and is situated between, completes and closes；Start A cooling water recirculation systems and described simultaneously
A coolant circulating systems start the Z8 refrigeration systems and carry out cold energy energy storage later；Start later when cold energy energy storage reaches requirement
The A systemic circulations cooling system is closed the A systemic circulations cooling system, is started later later when cooling reaches filtering requirement
The A freezing and filtering systems and the A add-on systems carry out normal filtration.
Execute the B freezing and filtering systems operation：Start the cold feed liquor system completion feed liquors of the B to be turned off, it is right later
The A filters hang soil series system and carry out precoating drainage Jie, complete and close；Start the A cooling water recirculation systems simultaneously and the A is cold
Matchmaker's circulatory system starts the Z8 refrigeration systems and carries out cold energy energy storage later；Start institute when cold energy energy storage reaches requirement later
B systemic circulation cooling systems are stated, later when cooling reaches filtering requirement, the B systemic circulations cooling system is closed, starts institute later
It states B freezing and filtering systems and the A add-on systems carries out normal filtration.
Execute the C freezing and filtering systems operation：Start the cold feed liquor system completion feed liquors of the C to be turned off, it is right later
The B filters hang soil series system and carry out precoating drainage Jie, complete and close；Start the A cooling water recirculation systems simultaneously and the A is cold
Matchmaker's circulatory system starts the Z8 refrigeration systems and carries out cold energy energy storage later；Start institute when cold energy energy storage reaches requirement later
C systemic circulation cooling systems are stated, later when cooling reaches filtering requirement, the C systemic circulations cooling system is closed, starts institute later
It states C freezing and filtering systems and the B add-on systems carries out normal filtration.
Execute the D room temperature filtration system operation：Start the normal feed liquor systems of the D, completion feed liquor is turned off, Zhi Houqi
The dynamic A filters extension soil series system carries out precoating drainage to the Z4 filters and is situated between, completes and closes, and starts the B filters extension soil later
System carries out precoating drainage to the Z6 filters and is situated between, completes and closes, and starts the D room temperature filtration system and the A later
Add-on system, into normal filtration.
Execute the E room temperature filtration system operation：Start the normal feed liquor systems of the E, completion feed liquor is turned off, Zhi Houqi
The dynamic A filters extension soil series system carries out precoating drainage to the Z4 filters and is situated between, completes and closes, and starts the E room temperature mistake later
Filter system and the A add-on systems, into normal filtration.
Execute the F room temperature filtration system operation：Start the normal feed liquor systems of the F, completion feed liquor is turned off, Zhi Houqi
The dynamic B filters extension soil series system carries out precoating drainage to the Z6 filters and is situated between, completes and closes, and starts the F room temperature mistake later
Filter system and the B add-on systems, into normal filtration.
Execute the G room temperature filtration system operation：Start the normal feed liquor systems of the G, completion feed liquor is turned off, Zhi Houqi
The dynamic C filters extension soil series system carries out precoating drainage to the Z7 filters and is situated between, completes and closes, and starts the G room temperature mistake later
Filter system, into normal filtration.
Description of the drawings
Fig. 1 is the structural schematic diagram of the present invention；
B2 valves, Z12 cooling towers, B1 valves, G6 cooling pumps, T3 valves, T4 valves, T3T valves, T4T valves, B3 valves, Z11 exchangers, E6 valves, A1
Valve, Z9 refrigerant tanks, A2 valves, G7 refrigerant pumps, A3 valves, Z3 exchangers, A4 valves, T1 valves, T2 valves, T1T valves, T2T valves, A5 valves, Z10 are handed over
Parallel operation, A6 valves, Z1 shields filter, C1 valves, G1 pumps, Z2 exchangers, C2 valves, A9 valves, G2 pump, Z4 filters, C3 valves, E5 valves, Z5 are stirred
Mix tank, C4 valves, G3 pumps, Z6 filters, D2 valves, M7 valves, D5 valves, C8 valves, D8 valves, C7 valves, G4 pump, Z7 filters, E4 valves, E1
Valve, C5 valves, F1 valves, D1 valves, C6 valves, D4 valves, D3 valves, F2 valves, G8 pumps, G10 pumps, G5 additions pump, D6 valves, Z8 refrigeration systems, Z8Z
Refrigeration system.
Specific implementation mode
In conjunction with attached drawing and foregoing invention content, the present invention is described in further detail.Referring to Fig.1, mesh of the invention
A kind of freezing filtration device of double refrigeration systems of offer, the arrangement increases working efficiency, reduce production cost, realize respectively
Freezing and filtering, room temperature filtering and quickly cooling technique etc., complete a preparation and a use performance of refrigeration system homotype element.
A kind of freezing filtration device of double refrigeration systems, including：Z8 refrigeration systems, Z8Z refrigeration systems, A cooling waters
The circulatory system, AA cooling water recirculation systems, B cooling water recirculation systems, BB cooling water recirculation systems, A coolant circulating systems, AA are cold
The cold feed liquor system of matchmaker's circulatory system, B coolant circulating systems, BB coolant circulating systems, A, the cold feed liquor systems of B, the cold feed liquor systems of C, A
Filter extension soil series system, B filters hang soil series system, C is filtered and hung soil series system, A systemic circulations cooling system, B systemic circulations cooling system, C systemic circulations drop
The normal feed liquor system of warm system, A freezing and filtering systems, B freezing and filtering systems, C freezing and filtering systems, D, the normal feed liquor systems of E, F are normal
The normal feed liquor system of feed liquor system, G, D room temperature filtration system, E room temperature filtration system, F room temperature filtration system, G room temperature filtration system,
A add-on systems, B add-on systems.
The A cooling water recirculation systems include：B2 valves, Z12 cooling towers, B1 valves, G6 cooling pumps, T3 valves, T4 valves pass through pipe
Road and the condenser inlet and outlet connection of the Z8 refrigeration systems form A cooling water circulation loops；
The AA cooling water recirculation systems include：The B2 valves, the Z12 cooling towers, the B1 valves, the G6 cooling pumps, T3T
Valve, T4T valves form AA cooling water circulation loops by pipeline and the inlet and outlet connection of the condenser of the Z8Z refrigeration systems；
The B cooling water recirculation systems include：B3 valves, Z11 exchangers, E6 valves, the Z12 cooling towers, the B1 valves, the G6
Cooling pump, the T3 valves, the T4 valves form B cooling waters by pipeline and the inlet and outlet connection of the condenser of the Z8 refrigeration systems
Circulation loop；
The BB cooling water recirculation systems include：The B3 valves, the Z11 exchangers, the E6 valves, the Z12 cooling towers, institute
B1 valves, the G6 cooling pumps, the T3T valves, the T4T valves is stated to pass in and out by pipeline and the condenser of the Z8Z refrigeration systems
Mouth connection forms BB cooling water circulation loops；
The A coolant circulating systems include：A1 valves, Z9 refrigerant tanks, A2 valves, G7 refrigerant pumps, A3 valves, Z3 exchangers, A4 valves, T1
Valve, T2 valves connect to form A refrigerant circulation circuits by pipeline with the evaporator inlet-outlet of the Z8 refrigeration systems；
The AA coolant circulating systems include：The A1 valves, the Z9 refrigerant tanks, the A2 valves, the G7 refrigerant pumps, the A3
Valve, the Z3 exchangers, the A4 valves, T1T valves, T2T valves are connected by pipeline and the evaporator inlet-outlet of the Z8Z refrigeration systems
It connects to form AA refrigerant circulation circuits；
The B coolant circulating systems include：The A1 valves, the Z9 refrigerant tanks, the A2 valves, the G7 refrigerant pumps, A5 valves,
Z10 exchangers, A6 valves, the T1 valves, the T2 valves connect shape by pipeline with the evaporator inlet-outlet of the Z8 refrigeration systems
At B refrigerant circulation circuits；
The BB coolant circulating systems include：The A1 valves, the Z9 refrigerant tanks, the A2 valves, the G7 refrigerant pumps, the A5
The evaporation that valve, the Z10 exchangers, the A6 valves, the T1T valves, the T2T valves pass through pipeline and the Z8Z refrigeration systems
Device inlet and outlet connection forms BB refrigerant circulation circuits；
The cold feed liquor systems of A include：Z1 protects filter, C1 valves, G1 pumps, Z2 exchangers, the Z3 exchangers, C2 valves, A9
Valve, G2 pumps, Z4 filters, C3 valves, E5 valves, Z5 agitator tanks, C4 valves, G3 pump, Z6 filters connect to form the cold feed liquors of A by pipeline
Circuit；
The cold feed liquor systems of B include：The Z1 shields filter, the C1 valves, G1 pumps, the Z2 exchangers, the Z3 are handed over
Parallel operation, the C2 valves, the A9 valves, G2 pumps, the Z4 filters, the C3 valves, the E5 valves, the Z5 agitator tanks are logical
Piping connects to form the cold feed liquor circuits B；
The cold feed liquor systems of C include：The Z1 shields filter, the C1 valves, G1 pumps, the Z2 exchangers, the Z3 are handed over
Parallel operation, the C2 valves, D2 valves, M7 valves, G3 pumps, the Z6 filters, D5 valves, the E5 valves, the Z5 agitator tanks pass through
Pipeline connects to form the cold feed liquor circuits C；
Soil series system is hung in the A filters：C8 valves, the A9 valves, G2 pumps, the Z4 filters, the C3 valves, the E5
Valve, the Z5 agitator tanks connect to form the Z4 filters precoating filter aid circulation loop by pipeline；
Soil series system is hung in the B filters：D8 valves, G3 pumps, the Z6 filters, the D5 valves, the E5 valves, the Z5 are stirred
Tank is mixed to connect to form the Z6 filters precoating filter aid circulation loop by pipeline；
Soil series system is hung in the C filters：C7 valves, G4 pumps, Z7 filters, E4 valves, the E5 valves, the Z5 agitator tanks pass through pipeline
Connection forms the Z7 filters precoating filter aid circulation loop；
The A systemic circulations cooling system includes：E1 valves, the Z2 exchangers, the Z3 exchangers, the C2 valves, the A9 valves,
The G2 pumps, the Z4 filters, the C3 valves, the C4 valves, the G3 pump, the Z6 filters, C5 valves, the Z2 are exchanged
Device connects to form A systemic circulations cooling circuit by pipeline；
The B systemic circulations cooling system includes：It is the E1 valves, the Z2 exchangers, the Z3 exchangers, the C2 valves, described
A9 valves, G2 pumps, the Z4 filters, the C3 valves, F1 valves, the Z2 exchangers connect to form B systemic circulations by pipeline
Cool down circuit；
The C systemic circulations cooling system includes：It is the E1 valves, the Z2 exchangers, the Z3 exchangers, the C2 valves, described
D2 valves, the M7 valves, G3 pumps, the Z6 filters, the C5 valves, the Z2 exchangers connect that form C big by pipeline
Circulation temperature lowering circuit；
The A freezing and filtering systems include：The Z1 shields filter, the C1 valves, G1 pumps, the Z2 exchangers, the Z3
Exchanger, the C2 valves, the A9 valves, G2 pumps, the Z4 filters, the C3 valves, the C4 valves, the G3 pump, institute
State Z6 filters, the C5 valves, the Z2 exchangers, G4 pumps, the Z7 filters, C6 valves connect to form A by pipeline
Freezing and filtering circuit；
The B freezing and filtering systems include：The Z1 shields filter, the C1 valves, G1 pumps, the Z2 exchangers, the Z3
Exchanger, the C2 valves, the A9 valves, G2 pumps, the Z4 filters, the C3 valves, the F1 valves, the Z2 are exchanged
Device, G4 pumps, the Z7 filters, the C6 valves connect to form B freezing and filterings circuit by pipeline；
The C freezing and filtering systems include：The Z1 shields filter, the C1 valves, G1 pumps, the Z2 exchangers, the Z3
Exchanger, the C2 valves, the D2 valves, the M7 valves, G3 pumps, the Z6 filters, the C5 valves, the Z2 are exchanged
Device, G4 pumps, the Z7 filters, the C6 valves connect to form C freezing and filterings circuit by pipeline；
The normal feed liquor systems of D include：The Z1 shields filter, D1 valves, the D2 valves, the A9 valves, G2 pumps, the Z4 mistakes
Filter, the C3 valves, the E5 valves, the Z5 agitator tanks, the C4 valves, G3 pumps, the Z6 filters are connected by pipeline
It connects to form the normal feed liquor circuits D；
The normal feed liquor systems of E include：The Z1 shields filter, the D1 valves, the D2 valves, the A9 valves, the G2 are pumped, are described
Z4 filters, the C3 valves, the E5 valves, the Z5 agitator tanks piping connect to form the normal feed liquor circuits E；
The normal feed liquor systems of F include：Z1 shield filter, the D1 valves, the M7 valves, G3 pumps, the Z6 filters,
The D5 valves, the E5 valves, the Z5 agitator tanks connect to form the normal feed liquor circuits F by pipeline；
The normal feed liquor systems of G include：It is Z1 shield filter, the D1 valves, F2 valves, G4 pumps, the Z7 filters, described
E4 valves, the E5 valves, the Z5 agitator tanks connect to form the normal feed liquor circuits G by pipeline；
The D room temperature filtration system includes：The Z1 shields filter, the D1 valves, the D2 valves, the A9 valves, G2 pumps, institute
State Z4 filters, the C3 valves, the C4 valves, G3 pumps, the Z6 filters, D4 valves connect to form D room temperature by pipeline
Filtration circuit；
The E room temperature filtration system includes：The Z1 shields filter, the D1 valves, the D2 valves, the A9 valves, G2 pumps, institute
State Z4 filters, D3 valves connect to form E room temperature filtration circuits by pipeline；
The F room temperature filtration system includes：The Z1 shields filter, the D1 valves, the M7 valves, G3 pumps, Z6 filterings
Machine, the D4 valves connect to form F room temperature filtration circuits by pipeline；
The G room temperature filtration system includes：The Z1 shields filter, the F2 valves, G4 pumps, the Z7 filters, the C6
Valve connects to form G room temperature filtration circuits by pipeline；
The A add-on systems include：The Z5 agitator tanks, G5 additions pump, D6 valves, the Z4 filters connect to be formed by pipeline
A adds circuit；
The B add-on systems include：The Z5 agitator tanks, G5 additions pump, D7 valves, the Z6 filters are connected by pipeline
It forms B and adds circuit.
The present invention can realize that freezing and filtering, room temperature filtering, quickly cooling are handed over automated and semi-automatic operating procedure respectively
Change, speed heat exchange etc. processes use be to select according to demand, operating procedure is described below, before executing each single item system, own
System is all that closed state has reached and waits for service requirement, and the pump element in execution system is opened and closed according to designer's design requirement
（Pump belongs to closed state into pipe path individually in some execution systems）, all elements, which have not represented, opens and closes function as exchanged
Device, filter etc..Because equipment operating procedures is more, is not written in patent if any individual links known technology, is solved by designer
It releases, example exhaust valve pipeline gets rid of native device etc..
Similarly, the Z8 refrigeration is for the Z8 refrigeration systems and adaption system and the Z8Z refrigeration systems and adaption system
System and the Z8Z refrigeration systems category the using and the reserved principle.
Execute a speed heat swap operation：Start the B cooling water recirculation systems, the A coolant circulating systems (or the B
Coolant circulating system）, start the Z8 refrigeration systems later, the liquid exchanged later starts G10 by pipeline and is pumped into institute
It states Z11 exchangers to swap, realizes a speed heat exchange process.
Execute two speed heat swap operations：It is (or described to start the BB cooling water recirculation systems, the AA coolant circulating systems
BB coolant circulating systems）, start the Z8Z refrigeration systems later, the liquid exchanged later starts the G10 by pipeline and pumps
It is sent into the Z11 exchangers to swap, realizes two speed heat exchange process.
Execute a quickly cooling swap operation：Start the A cooling water recirculation systems（Or the B cooling water recirculation systems）And institute
B coolant circulating systems are stated, start the Z8 refrigeration systems later, the liquid exchanged later starts G8 by pipeline and is pumped into institute
It states Z10 exchangers to swap, realizes a quickly cooling exchange process.
Execute two quickly cooling swap operations：Start the AA cooling water recirculation systems（Or the BB cooling water recirculation systems）With
The BB coolant circulating systems, start the Z8Z refrigeration systems later, described in the liquid exchanged later is started by pipeline
G8 is pumped into the Z10 exchangers and swaps, and realizes two quickly cooling exchange process.
Execute the A freezing and filtering systems operation：Start the cold feed liquor system completion feed liquors of the A to be turned off, starts institute later
It states A filters extension soil series system to carry out precoating drainage Jie to the Z4 filters, complete and close, starts the B filters extension soil series system later
Precoating drainage is carried out to the Z6 filters to be situated between, complete and close；Start the A cooling water recirculation systems simultaneously and the A is cold
Matchmaker's circulatory system starts the Z8 refrigeration systems and carries out cold energy energy storage later（Or start the AA cooling water recirculation systems simultaneously
With the AA coolant circulating systems, starts the Z8Z refrigeration systems later and carry out cold energy energy storage）；Later when cold energy energy storage reaches
It is required that when start the A systemic circulations cooling system, later when cooling reaches filtering requirement, close A systemic circulations cooling system
System, starts the A freezing and filtering systems later and the A add-on systems carry out normal filtration.
Execute the B freezing and filtering systems operation：Start the cold feed liquor system completion feed liquors of the B to be turned off, it is right later
The A filters hang soil series system and carry out precoating drainage Jie, complete and close；Start the A cooling water recirculation systems simultaneously and the A is cold
Matchmaker's circulatory system starts the Z8 refrigeration systems and carries out cold energy energy storage later（Or start the AA cooling water recirculation systems simultaneously
With the AA coolant circulating systems, starts the Z8Z refrigeration systems later and carry out cold energy energy storage）；Later when cold energy energy storage reaches
It is required that when start the B systemic circulations cooling system, later when cooling reaches filtering requirement, close B systemic circulations cooling system
System, starts the B freezing and filtering systems later and the A add-on systems carry out normal filtration.
Execute the C freezing and filtering systems operation：Start the cold feed liquor system completion feed liquors of the C to be turned off, it is right later
The B filters hang soil series system and carry out precoating drainage Jie, complete and close；Start the A cooling water recirculation systems simultaneously and the A is cold
Matchmaker's circulatory system starts the Z8 refrigeration systems and carries out cold energy energy storage later（Or start the AA cooling water recirculation systems simultaneously
With the AA coolant circulating systems, starts the Z8Z refrigeration systems later and carry out cold energy energy storage）；Later when cold energy energy storage reaches
It is required that when start the C systemic circulations cooling system, later when cooling reaches filtering requirement, close C systemic circulations cooling system
System, starts the C freezing and filtering systems later and the B add-on systems carry out normal filtration.
Execute the D room temperature filtration system operation：Start the normal feed liquor systems of the D, completion feed liquor is turned off, Zhi Houqi
The dynamic A filters extension soil series system carries out precoating drainage to the Z4 filters and is situated between, completes and closes, and starts the B filters extension soil later
System carries out precoating drainage to the Z6 filters and is situated between, completes and closes, and starts the D room temperature filtration system and the A later
Add-on system, into normal filtration.
Execute the E room temperature filtration system operation：Start the normal feed liquor systems of the E, completion feed liquor is turned off, Zhi Houqi
The dynamic A filters extension soil series system carries out precoating drainage to the Z4 filters and is situated between, completes and closes, and starts the E room temperature mistake later
Filter system and the A add-on systems, into normal filtration.
Execute the F room temperature filtration system operation：Start the normal feed liquor systems of the F, completion feed liquor is turned off, Zhi Houqi
The dynamic B filters extension soil series system carries out precoating drainage to the Z6 filters and is situated between, completes and closes, and starts the F room temperature mistake later
Filter system and the B add-on systems, into normal filtration.
Execute the G room temperature filtration system operation：Start the normal feed liquor systems of the G, completion feed liquor is turned off, Zhi Houqi
The dynamic C filters extension soil series system carries out precoating drainage to the Z7 filters and is situated between, completes and closes, and starts the G room temperature mistake later
Filter system, into normal filtration.
Coordinate manual operation two-in-one system, to it is cumbersome and can unified instruction devise modularization but need to coordinate
Personnel's gathered data carrys out compounding practice, because the pressure difference and flow of filtering flow change all in lasting variation and diatomite additive amount
It requires, also need to the requirements such as the temperature difference to freezing and filtering, the implementation half of artificial detection data is needed to instruction cannot be completely unified
Automation or manualization cooperation, the cooling tower can design using in circulating water temperature adjustable extent voluntarily auto-control unlatching with
It closes, the cooling tower on the water tank, do not mark in view by display touch screen, control power distribution cabinet, module etc.
Go out；Two-in-one control manually is added using automatically controlled and part is automatically controlled to valve portion used, carries out Regulating Pressure of Relief Values automatic protection dress
It sets, the outlet of pump power source is connect with the high pressure port of safety valve, brought with preventing the failure of electric control valve and its violating operation
Big pressure difference bring the possibility of damage to partial devices, the row pressure port connection of safety valve can liquid storage container, to prevent row pressure liquid
The hidden danger that body is lost in and its splash zone comes！Feed liquor and go out at liquid can to design multi-pipeline to valve control, meet a variety of liquid
Transform filter cleaning of body etc..My existing several patented technologies are additionally used simultaneously：Patent of invention title：A kind of automation
Freezing filtration device and its operating method, patent of invention number：201110433647.X patent of invention title：A kind of modularization is low
Warm filter device and its operating method, patent of invention number：201110433715.2 to ensure scientific and technological content and its city of the invention
Field, practical value.
Claims (2)
1. a kind of freezing filtration device of double refrigeration systems, which is characterized in that including：Z8 refrigeration systems, Z8Z refrigeration systems, A are cold
But water circulation system, AA cooling water recirculation systems, B cooling water recirculation systems, BB cooling water recirculation systems, A coolant circulating systems,
The cold feed liquor system of AA coolant circulating systems, B coolant circulating systems, BB coolant circulating systems, A, the cold feed liquor systems of B, the cold feed liquor systems of C
System, A filters hang soil series system, soil series system is hung in B filters, soil series system is hung in C filters, A systemic circulations cooling system, B systemic circulations cooling system, C are followed greatly
The normal feed liquor system of ring cooling system, A freezing and filtering systems, B freezing and filtering systems, C freezing and filtering systems, D, the normal feed liquor systems of E,
The normal feed liquor systems of F, the normal feed liquor systems of G, D room temperature filtration system, E room temperature filtration system, F room temperature filtration system, G room temperature filtering system
System, A add-on systems, B add-on systems.
2. a kind of freezing filtration device of double refrigeration systems according to claim 1, which is characterized in that the A cooling waters
The circulatory system includes：B2 valves, Z12 cooling towers, B1 valves, G6 cooling pumps, T3 valves, T4 valves pass through pipeline and the Z8 refrigeration systems
Condenser inlet and outlet connection forms A cooling water circulation loops；
The AA cooling water recirculation systems include：The B2 valves, the Z12 cooling towers, the B1 valves, the G6 cooling pumps, T3T
Valve, T4T valves form AA cooling water circulation loops by pipeline and the inlet and outlet connection of the condenser of the Z8Z refrigeration systems；
The B cooling water recirculation systems include：B3 valves, Z11 exchangers, E6 valves, the Z12 cooling towers, the B1 valves, the G6
Cooling pump, the T3 valves, the T4 valves form B cooling waters by pipeline and the inlet and outlet connection of the condenser of the Z8 refrigeration systems
Circulation loop；
The BB cooling water recirculation systems include：The B3 valves, the Z11 exchangers, the E6 valves, the Z12 cooling towers, institute
B1 valves, the G6 cooling pumps, the T3T valves, the T4T valves is stated to pass in and out by pipeline and the condenser of the Z8Z refrigeration systems
Mouth connection forms BB cooling water circulation loops；
The A coolant circulating systems include：A1 valves, Z9 refrigerant tanks, A2 valves, G7 refrigerant pumps, A3 valves, Z3 exchangers, A4 valves, T1
Valve, T2 valves connect to form A refrigerant circulation circuits by pipeline with the evaporator inlet-outlet of the Z8 refrigeration systems；
The AA coolant circulating systems include：The A1 valves, the Z9 refrigerant tanks, the A2 valves, the G7 refrigerant pumps, the A3
Valve, the Z3 exchangers, the A4 valves, T1T valves, T2T valves are connected by pipeline and the evaporator inlet-outlet of the Z8Z refrigeration systems
It connects to form AA refrigerant circulation circuits；
The B coolant circulating systems include：The A1 valves, the Z9 refrigerant tanks, the A2 valves, the G7 refrigerant pumps, A5 valves,
Z10 exchangers, A6 valves, the T1 valves, the T2 valves connect shape by pipeline with the evaporator inlet-outlet of the Z8 refrigeration systems
At B refrigerant circulation circuits；
The BB coolant circulating systems include：The A1 valves, the Z9 refrigerant tanks, the A2 valves, the G7 refrigerant pumps, the A5
The evaporation that valve, the Z10 exchangers, the A6 valves, the T1T valves, the T2T valves pass through pipeline and the Z8Z refrigeration systems
Device inlet and outlet connection forms BB refrigerant circulation circuits；
The cold feed liquor systems of A include：Z1 protects filter, C1 valves, G1 pumps, Z2 exchangers, the Z3 exchangers, C2 valves, A9
Valve, G2 pumps, Z4 filters, C3 valves, E5 valves, Z5 agitator tanks, C4 valves, G3 pump, Z6 filters connect to form the cold feed liquors of A by pipeline
Circuit；
The cold feed liquor systems of B include：The Z1 shields filter, the C1 valves, G1 pumps, the Z2 exchangers, the Z3 are handed over
Parallel operation, the C2 valves, the A9 valves, G2 pumps, the Z4 filters, the C3 valves, the E5 valves, the Z5 agitator tanks are logical
Piping connects to form the cold feed liquor circuits B；
The cold feed liquor systems of C include：The Z1 shields filter, the C1 valves, G1 pumps, the Z2 exchangers, the Z3 are handed over
Parallel operation, the C2 valves, D2 valves, M7 valves, G3 pumps, the Z6 filters, D5 valves, the E5 valves, the Z5 agitator tanks pass through
Pipeline connects to form the cold feed liquor circuits C；
Soil series system is hung in the A filters：C8 valves, the A9 valves, G2 pumps, the Z4 filters, the C3 valves, the E5
Valve, the Z5 agitator tanks connect to form the Z4 filters precoating filter aid circulation loop by pipeline；
Soil series system is hung in the B filters：D8 valves, G3 pumps, the Z6 filters, the D5 valves, the E5 valves, the Z5 are stirred
Tank is mixed to connect to form the Z6 filters precoating filter aid circulation loop by pipeline；
Soil series system is hung in the C filters：C7 valves, G4 pumps, Z7 filters, E4 valves, the E5 valves, the Z5 agitator tanks pass through pipeline
Connection forms the Z7 filters precoating filter aid circulation loop；
The A systemic circulations cooling system includes：E1 valves, the Z2 exchangers, the Z3 exchangers, the C2 valves, the A9 valves,
The G2 pumps, the Z4 filters, the C3 valves, the C4 valves, the G3 pump, the Z6 filters, C5 valves, the Z2 are exchanged
Device connects to form A systemic circulations cooling circuit by pipeline；
The B systemic circulations cooling system includes：It is the E1 valves, the Z2 exchangers, the Z3 exchangers, the C2 valves, described
A9 valves, G2 pumps, the Z4 filters, the C3 valves, F1 valves, the Z2 exchangers connect to form B systemic circulations by pipeline
Cool down circuit；
The C systemic circulations cooling system includes：It is the E1 valves, the Z2 exchangers, the Z3 exchangers, the C2 valves, described
D2 valves, the M7 valves, G3 pumps, the Z6 filters, the C5 valves, the Z2 exchangers connect that form C big by pipeline
Circulation temperature lowering circuit；
The A freezing and filtering systems include：The Z1 shields filter, the C1 valves, G1 pumps, the Z2 exchangers, the Z3
Exchanger, the C2 valves, the A9 valves, G2 pumps, the Z4 filters, the C3 valves, the C4 valves, the G3 pump, institute
State Z6 filters, the C5 valves, the Z2 exchangers, G4 pumps, the Z7 filters, C6 valves connect to form A by pipeline
Freezing and filtering circuit；
The B freezing and filtering systems include：The Z1 shields filter, the C1 valves, G1 pumps, the Z2 exchangers, the Z3
Exchanger, the C2 valves, the A9 valves, G2 pumps, the Z4 filters, the C3 valves, the F1 valves, the Z2 are exchanged
Device, G4 pumps, the Z7 filters, the C6 valves connect to form B freezing and filterings circuit by pipeline；
The C freezing and filtering systems include：The Z1 shields filter, the C1 valves, G1 pumps, the Z2 exchangers, the Z3
Exchanger, the C2 valves, the D2 valves, the M7 valves, G3 pumps, the Z6 filters, the C5 valves, the Z2 are exchanged
Device, G4 pumps, the Z7 filters, the C6 valves connect to form C freezing and filterings circuit by pipeline；
The normal feed liquor systems of D include：The Z1 shields filter, D1 valves, the D2 valves, the A9 valves, G2 pumps, the Z4 mistakes
Filter, the C3 valves, the E5 valves, the Z5 agitator tanks, the C4 valves, G3 pumps, the Z6 filters are connected by pipeline
It connects to form the normal feed liquor circuits D；
The normal feed liquor systems of E include：The Z1 shields filter, the D1 valves, the D2 valves, the A9 valves, the G2 are pumped, are described
Z4 filters, the C3 valves, the E5 valves, the Z5 agitator tanks piping connect to form the normal feed liquor circuits E；
The normal feed liquor systems of F include：Z1 shield filter, the D1 valves, the M7 valves, G3 pumps, the Z6 filters,
The D5 valves, the E5 valves, the Z5 agitator tanks connect to form the normal feed liquor circuits F by pipeline；
The normal feed liquor systems of G include：It is Z1 shield filter, the D1 valves, F2 valves, G4 pumps, the Z7 filters, described
E4 valves, the E5 valves, the Z5 agitator tanks connect to form the normal feed liquor circuits G by pipeline；
The D room temperature filtration system includes：The Z1 shields filter, the D1 valves, the D2 valves, the A9 valves, G2 pumps, institute
State Z4 filters, the C3 valves, the C4 valves, G3 pumps, the Z6 filters, D4 valves connect to form D room temperature by pipeline
Filtration circuit；
The E room temperature filtration system includes：The Z1 shields filter, the D1 valves, the D2 valves, the A9 valves, G2 pumps, institute
State Z4 filters, D3 valves connect to form E room temperature filtration circuits by pipeline；
The F room temperature filtration system includes：The Z1 shields filter, the D1 valves, the M7 valves, G3 pumps, Z6 filterings
Machine, the D4 valves connect to form F room temperature filtration circuits by pipeline；
The G room temperature filtration system includes：The Z1 shields filter, the F2 valves, G4 pumps, the Z7 filters, the C6
Valve connects to form G room temperature filtration circuits by pipeline；
The A add-on systems include：The Z5 agitator tanks, G5 additions pump, D6 valves, the Z4 filters connect to be formed by pipeline
A adds circuit；
The B add-on systems include：The Z5 agitator tanks, G5 additions pump, D7 valves, the Z6 filters are connected by pipeline
It forms B and adds circuit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810779559.7A CN108759201A (en) | 2018-07-16 | 2018-07-16 | A kind of freezing filtration device of double refrigeration systems |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810779559.7A CN108759201A (en) | 2018-07-16 | 2018-07-16 | A kind of freezing filtration device of double refrigeration systems |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108759201A true CN108759201A (en) | 2018-11-06 |
Family
ID=63973820
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810779559.7A Pending CN108759201A (en) | 2018-07-16 | 2018-07-16 | A kind of freezing filtration device of double refrigeration systems |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108759201A (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109603280A (en) * | 2019-02-22 | 2019-04-12 | 高云芝 | A kind of cold and hot double filtration systems |
| CN109876520A (en) * | 2019-02-22 | 2019-06-14 | 高云芝 | A kind of filter plant |
| CN109876516A (en) * | 2019-02-22 | 2019-06-14 | 高云芝 | A kind of freezing and filtering unit of double initial filters |
| CN109876523A (en) * | 2019-02-22 | 2019-06-14 | 高云芝 | A kind of cold and hot filter bank |
| CN109876528A (en) * | 2019-02-22 | 2019-06-14 | 高云芝 | A kind of low temperature segmentation intercepts the device of extract |
| CN109876524A (en) * | 2019-02-22 | 2019-06-14 | 高云芝 | A kind of freezing and filtering unit |
| CN110331072A (en) * | 2019-08-11 | 2019-10-15 | 高云芝 | A kind of process for cleanly preparing of filter at low temperature equipment |
Citations (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4144722A (en) * | 1977-04-11 | 1979-03-20 | Mattwell Michael O | Air conditioning system with side stream filtering |
| CN201091813Y (en) * | 2007-06-06 | 2008-07-30 | 周宁 | Liquid low temperature filtering equipment |
| CN101797455A (en) * | 2009-11-30 | 2010-08-11 | 薛爱民 | Liquid environment protection energy-saving low-temperature filter and process thereof |
| CN201553723U (en) * | 2009-12-14 | 2010-08-18 | 薛爱民 | Wine filtration aiding medium recovery and recycle freezing and filtering device |
| CN201735251U (en) * | 2009-11-30 | 2011-02-09 | 高云芝 | Liquid environment-protection energy-saving low-temperature filter |
| CN202446923U (en) * | 2011-12-22 | 2012-09-26 | 高云芝 | Modularized low-temperature filtering device |
| CN202569788U (en) * | 2012-03-20 | 2012-12-05 | 湘潭林海机械制造有限公司 | Energy-saving refrigeration filtering unit |
| CN202754984U (en) * | 2012-09-04 | 2013-02-27 | 扬州润明轻工机械有限公司 | White spirit freezing filtration system |
| CN103666995A (en) * | 2012-09-04 | 2014-03-26 | 扬州润明轻工机械有限公司 | White spirit freezing and filtering system |
| DE202018001404U1 (en) * | 2018-03-13 | 2018-03-29 | Matthias Leipoldt | Device for tempering filter-cleaned liquid medium |
-
2018
- 2018-07-16 CN CN201810779559.7A patent/CN108759201A/en active Pending
Patent Citations (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4144722A (en) * | 1977-04-11 | 1979-03-20 | Mattwell Michael O | Air conditioning system with side stream filtering |
| CN201091813Y (en) * | 2007-06-06 | 2008-07-30 | 周宁 | Liquid low temperature filtering equipment |
| CN101797455A (en) * | 2009-11-30 | 2010-08-11 | 薛爱民 | Liquid environment protection energy-saving low-temperature filter and process thereof |
| CN201735251U (en) * | 2009-11-30 | 2011-02-09 | 高云芝 | Liquid environment-protection energy-saving low-temperature filter |
| CN201553723U (en) * | 2009-12-14 | 2010-08-18 | 薛爱民 | Wine filtration aiding medium recovery and recycle freezing and filtering device |
| CN202446923U (en) * | 2011-12-22 | 2012-09-26 | 高云芝 | Modularized low-temperature filtering device |
| CN202569788U (en) * | 2012-03-20 | 2012-12-05 | 湘潭林海机械制造有限公司 | Energy-saving refrigeration filtering unit |
| CN202754984U (en) * | 2012-09-04 | 2013-02-27 | 扬州润明轻工机械有限公司 | White spirit freezing filtration system |
| CN103666995A (en) * | 2012-09-04 | 2014-03-26 | 扬州润明轻工机械有限公司 | White spirit freezing and filtering system |
| DE202018001404U1 (en) * | 2018-03-13 | 2018-03-29 | Matthias Leipoldt | Device for tempering filter-cleaned liquid medium |
Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109603280A (en) * | 2019-02-22 | 2019-04-12 | 高云芝 | A kind of cold and hot double filtration systems |
| CN109876520A (en) * | 2019-02-22 | 2019-06-14 | 高云芝 | A kind of filter plant |
| CN109876516A (en) * | 2019-02-22 | 2019-06-14 | 高云芝 | A kind of freezing and filtering unit of double initial filters |
| CN109876523A (en) * | 2019-02-22 | 2019-06-14 | 高云芝 | A kind of cold and hot filter bank |
| CN109876528A (en) * | 2019-02-22 | 2019-06-14 | 高云芝 | A kind of low temperature segmentation intercepts the device of extract |
| CN109876524A (en) * | 2019-02-22 | 2019-06-14 | 高云芝 | A kind of freezing and filtering unit |
| CN109876524B (en) * | 2019-02-22 | 2021-10-26 | 高云芝 | Freezing filter unit |
| CN109876523B (en) * | 2019-02-22 | 2021-11-05 | 高云芝 | Cold and hot filter unit |
| CN109603280B (en) * | 2019-02-22 | 2022-02-18 | 高云芝 | Cold and hot two filtration system |
| CN109876528B (en) * | 2019-02-22 | 2022-03-01 | 高云芝 | Device for intercepting extract in low-temperature segmentation mode |
| CN110331072A (en) * | 2019-08-11 | 2019-10-15 | 高云芝 | A kind of process for cleanly preparing of filter at low temperature equipment |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN108759201A (en) | A kind of freezing filtration device of double refrigeration systems | |
| CN108654206A (en) | A kind of freezing filtration device | |
| CN108654197A (en) | A kind of low-temperature filter | |
| CN108619784A (en) | A kind of freezing and filtering equipment | |
| CN108854239A (en) | It is a kind of to freeze double filter devices | |
| CN108771910A (en) | A kind of double filter devices of double refrigeration | |
| CN108993024A (en) | A kind of quickly cooling technique in freezing and filtering unit | |
| CN108889022A (en) | It is a kind of to freeze double filter plants | |
| CN108744712A (en) | A kind of freezing and filtering equipment of double refrigeration systems | |
| CN109331540A (en) | A kind of extraction raffinate treatment process of freezing and filtering unit | |
| CN108939660A (en) | A kind of dual system refrigeration process of freezing and filtering unit | |
| CN108722011A (en) | A kind of filter at low temperature equipment | |
| CN108889026A (en) | A kind of filtering technique of freezing and filtering unit | |
| CN108722010A (en) | A kind of integrated form freezing and filtering unit | |
| CN108827053A (en) | A kind of thermal energy recycling technique of freezing and filtering unit | |
| CN212091270U (en) | Freezing filter equipment | |
| CN108722012A (en) | A kind of technique of integrated form freezing and filtering unit | |
| CN212091271U (en) | Freezing filtration equipment of two refrigerating system | |
| CN212067995U (en) | Freezing filtration equipment | |
| CN212091232U (en) | Low-temperature filtering device | |
| CN212091216U (en) | Freezing double-filter device | |
| CN212068011U (en) | Double-refrigeration double-filtering device | |
| CN108686421A (en) | A kind of double filter plants of double refrigeration | |
| CN212067983U (en) | Double-refrigeration double-filtering equipment | |
| CN212091209U (en) | Freezing double-filtering equipment |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20181106 |
|
| WD01 | Invention patent application deemed withdrawn after publication |