CN202529955U - Recycling treatment equipment for vehicle washing wastewater - Google Patents
Recycling treatment equipment for vehicle washing wastewater Download PDFInfo
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- CN202529955U CN202529955U CN2012202022124U CN201220202212U CN202529955U CN 202529955 U CN202529955 U CN 202529955U CN 2012202022124 U CN2012202022124 U CN 2012202022124U CN 201220202212 U CN201220202212 U CN 201220202212U CN 202529955 U CN202529955 U CN 202529955U
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Abstract
The utility model discloses recycling treatment equipment for vehicle washing wastewater. The recycling treatment equipment comprises an oil-proof grit chamber, an anaerobic adjusting tank, a combination tank, an ozone generator, an ozone mixing disinfection tank and a recycled water tank, wherein the combination tank consists of a biochemical reaction tank and a panel MBR (membrane biological reactor) tank which are positioned in the same shell; an aerating head and an aerating pipe are arranged in the biochemical reaction tank and the panel MBR tank respectively, and a fan is used for supplying oxygen to the biochemical reaction tank and the panel MBR tank; a panel film, a suction pipe and a suction hose are arranged in the panel MBR tank; a film cleaning liquor storage tank is connected with the suction pipe; the inlet of a water inlet self-sucking pump is communicated with the anaerobic adjusting tank, and the outlet of the water inlet self-sucking pump is connected with the biochemical reaction tank; the inlet of a water outlet self-sucking pump is connected with a suction pipe, and the outlet of the water outlet self-sucking pump is connected with the inlet of the ozone mixing disinfection tank through a water outlet pipe; the outlet of the ozone mixing disinfection tank is connected with the recycled water tank; the ozone generator is connected with the water outlet pipe through a jet device; and the biochemical reaction tank is communicated with the anaerobic adjusting tank through a drainage pipe. The recycling treatment equipment can be widely applied in the field of cyclic utilization of the vehicle washing wastewater.
Description
Technical field
The utility model relates to a kind of wastewater from car washer circular treatment equipment.
Background technology
Wastewater from car washer treatment facility fish eyes in the market mixes, and the equipment that really can play conserve water, recycle water is very few.Traditional desanding oil removing process can not satisfy turbidity and bacterium index, and more medium filter is bad to the removal effect of LAS (Linear Alklybezene Sulfonates, another name AS); It is stifled to be prone to what; Product mud is many, if frequent more renew cartridge, expense is high; It is of poor benefits to handle waste water through modes such as electrolysis, and high the throwing hanged down receipts; Existing biochemical treatment tank floor space is big, goes out water suspension and colourity and is difficult for up to standard.To solvability greasy dirt and organic pollutant in the car wash water especially removal of tensio-active agent; So far be a great problem; A kind of product that can really thoroughly solve and remove foam, colourity, suspended substance, bacterium, COD (Chemical Oxygen Demand, i.e. COD) pollutent does not also appear.The existing most water outlet conductivity value of treatment facility is too high, and saltiness is excessive, and water quality is bad, recycles the damage of vehicle body big; Need take up room in a large number, general small sized applications is inapplicable; Long-term frequent cleaning causes the cycle of operation of equipment short, finally causes cost high.In addition, existing wastewater from car washer circular treatment equipment generally adopts manually to be controlled, and has very big subjective initiative and operate miss; The fluctuation of the effluent quality and the water yield is very big; Operation and maintenance to equipment are harmful, the more important thing is shortened equipment life, increase running cost.
Therefore existing carwash recycle equipment all exists following defective and deficiency: effluent quality is bad, and it is high to handle working cost, operates dumb, poor for applicability.
The utility model content
The utility model technical problem to be solved is the deficiency that overcomes prior art, provides that a kind of effluent quality is good, running cost is low, the wastewater from car washer circular treatment equipment of flexible operation, applied range.
The technical scheme that the utility model adopted is: the utility model comprises oil removal settling pit, anaerobism equalizing tank, biochemical reaction tank, dull and stereotyped MBR pond, ozonizer, ozone mixing disinfection tank, reuse water tank; Be provided with oil separating plate in the said oil removal settling pit; Be provided with floating stuffing in the said anaerobism equalizing tank; Said biochemical reaction tank and said dull and stereotyped MBR pond are positioned at same housing and constitute biochemical and dull and stereotyped MBR combination pond; Communicate up and down between said biochemical reaction tank and the said dull and stereotyped MBR pond and be provided with circulatory flow; Aeration head and aeration tube are set respectively in said biochemical reaction tank and the said dull and stereotyped MBR pond and supply with oxygen to said aeration head and said aeration tube through blower fan; The suction hose that said dull and stereotyped MBR is provided with some flat sheet membrane in the pond, is used to aspirate the suction tube of water outlet, be connected with said suction tube with said flat sheet membrane; One film cleans the soup storage tank and is connected with said suction tube through chemical feed pipe; Communicate in import and the said anaerobism equalizing tank of one water inlet vacuum primingpump and be provided with filtering head and vacuum breaker, outlet is connected with the water-in of said biochemical reaction tank through water inlet pipe, the import of a water outlet vacuum primingpump is connected with said suction tube, export through the import of rising pipe with said ozone mixing disinfection tank and be connected, the outlet of said ozone mixing disinfection tank is connected with said reuse water tank; Said ozonizer is connected with said rising pipe through an ejector, and the bottom of said biochemical reaction tank communicates with said anaerobism equalizing tank through blow-off pipe.
Said rising pipe is provided with conductivity probe, and said conductivity probe is connected on the conductivitimeter, and said conductivitimeter is connected with the PLC control unit through signal treatment circuit.
One water inlet liquidometer is connected to two liquidometer probes that lay respectively in said anaerobism equalizing tank and the said biochemical reaction tank, and a water outlet liquidometer is connected to a liquidometer probe that is positioned at said dull and stereotyped MBR pond.
Said water inlet liquidometer is controlled said water inlet vacuum primingpump and when the liquid level of said anaerobism equalizing tank is lower than set(ting)value, is closed, opens when being higher than set(ting)value, and controls said water inlet vacuum primingpump and when the liquid level of said biochemical reaction tank is lower than set(ting)value, open, when liquid level is higher than set(ting)value, close; Said water outlet liquidometer is controlled when the liquid level of said water outlet vacuum primingpump in said dull and stereotyped MBR pond is lower than set(ting)value and is closed, opens when being higher than set(ting)value.
Said water inlet pipe is provided with inlet valve, water inlet water flow switch, flooding velocity meter; The anti-self-priming SV that said rising pipe is provided with flowing water Valve, water flow meter, water outlet water flow switch and links with said water outlet vacuum primingpump.
Said blow-off pipe is provided with blowdown blow-off valve, blowdown SV.
Said chemical feed pipe is provided with the dosing SV.
Pipeline between the import of said suction tube and said water outlet vacuum primingpump is provided with pressure unit, and said pressure unit is connected with the PLC control unit through signal treatment circuit.
The import and export of said ozone mixing disinfection tank are connected to opening-closing valve respectively.
Said oil removal settling pit also is connected to the rainwater conduit.
Each electric control element is connected with the PLC control unit through control center, and said PLC control unit is connected with man-machine interaction unit.
The beneficial effect of the utility model is: because the utility model comprises oil removal settling pit, anaerobism equalizing tank, biochemical reaction tank, dull and stereotyped MBR pond, ozonizer, ozone mixing disinfection tank, reuse water tank; Be provided with oil separating plate in the said oil removal settling pit; Be provided with floating stuffing in the said anaerobism equalizing tank; Said biochemical reaction tank and said dull and stereotyped MBR pond are positioned at same housing and constitute biochemical and dull and stereotyped MBR combination pond; Communicate up and down between said biochemical reaction tank and the said dull and stereotyped MBR pond and be provided with circulatory flow; Aeration head and aeration tube are set respectively in said biochemical reaction tank and the said dull and stereotyped MBR pond and supply with oxygen to said aeration head and said aeration tube through blower fan; The suction hose that said dull and stereotyped MBR is provided with some flat sheet membrane in the pond, is used to aspirate the suction tube of water outlet, be connected with said suction tube with said flat sheet membrane; One film cleans the soup storage tank and is connected with said suction tube through chemical feed pipe; Communicate in import and the said anaerobism equalizing tank of one water inlet vacuum primingpump and be provided with filtering head and vacuum breaker, outlet is connected with the water-in of said biochemical reaction tank through water inlet pipe, the import of a water outlet vacuum primingpump is connected with said suction tube, export through the import of rising pipe with said ozone mixing disinfection tank and be connected, the outlet of said ozone mixing disinfection tank is connected with said reuse water tank; Said ozonizer is connected with said rising pipe through an ejector, and the bottom of said biochemical reaction tank communicates with said anaerobism equalizing tank through blow-off pipe; Sewage is through said oil removal settling pit sand setting, oil removal, and oil slick is regularly collected, and sand setting is regularly salvaged; Final sewage homogeneous in said anaerobism equalizing tank is all measured through flowing into said anaerobism equalizing tank certainly, and biochemistry pool mud can reflux from said biochemical reaction tank and carry out anaerobic reaction; Through said water inlet vacuum primingpump sump pump is delivered to said biochemical reaction tank; Sewage through the aerobic decomposition of biochemical reaction, gets into said dull and stereotyped MBR pond then in said biochemical reaction tank, through the control of aeration rate size; Between said biochemical reaction tank and said dull and stereotyped MBR pond, form circulation; Improve biochemical effect, finally get into said ozone mixing disinfection tank through said suction tube suction water outlet, simultaneously said ozonizer produces ozone and gets into said rising pipe through said ejector; And air water mixes in said rising pipe and said ozone mixing disinfection tank; Water is carried out oxidation sterilizing, sterilization, decolouring, and it is subsequent use that the water that comes out in the said ozone mixing disinfection tank gets into said reuse water tank, can circulate to utilize once more to carry out carwash; The utility model combines traditional physical treatment method and microbial biochemical treatment technology, membrane separation technique and ozone oxidation sterilizing technology, has thoroughly solved foam in the wastewater from car washer circular treatment, colourity, suspended substance, bacterium, COD etc. and has removed a difficult problem; The utlity model has water-saving performance efficiently, less energy-consumption, whole-course automation control does not need manual dosing; Simple and easy to do, stable water outlet, free from extraneous odour; Take up an area of plurality of advantages such as little, extensively suitable, it can reach following the key technical indexes: waste water reclamation rate >=95%; Removal of surfactant rate >=95%, greasy dirt separating size >=98%, wastewater treatment capacity: 0.5～30t/h; So the utility model effluent quality is good, running cost is low, flexible operation, applied range.
Description of drawings
Fig. 1 is the one-piece construction synoptic diagram of the wastewater from car washer circular treatment equipment of the utility model embodiment;
Fig. 2 is the synoptic diagram of the wastewater from car washer circular treatment equipment automatic control system of the utility model embodiment;
Fig. 3 is the synoptic diagram of device context control module of the wastewater from car washer circular treatment equipment automatic control system of the utility model embodiment.
Embodiment
As shown in Figure 1; The wastewater from car washer circular treatment equipment of present embodiment comprises oil removal settling pit 600, anaerobism equalizing tank 700, biochemical reaction tank 100, dull and stereotyped MBR pond 200, ozonizer 16, ozone mixing disinfection tank 18, reuse water tank 800; Be provided with oil separating plate 34 in the said oil removal settling pit 600; Be provided with floating stuffing 11 in the said anaerobism equalizing tank 700; Said biochemical reaction tank 100 is positioned at same housing with said dull and stereotyped MBR pond 200 and constitutes biochemical and dull and stereotyped MBR combination pond; Communicate up and down between said biochemical reaction tank 100 and the said dull and stereotyped MBR pond 200 and be provided with circulatory flow 101,102; Aeration head 5 and aeration tube 6 are set respectively in said biochemical reaction tank 100 and the said dull and stereotyped MBR pond 200 and supply with oxygen to said aeration head 5 and said aeration tube 6 through blower fan 28; The suction hose 31 that is provided with some flat sheet membrane 7 in the said dull and stereotyped MBR pond 200, is used to aspirate the suction tube 32 of water outlet, is connected with said suction tube 32 with said flat sheet membrane 7; One film cleans soup storage tank 30 and is connected with said suction tube 32 through chemical feed pipe 33; Said chemical feed pipe 33 is provided with dosing SV 29, is used to control Automatic Dosing, communicates in import and the said anaerobism equalizing tank 700 of a water inlet vacuum primingpump 1 and is provided with filtering head and vacuum breaker 25, exports and be connected through the water-in of water inlet pipe 300 with said biochemical reaction tank 100; The import of one water outlet vacuum primingpump 9 is connected with said suction tube 32, export through the import of rising pipe 400 with said ozone mixing disinfection tank 18 and be connected; The outlet of said ozone mixing disinfection tank 18 is connected with said reuse water tank 800, and said ozonizer 16 is connected with said rising pipe 400 through an ejector 14, and the bottom of said biochemical reaction tank 100 communicates with said anaerobism equalizing tank 700 through blow-off pipe 500; Said rising pipe 400 is provided with conductivity probe 17; Said conductivity probe 17 is connected on the conductivitimeter 19, and said conductivitimeter 19 is connected through signal treatment circuit and PLC (Programmable Logic Controller, i.e. FPGA unit) control unit; The signal of said conductivitimeter 19 shows the water electric conductivity parameter on display instrument; And signal sent into PLC, when conductivity value surmounts in limited time, equipment is reported to the police automatically; One water inlet liquidometer 26 is connected to two liquidometer probes 24 that lay respectively in said anaerobism equalizing tank 700 and the said biochemical reaction tank 100; One water outlet liquidometer 27 is connected to a liquidometer probe 24 that is positioned at said dull and stereotyped MBR pond 200; The said water inlet vacuum primingpump 1 of said water inlet liquidometer 26 controls cuts out, opens when being higher than set(ting)value when the liquid level of said anaerobism equalizing tank 700 is lower than set(ting)value; And control said water inlet vacuum primingpump 1 and when the liquid level of said biochemical reaction tank 100 is lower than set(ting)value, open, when liquid level is higher than set(ting)value, close, close, open when being higher than set(ting)value when the liquid level of the said water outlet liquidometer 27 said water outlet vacuum primingpumps 9 of control in said dull and stereotyped MBR pond 200 is lower than set(ting)value; Said water inlet pipe 300 is provided with the inlet valve 2 that is used to control flooding velocity, the water inlet water flow switch 3 that is used to protect said water inlet vacuum primingpump 1, flooding velocity meter 4; When not going up water when said water inlet vacuum primingpump 1 long-time running, said water inlet water flow switch 3 is reported to the police automatically and is closed said water inlet vacuum primingpump 1; Said rising pipe 400 is provided with the flowing water Valve 10, the water flow meter 12 that are used to control water flow, be used to protect said water outlet vacuum primingpump 9 water outlet water flow switch 13 and with the anti-self-priming SV 35 of said water outlet vacuum primingpump 9 interlocks; When the idle running for a long time of said water outlet vacuum primingpump 9, said water outlet water flow switch 13 is reported to the police automatically and is closed said water outlet vacuum primingpump 9; Said blow-off pipe 500 is provided with blowdown blow-off valve 22, blowdown SV 23, and said blowdown SV 23 is regularly opened automatically and got rid of mud; Pipeline between the import of said suction tube 32 and said water outlet vacuum primingpump 9 is provided with pressure unit 8; Said pressure unit 8 is connected with the PLC control unit through signal treatment circuit; The signal of said pressure unit 8 is the display pipes negative pressure on display instrument; And signal sent into PLC, when pressure surmounted bound, equipment was reported to the police automatically; The import and export of said ozone mixing disinfection tank 18 are connected to opening-closing valve 15,20 respectively; Each electric-controlled parts comprises that into water vacuum primingpump 1, water outlet vacuum primingpump 9, ozonizer 16, blower fan 28, water inlet liquidometer 26, water outlet liquidometer 27, water inlet water flow switch 3, water outlet water flow switch 13, dosing SV 29, blowdown SV 23, anti-self-priming SV 35 etc. all are connected with the PLC control unit through control center; Said PLC control unit is connected with man-machine interaction unit; The all operations project is provided with management on PLC, monitoring data shows on PLC.The above MBR is meant membrane bioreactor, i.e. Membrane Bio-Reactor.
When the wastewater from car washer circular treatment equipment of the utility model moved, sewage was through said oil removal settling pit 600 sand settings, oil removal, and oil slick is regularly collected; Sand setting is regularly salvaged, and final through flowing into said anaerobism equalizing tank 700 certainly, sewage homogeneous in said anaerobism equalizing tank 700 is all measured; Biochemistry pool mud can reflux from said biochemical reaction tank 100 carry out anaerobic reaction, through said water inlet vacuum primingpump 1 sump pump is delivered to said biochemical reaction tank 100, sewage in said biochemical reaction tank 100 through the aerobic decomposition of biochemical reaction; Get into said dull and stereotyped MBR pond 200 then; Control through the aeration rate size forms circulation between said biochemical reaction tank 100 and said dull and stereotyped MBR pond 200, improve biochemical effect; Finally take out 32 sucking-off water and get into said ozone mixing disinfection tank 18 through said suction tube; Said ozonizer 16 of while produces ozone and gets into said rising pipe 400 through said ejector 14, and air water mixes in said rising pipe 400 and said ozone mixing disinfection tank 18, and water is carried out oxidation sterilizing, sterilization, decolouring; It is subsequent use that the water that comes out in the said ozone mixing disinfection tank 18 gets into said reuse water tank 800, can circulate to utilize once more to carry out carwash; The utility model combines traditional physical treatment method and microbial biochemical treatment technology, membrane separation technique and ozone oxidation sterilizing technology, has thoroughly solved foam in the wastewater from car washer circular treatment, colourity, suspended substance, bacterium, COD etc. and has removed a difficult problem; The utlity model has water-saving performance efficiently, less energy-consumption; Whole-course automation control does not need manual dosing, and is simple and easy to do; Stable water outlet, free from extraneous odour takes up an area of little; Plurality of advantages such as extensively be suitable for, it can reach following the key technical indexes: waste water reclamation rate >=95%, removal of surfactant rate >=95%; Greasy dirt separating size >=98%, wastewater treatment capacity: 0.5～30t/h; Therefore the wastewater from car washer circular treatment equipment effluent quality of the utility model is good, running cost is low, flexible operation, applied range.
In addition, selectable, said oil removal settling pit 600 also is connected to rainwater conduit (not shown), utilizes rainwater to originate as car washing water, more the conserve water resource.
Like Fig. 2, shown in Figure 3; The wastewater from car washer circular treatment equipment automatic control system of present embodiment comprises the data of operation conditions of negative pressure value and equipment each several part of the ingress of the specific conductivity that is used in the said rising pipe of on-line monitoring 400 and said water outlet vacuum primingpump 9, and with several device context control modules of data signal output; Be used to receive said device context control module and detect the data that obtain; Can send instruction to said device context control module; Control said wastewater from car washer circular treatment equipment is operated with local, and can be with the carwash ground control platform module of the data output that obtains; Be used to receive the data and the operational order of each said carwash ground control platform module; Operation conditions with to each said device context control module is carried out remote monitoring; And can be in said carwash ground when the control platform module is unusual, the long-range MC console module that directly each said device context control module is carried out remote parameter adjustment, control and reported to the police and handle; Be used for obtaining data and instruction from said long-range MC console module; State to the work of each said device context control module is monitored and record in real time; When detecting ERST; Send guard signal to said long-range MC console module, and carry out third party's remote monitoring platform module of abnormality processing through said long-range MC console module.Wherein, Said device context control module comprises PLC control unit, man-machine interaction unit; Said PLC control unit is controlled each electric-controlled parts (comprising into water vacuum primingpump 1, water outlet vacuum primingpump 9, ozonizer 16, blower fan 28, water inlet liquidometer 26, water outlet liquidometer 27, water inlet water flow switch 3, water outlet water flow switch 13, dosing SV 29, blowdown SV 23, anti-self-priming SV 35) through control center; Said PLC control unit and said man-machine interaction unit are electrically connected, so equipment can control through setting the PLC control unit automatically, but also manual operation control; Under the situation that equipment breaks down, manual priority.The operation conditions and the equipment room change over condition of the conductivity value of on-line monitoring and pipe negative pressure value and equipment each several part show on the PLC control unit; And formation is walked power curve accordingly on the PLC control unit; And all data and walk power curve etc. on the PLC control unit through the signal transmission; Get into said carwash ground control platform module and said long-range MC console module; It can be directly by said carwash ground control platform module and said long-range MC console module control; When said carwash ground control platform module is not worked or under some particular case, such as modify certain parameters etc., said device context control module directly is that said long-range MC console module is controlled.The said carwash of every cover ground control platform module has corresponding unified numbering and key; Said carwash ground control platform module is only in input just can be correlated with behind the corresponding key change and the correction of operating parameter; Behind the input key, on said long-range MC console module and said carwash ground control platform module, all can carry out relevant parameters change (restriction of setting can only can only could be changed at the correlation parameter that said long-range MC console module is revised) after said long-range MC console module is imported double-deck key.Said carwash ground control platform module gets into said long-range MC console module through the signal transmission; Said long-range MC console module receives through the signal to said carwash ground control platform module; The operation conditions of test set each several part; The power that it has direct control to supervise to all equipment each several parts, in case certain said carwash ground control platform module occurs unusually, said long-range MC console module has right of priority that the equipment each several part is carried out the parameter adjustment and the processing of reporting to the police.Said long-range MC console module gets into said third party's remote monitoring platform module through the signal transmission; Said third party's remote monitoring platform module can be seen the state of equipment each several part work, and it does not change the ability of parameter and conditioning equipment each several part parameter.Said third party's remote monitoring platform module notes abnormalities or urgent matters, notifies said long-range MC console module through avenues of communication, carries out unified allocation of resources and planning by said long-range MC console module.Said device context control module directly is connected through FPDP with said carwash ground control platform module; Communicate through internet gateway or cordless communication network between said long-range MC console module and said carwash ground control platform module, said device context control module and the said long-range MC console module.
The wastewater from car washer circular treatment equipment automatic control system of the utility model is through multistage real-time detection and control; With the market ordering of wastewater from car washer circular treatment, institutionalization, obviousization, integrated; One continuous line solves that wastewater from car washer circular treatment equipment is difficult for supervision or because fluctuation of service causes problem such as idle; Thoroughly solve the worry of washing bay and improve the supervision of supervision department; Let the real thing of wastewater from car washer circular treatment equipment that used, the real purpose that plays water-saving and environmental protection is arranged.
The utility model can be widely used in the wastewater from car washer recycling field.
Claims (10)
1. wastewater from car washer circular treatment equipment; It is characterized in that: comprise oil removal settling pit (600), anaerobism equalizing tank (700), biochemical reaction tank (100), dull and stereotyped MBR pond (200), ozonizer (16), ozone mixing disinfection tank (18), reuse water tank (800); Be provided with oil separating plate (34) in the said oil removal settling pit (600); Be provided with floating stuffing (11) in the said anaerobism equalizing tank (700); Said biochemical reaction tank (100) is positioned at same housing with said dull and stereotyped MBR pond (200) and constitutes biochemical and dull and stereotyped MBR combination pond; Communicate up and down between said biochemical reaction tank (100) and the said dull and stereotyped MBR pond (200) and be provided with circulatory flow (101,102); Aeration head (5) and aeration tube (6) are set respectively in said biochemical reaction tank (100) and the said dull and stereotyped MBR pond (200) and supply with oxygen to said aeration head (5) and said aeration tube (6) through blower fan (28); The suction hose (31) that is provided with some flat sheet membrane (7) in the said dull and stereotyped MBR pond (200), is used to aspirate the suction tube (32) of water outlet, is connected with said suction tube (32) with said flat sheet membrane (7); One film cleans soup storage tank (30) and is connected with said suction tube (32) through chemical feed pipe (33); Communicate in import and the said anaerobism equalizing tank (700) of one water inlet vacuum primingpump (1) and be provided with filtering head and vacuum breaker (25), export and be connected through the water-in of water inlet pipe (300) with said biochemical reaction tank (100); The import of one water outlet vacuum primingpump (9) is connected with said suction tube (32), export through the import of rising pipe (400) with said ozone mixing disinfection tank (18) and be connected; The outlet of said ozone mixing disinfection tank (18) is connected with said reuse water tank (800); Said ozonizer (16) is connected with said rising pipe (400) through an ejector (14), and the bottom of said biochemical reaction tank (100) communicates with said anaerobism equalizing tank (700) through blow-off pipe (500).
2. wastewater from car washer circular treatment equipment according to claim 1; It is characterized in that: said rising pipe (400) is provided with conductivity probe (17); Said conductivity probe (17) is connected on the conductivitimeter (19), and said conductivitimeter (19) is connected with the PLC control unit through signal treatment circuit.
3. wastewater from car washer circular treatment equipment according to claim 1; It is characterized in that: a water inlet liquidometer (26) is connected to two liquidometer probes (24) that lay respectively in said anaerobism equalizing tank (700) and the said biochemical reaction tank (100), and a water outlet liquidometer (27) is connected to a liquidometer probe (24) that is positioned at said dull and stereotyped MBR pond (200).
4. wastewater from car washer circular treatment equipment according to claim 3; It is characterized in that: said water inlet liquidometer (26) the said water inlet vacuum primingpump of control (1) cuts out, opens when being higher than set(ting)value when the liquid level of said anaerobism equalizing tank (700) is lower than set(ting)value, and controls said water inlet vacuum primingpump (1) and when the liquid level of said biochemical reaction tank (100) is lower than set(ting)value, open, when liquid level is higher than set(ting)value, close; Close, open when being higher than set(ting)value when the liquid level of said water outlet liquidometer (27) control said water outlet vacuum primingpump (9) in said dull and stereotyped MBR pond (200) is lower than set(ting)value.
5. wastewater from car washer circular treatment equipment according to claim 1 is characterized in that: said water inlet pipe (300) is provided with inlet valve (2), water inlet water flow switch (3), flooding velocity meter (4); The anti-self-priming SV (35) that said rising pipe (400) is provided with flowing water Valve (10), water flow meter (12), water outlet water flow switch (13) and links with said water outlet vacuum primingpump (9); Said blow-off pipe (500) is provided with blowdown blow-off valve (22), blowdown SV (23).
6. wastewater from car washer circular treatment equipment according to claim 1 is characterized in that: said chemical feed pipe (33) is provided with dosing SV (29).
7. wastewater from car washer circular treatment equipment according to claim 1; It is characterized in that: the pipeline between the import of said suction tube (32) and said water outlet vacuum primingpump (9) is provided with pressure unit (8), and said pressure unit (8) is connected with the PLC control unit through signal treatment circuit.
8. wastewater from car washer circular treatment equipment according to claim 1 is characterized in that: the import and export of said ozone mixing disinfection tank (18) are connected to opening-closing valve (15,20) respectively.
9. wastewater from car washer circular treatment equipment according to claim 1 is characterized in that: said oil removal settling pit (600) also is connected to the rainwater conduit.
10. according to any described wastewater from car washer circular treatment equipment of claim 1 to 9, it is characterized in that: each electric control element is connected with the PLC control unit through control center, and said PLC control unit is connected with man-machine interaction unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012202022124U CN202529955U (en) | 2012-05-08 | 2012-05-08 | Recycling treatment equipment for vehicle washing wastewater |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012202022124U CN202529955U (en) | 2012-05-08 | 2012-05-08 | Recycling treatment equipment for vehicle washing wastewater |
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| Publication Number | Publication Date |
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| CN202529955U true CN202529955U (en) | 2012-11-14 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2012202022124U Expired - Lifetime CN202529955U (en) | 2012-05-08 | 2012-05-08 | Recycling treatment equipment for vehicle washing wastewater |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102701516A (en) * | 2012-05-08 | 2012-10-03 | 深圳市汇清科技有限公司 | Treatment equipment for recycling car washing waste water and automatic control system |
| CN104909518A (en) * | 2015-06-10 | 2015-09-16 | 山西科元晟地科技有限公司 | Device and treatment method for treating and recycling car washing wastewater by using diatomite |
| CN107381792A (en) * | 2017-07-21 | 2017-11-24 | 博天环境集团股份有限公司 | A kind of double self-loopa integration MBR reactors |
| CN110725364A (en) * | 2019-10-24 | 2020-01-24 | 马鞍山楚锐科技信息咨询有限公司 | Relay water tank |
| CN112645532A (en) * | 2019-10-12 | 2021-04-13 | 江苏沛尔膜业股份有限公司 | Vehicle washing wastewater treatment process |
-
2012
- 2012-05-08 CN CN2012202022124U patent/CN202529955U/en not_active Expired - Lifetime
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102701516A (en) * | 2012-05-08 | 2012-10-03 | 深圳市汇清科技有限公司 | Treatment equipment for recycling car washing waste water and automatic control system |
| CN102701516B (en) * | 2012-05-08 | 2013-09-11 | 深圳市汇清科技有限公司 | Treatment equipment for recycling car washing waste water and automatic control system |
| CN104909518A (en) * | 2015-06-10 | 2015-09-16 | 山西科元晟地科技有限公司 | Device and treatment method for treating and recycling car washing wastewater by using diatomite |
| CN104909518B (en) * | 2015-06-10 | 2017-02-22 | 山西科元晟地科技有限公司 | Device and treatment method for treating and recycling car washing wastewater by using diatomite |
| CN107381792A (en) * | 2017-07-21 | 2017-11-24 | 博天环境集团股份有限公司 | A kind of double self-loopa integration MBR reactors |
| CN107381792B (en) * | 2017-07-21 | 2020-06-19 | 博天环境集团股份有限公司 | Double-self-circulation integrated MBR (membrane bioreactor) |
| CN112645532A (en) * | 2019-10-12 | 2021-04-13 | 江苏沛尔膜业股份有限公司 | Vehicle washing wastewater treatment process |
| CN110725364A (en) * | 2019-10-24 | 2020-01-24 | 马鞍山楚锐科技信息咨询有限公司 | Relay water tank |
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