CN205061742U - Utilize membrane thoughtlessly to congeal device of joint powder active carbon adsorption advanced treatment sewage of reaction - Google Patents
Utilize membrane thoughtlessly to congeal device of joint powder active carbon adsorption advanced treatment sewage of reaction Download PDFInfo
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- CN205061742U CN205061742U CN201520726015.6U CN201520726015U CN205061742U CN 205061742 U CN205061742 U CN 205061742U CN 201520726015 U CN201520726015 U CN 201520726015U CN 205061742 U CN205061742 U CN 205061742U
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Abstract
The utility model discloses an utilize membrane thoughtlessly to congeal device of joint powder active carbon adsorption advanced treatment sewage of reaction, the device, thoughtlessly react subtotal powder active carbon adsorption part with fixed attention including the membrane, the membrane thoughtlessly congeals the reaction part and thoughtlessly congeals reaction tank and membrane processing pond including what connect in order, it has the medicine system thoughtlessly to congeal the reaction tank, set up milipore filter and aeration equipment in the membrane processing pond, powder active carbon adsorption part is including the mixed pond and the charcoal separation of water system that connect in order, mixed pond is handled the pond with the membrane and is connected and has powder activity charcoal charging system. The utility model discloses learn from other's strong points to offset one's weaknesses to various degree of depth processing technique, as the advanced treatment method, operation easy operation, sewage treatment is high -efficient, and treatment cost is low.
Description
Technical field
The utility model relates to technical field of sewage, is specifically related to one and utilizes film coagulation reactor (MCR) to combine the system of powder electroless plating deeply treating wastewater.
Background technology
The advanced treatment of sewage is exactly the tertiary treatment after sewage one-level, second-stage treatment, sewage after biochemical second-stage treatment, when water outlet still can not meet the emission request of receiving water body; Or in order to improve the utilization ratio of water resources, by reuse of wastewater, be back to industry and public utility, as the supplementary water as recirculated cooling water, Afforestation Landscape water etc., will run into the demand improving sewage disposal degree.The target of advanced treatment is: (1) reduces the pollutent indexs such as COD, BOD in water outlet further, reaches reuse standard; (2) remove suspended substance residual in water further, do further decolouring, deodorizing process; (3) nitrogen, phosphorus in water is removed further.
Conventional further treatment technique is by the combination of several technology such as coagulating sedimentation, air supporting, sand filtration, charcoal absorption, ozone oxidation, film process.
Coagulating sedimentation mainly utilizes coagulation to remove suspended particle, colloidalmaterial in sewage, effectively can reduce turbidity, COD, total phosphorus index, is difficult to remove in high-disperse-system (particle diameter is 0.05-1.5nm) and the pollutent of resolvability.
Film process is divided into electrodialysis, micro-filtration, ultrafiltration, reverse osmosis, and electrodialysis does to be separated impellent, the pollutent of isolating ions level by potential difference; Rear three does to be separated impellent by pressure difference, and micro-filtration removes particulate, and particulate and macromole are removed in ultrafiltration, and reverse osmosis is for removing small molecules and ion.Ultra-filtration membrane removes suspended substance and macromolecule organic, bacterium and intestinal bacteria.Have and take up an area advantages such as economizing, wholesomeness is good, level of automation is high, working pressure less energy-consumption is low, be widely used in advanced treatment of wastewater just gradually.
The works very well of Ultra filtration membrane suspended particle, colloidal impurity, stable water outlet, but for solvability organic pollutant weak effect in removal sewage, and, water inlet suspended substance is required that concentration is low, for removing dissolubility pollutant, reducing water inlet concentration of suspended particles, can the technology such as combination coagulated, absorption process.Film coagulation reactor well combines the technology of coagulation and membrane sepn, and the advantage have that floor space is little, easy handling, operational management are convenient, easily being automated control, than directly employing membrane separation technique treatment effect is good, and slow down fouling membrane.
The dissolved organic matter, colourity etc. of bio-refractory are removed in charcoal absorption.Gac divides Powdered Activated Carbon and granulated active carbon by profile, and the gac being generally less than 0.175mm by more than 90% by 80 mesh standard sieves or granularity is referred to as Powdered Activated Carbon.There is the high problem of cost in Powdered Activated Carbon charcoal absorption, therefore the problem that regeneration of activated carbon utilizes needs solution badly, improves the utilization ratio of gac, reduces the cost of active carbon absorption technology.
Utility model content
The utility model provides a kind of device utilizing film coagulating to combine powder electroless plating deeply treating wastewater, learns from other's strong points to offset one's weaknesses for various further treatment technique, and as deep treatment method, operation is simple, and sewage disposal is efficient, and processing cost is low.
Utilize film coagulating to combine a device for powder electroless plating deeply treating wastewater, comprise film coagulating part and powder electroless plating part;
Described film coagulating part comprises the coagulation reaction tank and film treating pond that connect in turn, and described coagulation reaction tank, with medicine system, arranges ultra-filtration membrane and aerating apparatus in described film treating pond;
Described powder electroless plating part comprises the mixing pit and charcoal water separating system that connect in turn, and described mixing pit is connected with film treating pond and with Powdered Activated Carbon charging system.
The utility model, after film coagulation reactor process, adds Powdered Activated Carbon in sewage, has larger improvement to the colourity in sewage, the removal of precursor of smelling taste and disinfection byproduct (DBP) than simple film coagulation reactor.The utility model adopts Powdered Activated Carbon to carry out sewage disposal, and gac can be divided into Powdered Activated Carbon and granulated active carbon, and compared with granulated active carbon, easily, price is relatively low, high adsorption capacity in Powdered Activated Carbon preparation, and rate of adsorption is fast, and absorption fully.
Preferably, described medicine system comprises: the drug dissolving tank of built-in stirrer and the explosive box be connected with described drug dissolving tank, described explosive box is connected by dosing pump with between coagulation reaction tank.
Further, described stirrer is overhead stirrer, and molten medicine-chest is for dissolving coagulating agent, and the coagulating agent after dissolving is stored in explosive box, during use, squeezes into described coagulating system with dosing pump.
Preferably, in described coagulation reaction tank, be provided with stirrer, further preferred overhead stirrer.For mechanical stirring, be beneficial to coagulating agent fully and sewage mix.
Preferably, the Membrane cleaning pond for cleaning described ultra-filtration membrane is also provided with.
Further, the water inlet pipe in described film reaction pond is arranged film water inlet pipe tensimeter, rising pipe is arranged film rising pipe tensimeter.When film inlet outlet pressure differential is greater than 0.05MPa, film is put in Membrane cleaning pond and cleans with clean-out system, make film can recycle.
Stirrer is provided with in described coagulation reaction tank; Described ultra-filtration membrane is hollow-fibre membrane; Ultra-filtration membrane is for separating of particulate in sewage and macromolecule contaminant.
Described aerating apparatus comprises and is positioned at aerator below ultra-filtration membrane and the blower fan being connected aerator.
Preferably, described Powdered Activated Carbon charging system comprise connect in turn feeding belt, cut bag and to unpack equipment, the first worm conveyor, storage hopper and the second worm conveyor, described second worm conveyor is connected to the opening for feed of mixing pit.
Manually pouch Powdered Activated Carbon is put into feeding belt, be sent to machine intimate, unpacked by dismantle device by feeding belt, Powdered Activated Carbon is sent in storage device by the first worm conveyor, and empty bag from compression chamber out.
Further, the top of described storage hopper is provided with pressure safety valve and cleaning apparatus; Further, described cleaning apparatus comprises the fly-ash separator being arranged on storage hopper top and the first air compressor machine be connected with fly-ash separator.
Pressure safety valve is contained in feed bin top, opens pressure safety valve, relief pressure when fly-ash separator blocks, and reduces the danger of pressure increase.Cleaning apparatus is arranged on feed bin top and arranges, and fly-ash separator starts deashing function automatically according to the inside and outside differential pressure of setting, and deashing adopts pneumatic mode, and required pressurized air is provided by air compressor machine.
Further preferably, in described mixing pit, be provided with stirrer, be preferably overhead stirrer, for mechanical stirring, be beneficial to Powdered Activated Carbon fully and sewage mix.
Preferably, be also provided with robot control system(RCS), described robot control system(RCS) comprises:
Be located at the first tank gage in coagulation reaction tank;
The impeller pump of junctional membrane reaction tank and mixing pit;
Be located at the height level gage of described storage hopper inside;
Be located at the baiting valve bottom described storage hopper;
Be located at the second tank gage in described mixing pit;
Connect the lift pump of mixing pit and charcoal water separating system;
And controller, described first tank gage, impeller pump, height level gage, baiting valve, the second tank gage are all connected with lift pump and are controlled by this controller.
Described controller is that controller is commonly used in this area, such as PLC or DCS controller.
First tank gage is used for the height of liquid level signal feedback in membrane reactor to robot control system(RCS), robot control system(RCS) controls the start-stop of impeller pump, impeller pump is used for providing pressure (remaining on 0.1-1MPa) for film water outlet, and film water outlet is got in mixing pit by impeller pump; Height level gage is placed in storage hopper, and height level gage controls the switch of the baiting valve of feeding machine by robot control system(RCS); Second tank gage is used for the height of liquid level signal feedback in mixing pit to robot control system(RCS), robot control system(RCS) controls the start-stop of lift pump, lift pump is placed in mixing pit, carries out charcoal water be separated for Powdered Activated Carbon and sewage mixture being risen in charcoal water separating system.
Further preferably, the back flushing assembling device that described charcoal water separating system comprises candle filter and is connected with described candle filter, described candle filter top is provided with sewage outlet and the back flushing import, the bottom that are connected with back-purge system are provided with the wastewater inlet that is connected with mixing pit and charcoal and starch and export; The pipeline of connection wastewater inlet and mixing pit is provided with inlet gage and entering water electromagnetic valve successively along the direction that intakes; Sewage outlet connects sewage drainage pipe, and sewage drainage pipe sets gradually out water solenoid valve and discharge pressure table along drainage direction; Described inlet gage, entering water electromagnetic valve, go out water solenoid valve and be all connected with discharge pressure table and be controlled by described controller.
The built-in hollow microporous chimney filter of candle filter, hollow microporous chimney filter is vertically parallel to be placed in candle filter, and intake from strainer bottom, water outlet is arranged on strainer top, and back flushing air water enters from strainer top, and the outlet of charcoal slurry is arranged on filter bottom.
Further, back flushing also adopts automatic control: described back-purge system comprises:
The backwash tank be connected with the back flushing import of described candle filter;
With the tank connected backwash pump of described backwashing water and air compressor machine;
Be arranged at the backwash gas water solenoid valve on backwash tank and back flushing inlet connecting branch road;
Be arranged at the backwashing water magnetic valve on backwash pump and backwash tank connecting pipeline;
And the charcoal slurry outlet solenoid valve be arranged on the pipeline connecting the outlet of charcoal slurry;
Described air compressor machine, backwashing water magnetic valve, backwash gas water solenoid valve are all connected with charcoal slurry outlet solenoid valve and are controlled by described controller.
By monitoring strainer inlet and outlet pressure table, when pressure difference increases, opening filter backwashing procedures.Second air compressor machine is connected with backwash tank inlet mouth by airduct, and backwashing pump is connected with backwash tank water-in by backwashing water magnetic valve, and the water outlet of backwash tank is connected with the back flushing import of cylindrical filter by backwash gas water solenoid valve.When back flushing starts, open the second air compressor machine, backwash pump, backwashing water magnetic valve, backwash gas water solenoid valve, charcoal slurry outlet solenoid valve by robot control system(RCS), close entering water electromagnetic valve simultaneously, go out water solenoid valve; After back flushing terminates, robot control system(RCS) closes air compressor machine, backwash pump, backwashing water magnetic valve, backwash gas water solenoid valve, charcoal slurry is discharged, and Powdered Activated Carbon can carry out regeneration or partly can be added in leading portion secondary biochemical reaction tank improving Sludge Property, increase aeration tank biomass.After charcoal slurry is drained, robot control system(RCS) closes charcoal slurry outlet solenoid valve, opens entering water electromagnetic valve simultaneously, goes out water solenoid valve, restart normal filtration.
Further, the stirrer in drug dissolving tank, coagulation reaction tank and mixing pit all connects and is controlled by described controller.
Further, described pressure safety valve and cleaning apparatus all connect and are controlled by described controller.
Preferably, stirrer adopts stainless steel under water, durable in use, cost-saving; Film adopts hollow-fibre membrane, PP material, and tamped density is high, and working pressure is little, and cost is low; Film water outlet adopts the inclosed impeller impeller pump of band frequency transformer, and energy consumption is low, and efficiency is high; Comprise dismantle device in feeding apparatus for powdered activated charcoal, can reduce manual operation, lower labor force's risk, between dosing, environment is good; Feeding apparatus for powdered activated charcoal, for being closed system, avoids secondary pollution; Hollow microporous chimney filter is stainless steel, and chimney filter overcoat has filtering layer.
Utilize the utility model film coagulation reactor associating powder electroless plating advanced treatment apparatus to carry out the method for sewage disposal, comprise following reactions steps:
(1) by coagulant dosage to molten medicine-chest, be added in coagulation reaction tank by dosing pump after having dissolved, the sewage after second-stage treatment passed in coagulation reaction tank simultaneously, stir and coagulating agent is fully mixed with sewage; Preferably, sewage residence time in coagulation reaction tank is 10 ~ 20min; Most preferably be 15min.
(2) sewage self-flowing mixed enters film treating pond, by the form of membrane filtration, suspended particle in sewage and macromolecule contaminant is retained, and the water after process passes through impeller pump sucking-off, the mud produced in film treating pond, and outer row carries out processed; Preferably, in film treating pond, dwell time of sewage is 0.5 ~ 0.5h, most preferably is 1h; Preferably adopt hollow-fibre membrane in film treating pond, membrane flux is at 60-140L/m
2.h;
(3) when film inlet and outlet pressure is greater than 0.05MPa, film is put into Membrane cleaning pond, clean with clean-out system, the film after cleaning recycles;
(4) in Powdered Activated Carbon dosing system, add Powdered Activated Carbon, be added in mixing pit by feeding system, sewage impeller pump rises in mixing pit, stirs and Powdered Activated Carbon is fully mixed with sewage; Preferably, mixing pit dwell time of sewage is 20 ~ 40min, most preferably is 30min;
(5) by lift pump, the sewage lifting mixed is carried out the separation of charcoal water in candle filter, separation is retained through hollow microporous chimney filter, flow out after clear water process, the Powdered Activated Carbon be trapped in candle filter discharges rear regeneration or part is added in leading portion secondary biochemical reaction tank;
(6) according to tensimeter monitoring candle filter Inlet and outlet water pressure difference, when pressure reduction increases (general pressure reduction is greater than 0.06MPa), automatically open back-purge system, use air and clear water to carry out back flushing to strainer.Preferably, aforesaid method is realized by the utility model device.
Compared with existing deep treatment method, the utility model has following beneficial effect:
(1) more conventional deep treatment method, system process of the present utility model is simple, saves and takes up an area, simple to operate.
(2) film coagulation reactor (MCR), dosing coagulant in sewage, substitutes conventional settling tank with film process, and the solid-liquid in sewage is carried out high efficiency separation.
(3) gac can be divided into Powdered Activated Carbon and granulated active carbon, and compared with granulated active carbon, easily, price is relatively low, high adsorption capacity in Powdered Activated Carbon preparation, and rate of adsorption is fast, and absorption fully.
(4) the combining of powder electroless plating and MCR, adding of Powdered Activated Carbon can be reduced, cost-saving; Powder electroless plating removes the pollutent that film coagulation reactor does not retain further, as dissolved organic matter, suspended particle and colourity.
(5) method of film coagulating associating powder electroless plating, as the advanced treatment of sewage, during steady running, effluent quality can reach " urban wastewater treatment firm pollutant emission standard " (GB18918-2002) one-level emission standard A.
Accompanying drawing explanation
Fig. 1 is the utility model treatment system structural representation.
Fig. 2 is process flow sheet of the present utility model.
Shown in figure, Reference numeral is as follows:
11-first stirrer 12-molten medicine-chest 13-explosive box
14-dosing pump 21-second stirrer 22-coagulation reaction tank
31-film treating pond 32-ultra-filtration membrane 33-first tank gage
34-impeller pump 41-blower fan 42-aerator
51-Membrane cleaning pond 52-film water inlet pipe tensimeter 53-film rising pipe tensimeter
61-feeding belt 62-cuts bag and to unpack equipment 63-first worm conveyor
64-storage hopper 65-height level gage 66-baiting valve
67-second worm conveyor 68-pressure safety valve 69-fly-ash separator
610-first air compressor machine 71-mixing pit 72-the 3rd stirrer
81-second tank gage 82-lift pump 91-candle filter
92-hollow microporous chimney filter 93-entering water electromagnetic valve 94-goes out water solenoid valve
95-charcoal slurry outlet solenoid valve 101-inlet gage 102-discharge pressure table
103-second air compressor machine 104-backwash pump 105-backwashing water magnetic valve
106-backwash tank 107-backwash gas water solenoid valve.
Embodiment
As shown in Figure 1, one utilizes film coagulating to combine powder electroless plating deeply treating wastewater device, comprises film coagulating part, Powdered Activated Carbon part and automatic control part.
Film coagulating part comprises: medicine system, coagulating system, film separating system, aerating system and Membrane cleaning system.
Medicine system comprises: the first stirrer 11, molten medicine-chest 12, explosive box 13 and dosing pump 14, first stirrer 11 is set in molten medicine-chest 12, the motor of the first stirrer 11 is fixedly mounted on molten medicine-chest 12 and pushes up, and the rotating shaft of the first stirrer 11, stirring rake are placed in molten medicine-chest 12.Molten medicine-chest 12 is for dissolving coagulating agent, and the coagulating agent after dissolving is stored in explosive box 13, during use, squeezes into coagulating system with dosing pump 14.
Coagulating system comprises: the second stirrer 21 and coagulation reaction tank 22, the motor of the second stirrer 21 is fixedly mounted on coagulation reaction tank 22 and pushes up, the rotating shaft of the second stirrer 21, stirring rake are placed in coagulation reaction tank 22, are connected between explosive box 13 with coagulation reaction tank 22 by dosing pump 14.Coagulating system is used for mechanical stirring, be beneficial to coagulating agent fully and sewage mix.
Film separating system comprises: film treating pond 31, ultra-filtration membrane 32, first tank gage 33 and impeller pump 34.Be connected by pipeline between film treating pond 31 with coagulation reaction tank 22, ultra-filtration membrane 32 is located in film treating pond 31, for separating of particulate in sewage and macromolecule contaminant, first tank gage 33 be located in film treating pond 31 for by height of liquid level signal feedback to robot control system(RCS), robot control system(RCS) controls the start-stop of impeller pump 34, impeller pump 34 is for providing pressure (remaining on 0.1-1MPa) for film water outlet, and film water outlet gets to powder electroless plating part by impeller pump 34.
Aerating system comprises: blower fan 41 and aerator 42, and aerator 42 is located at the bottom in film treating pond 31, and blower fan 41 connects aerator 42 by airduct, and air is passed in film treating pond 31, and in film treating pond 31, air plays aeration agitation effect by aerator 42.
Membrane cleaning system comprises: Membrane cleaning pond 51 and film inlet pressure gauge 52 and film delivery gauge 53, when needs cleaning film, film is taken out from film treating pond 31, be placed in Membrane cleaning pond 51 and (be put in Membrane cleaning pond by film and clean with clean-out system), film inlet pressure gauge 52 is arranged on the pipeline of junctional membrane treating pond 31 and coagulation reaction tank 22, and film delivery gauge 53 is arranged on the suction line of impeller pump 34.When film inlet outlet pressure differential is greater than 0.05MPa, film is put into the interior clean-out system in Membrane cleaning pond 51 and cleans, make film can recycle.
Powder electroless plating part comprises: Powdered Activated Carbon dosing system, charcoal water mixing system, lifting system, charcoal water separating system and back-purge system.
Powdered Activated Carbon dosing system comprises: dismantle device, storage device, cleaning apparatus, dosing apparatus form.Dismantle device comprises feeding belt 61, cut bag unpacks equipment 62 and the first worm conveyor 63, connect in turn between three, first worm conveyor 63 connects storage device, manually pouch Powdered Activated Carbon is put into feeding belt 61, machine intimate is sent to by feeding belt 61, unpack by cutting bag equipment 62 of unpacking, Powdered Activated Carbon is sent in storage device by the first worm conveyor 63, and empty bag from compression chamber out; Storage device comprises storage hopper 64, height level gage 65 (rotating height level gage) and pressure safety valve 68, storage hopper 64 is connected for storing Powdered Activated Carbon with the first worm conveyor 63, height level gage 65 is placed in storage hopper 64, be provided with baiting valve 66 bottom storage hopper 64, height level gage 65 controls the switch of the baiting valve 66 of feeding machine by robot control system(RCS); Dosing apparatus comprises baiting valve 66 and the second worm conveyor 67, second worm conveyor 67 is connected to charcoal water mixing system, and (dosage is .1kg/m to control Quantitative dosing by baiting valve 66
3sewage), Powdered Activated Carbon is transported in absorption processing system by the second worm conveyor 67 and goes; Cleaning apparatus comprise be arranged on storage hopper top fly-ash separator 69, to be connected the first air compressor machine 610 with fly-ash separator 69 and to be arranged on the pressure safety valve 68 at storage hopper top, pressure safety valve 68 is contained in feed bin top, pressure safety valve 68 is opened when fly-ash separator blocks, relief pressure, reduce the danger of pressure increase, fly-ash separator 69 starts deashing function automatically according to the inside and outside differential pressure of setting, and deashing adopts pneumatic mode, and required pressurized air is provided by the first air compressor machine 610.
Charcoal water mixing system comprises mixing pit 71 and the 3rd stirrer 72.Second worm conveyor 67 is connected to this mixing pit 71,3rd stirrer 72 is arranged on the inside of mixing pit 71, and the motor of stirrer 72 is fixedly mounted on mixing pit 71 and pushes up, and rotating shaft, the stirring rake of 72 are placed in mixing pit 71, for mechanical stirring, be beneficial to Powdered Activated Carbon fully and sewage mix.
Lifting system comprises the second tank gage 81 and lift pump 82, second tank gage 81 is located in mixing pit 71, for by height of liquid level signal feedback to robot control system(RCS), robot control system(RCS) controls the start-stop of lift pump.Lift pump 82 is placed in mixing pit 71, carries out charcoal water be separated for Powdered Activated Carbon and sewage mixture being risen in charcoal water separating system.
Charcoal water separating system comprises candle filter 91, hollow microporous chimney filter 92, candle filter 91 top are provided with back flushing import and sewage outlet, and bottom is provided with wastewater inlet and the outlet of charcoal slurry, and wastewater inlet is connected with mixing pit by lift pump 82.Hollow microporous chimney filter is vertically parallel to be placed in candle filter, and intake from strainer bottom, water outlet is arranged on the top of strainer, and back flushing air water enters from strainer top, and the outlet of charcoal slurry is arranged on filter bottom.
The pipeline of connection wastewater inlet and mixing pit is provided with inlet gage 101 and entering water electromagnetic valve 93 successively along the direction that intakes; Sewage outlet connects sewage drainage pipe, and sewage drainage pipe sets gradually out water solenoid valve 94 and discharge pressure table 102 along drainage direction.
Back-purge system comprises: the backwash tank 106 be connected with the back flushing import of candle filter; With the tank connected backwash pump 104 of backwashing water and the second air compressor machine 103; Be positioned at the backwash gas water solenoid valve 107 on backwash tank and back flushing inlet connecting branch road; Be positioned at the backwashing water magnetic valve 105 on backwash pump and backwash tank connecting pipeline; And the charcoal slurry outlet solenoid valve 95 be arranged on the pipeline connecting the outlet of charcoal slurry.
Robot control system(RCS) comprises a controller, the first tank gage 33 in coagulation reaction tank, the impeller pump 34 of junctional membrane reaction tank and mixing pit, the height level gage 65 of storage hopper inside, baiting valve 66 bottom storage hopper, the second tank gage 81 in mixing pit, connect the lift pump 82 of mixing pit and candle filter, inlet gage 101, entering water electromagnetic valve 93, discharge pressure table 102, go out water solenoid valve 94, second air compressor machine 103, backwashing pump 1004, backwashing water magnetic valve 105, backwash gas water solenoid valve 107, charcoal slurry outlet solenoid valve 95, first stirrer 11, second stirrer 21, 3rd stirrer 72, pressure safety valve 68, first air compressor machine 610, film inlet gage is all connected with film discharge pressure table and is controlled by controller.Controller is that controller is commonly used in this area, such as PLC or DCS controller.
The control mode of robot control system(RCS) is as follows:
First tank gage is by the height of liquid level signal feedback in membrane reactor to controller, and controller controls the start-stop of impeller pump, and impeller pump is used for providing pressure (remaining on 0.1-1MPa) for film water outlet, and film water outlet is got in mixing pit by impeller pump; Height level gage is placed in storage hopper, and height level gage controls the switch of the baiting valve of feeding machine by controller; Second tank gage is used for by the height of liquid level signal feedback in mixing pit to controller, and controller controls the start-stop of lift pump, and lift pump is placed in mixing pit, carries out charcoal water be separated for Powdered Activated Carbon and sewage mixture being risen in charcoal water separating system.
By monitoring strainer inlet and outlet pressure table, when pressure difference increases, opening filter backwashing procedures.Second air compressor machine is connected with backwash tank inlet mouth by airduct, and backwashing pump is connected with backwash tank water-in by backwashing water magnetic valve, and the water outlet of backwash tank is connected with the back flushing import of cylindrical filter by backwash gas water solenoid valve.When back flushing starts, starch outlet solenoid valve by controller opens second air compressor machine, backwash pump, backwashing water magnetic valve, backwash gas water solenoid valve, charcoal, close entering water electromagnetic valve simultaneously, go out water solenoid valve; Discharged by charcoal slurry, Powdered Activated Carbon can carry out regeneration or partly can be added in leading portion secondary biochemical reaction tank improving Sludge Property, increase aeration tank biomass.After back flushing terminates, controller cuts out the second air compressor machine, backwash pump, backwashing water magnetic valve, backwash gas water solenoid valve, charcoal slurry outlet solenoid valve, opens entering water electromagnetic valve simultaneously, goes out water solenoid valve, restart normal filtration.
As shown in Figure 2, involved by the utility model is a kind of method utilizing film coagulation reactor to combine powder electroless plating deeply treating wastewater, contains following steps:
Step one: by coagulant dosage to molten medicine-chest 12, be added in coagulation reaction tank 22 by dosing pump 14 after dissolving completes, sewage after second-stage treatment is passed in coagulation reaction tank 22 simultaneously, stir with the second stirrer 21, coagulating agent is fully mixed with sewage; Sewage residence time in coagulation reaction tank 22 is 15min.
Step 2: the sewage self-flowing mixed enters film treating pond 31, dwell time of sewage is 1.0hr, and ultra-filtration membrane 32 adopts hollow-fibre membrane, and membrane flux is at 60-140L/m
2.h, by the form of membrane filtration, suspended particle in sewage and macromolecule contaminant are retained, the water after process is by impeller pump 34 sucking-off.The mud produced in film treating pond, outer row carries out processed;
Step 3: when film inlet and outlet pressure is greater than 0.05MPa, puts into Membrane cleaning pond 51, cleans with clean-out system, recycled to film by film;
Step 4: add Powdered Activated Carbon in Powdered Activated Carbon dosing system, be added in mixing pit 71 by feeding system, sewage impeller pump 34 rises in mixing pit 71, mixing pit 71 dwell time of sewage is 0.5hr, stirred by the 3rd stirrer 72, Powdered Activated Carbon is fully mixed with sewage;
Step 5: carry out the separation of charcoal water by the sewage lifting mixed to candle filter 91 by lift pump 82, separation is retained through hollow microporous chimney filter 92, flow out after clear water process, the Powdered Activated Carbon be trapped in candle filter 91 is discharged rear regeneration or is partly added in leading portion secondary biochemical reaction tank and improves Sludge Property, increase aeration tank biomass;
Step 6: monitor candle filter 91 Inlet and outlet water pressure difference according to tensimeter 101,102, when pressure reduction is large, automatically open back-purge system, uses air and clear water to carry out back flushing to strainer 901, runs normally and efficiently to keeping.
The foregoing is only the concrete case study on implementation of the utility model patent, but the technical characteristic of the utility model patent is not limited thereto, any those skilled in the relevant art are in field of the present utility model, and the change done or modification are all encompassed among the scope of the claims of the present utility model.
Claims (8)
1. utilize film coagulating to combine a device for powder electroless plating deeply treating wastewater, it is characterized in that, comprise film coagulating part and powder electroless plating part;
Described film coagulating part comprises the coagulation reaction tank and film treating pond that connect in turn, and described coagulation reaction tank, with medicine system, arranges ultra-filtration membrane and aerating apparatus in described film treating pond;
Described powder electroless plating part comprises the mixing pit and charcoal water separating system that connect in turn, and described mixing pit is connected with film treating pond and with Powdered Activated Carbon charging system.
2. device according to claim 1, it is characterized in that, described medicine system comprises: the drug dissolving tank of built-in stirrer and the explosive box be connected with described drug dissolving tank, described explosive box is connected by dosing pump with between coagulation reaction tank.
3. device according to claim 1, is characterized in that, being also provided with the Membrane cleaning pond for cleaning described ultra-filtration membrane.
4. device according to claim 1, it is characterized in that, described Powdered Activated Carbon charging system comprise connect in turn feeding belt, cut bag and to unpack equipment, the first worm conveyor, storage hopper and the second worm conveyor, described second worm conveyor is connected to the opening for feed of mixing pit.
5. device according to claim 4, it is characterized in that, the top of described storage hopper is provided with pressure safety valve and cleaning apparatus.
6. device according to claim 4, it is characterized in that, be also provided with robot control system(RCS), described robot control system(RCS) comprises:
Be located at the first tank gage in coagulation reaction tank;
The impeller pump of junctional membrane reaction tank and mixing pit;
Be located at the height level gage of described storage hopper inside;
Be located at the baiting valve bottom described storage hopper;
Be located at the second tank gage in described mixing pit;
Connect the lift pump of mixing pit and charcoal water separating system;
And controller, described first tank gage, impeller pump, height level gage, baiting valve, the second tank gage are all connected with lift pump and are controlled by this controller.
7. device according to claim 6, it is characterized in that, the back-purge system that described charcoal water separating system comprises candle filter and is connected with described candle filter, described candle filter top is provided with sewage outlet and the back flushing import, the bottom that are connected with back-purge system are provided with the wastewater inlet that is connected with mixing pit and charcoal and starch and export; The pipeline of connection wastewater inlet and mixing pit is provided with inlet gage and entering water electromagnetic valve successively along the direction that intakes; Sewage outlet connects sewage drainage pipe, and sewage drainage pipe sets gradually out water solenoid valve and discharge pressure table along drainage direction; Described inlet gage, entering water electromagnetic valve, go out water solenoid valve and be all connected with discharge pressure table and be controlled by described controller.
8. device according to claim 7, it is characterized in that, described back-purge system comprises:
The backwash tank be connected with the back flushing import of described candle filter;
With the tank connected backwash pump of described backwashing water and air compressor machine;
Be arranged at the backwash gas water solenoid valve on backwash tank and back flushing inlet connecting branch road;
Be arranged at the backwashing water magnetic valve on backwash pump and backwash tank connecting pipeline;
And the charcoal slurry outlet solenoid valve be arranged on the pipeline connecting the outlet of charcoal slurry;
Described air compressor machine, backwashing water magnetic valve, backwash gas water solenoid valve are all connected with charcoal slurry outlet solenoid valve and are controlled by described controller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520726015.6U CN205061742U (en) | 2015-09-18 | 2015-09-18 | Utilize membrane thoughtlessly to congeal device of joint powder active carbon adsorption advanced treatment sewage of reaction |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105174541A (en) * | 2015-09-18 | 2015-12-23 | 浙江省环境保护科学设计研究院 | Deep sewage treatment device and method by means of membrane coagulation reaction and powdered activated carbon adsorption |
| CN106430393A (en) * | 2016-07-06 | 2017-02-22 | 杭州银江环保科技有限公司 | Activated carbon water treatment device and method |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105174541A (en) * | 2015-09-18 | 2015-12-23 | 浙江省环境保护科学设计研究院 | Deep sewage treatment device and method by means of membrane coagulation reaction and powdered activated carbon adsorption |
| CN105174541B (en) * | 2015-09-18 | 2018-06-01 | 浙江省环境保护科学设计研究院 | A kind of device and method using film coagulating joint powder electroless plating deeply treating wastewater |
| CN106430393A (en) * | 2016-07-06 | 2017-02-22 | 杭州银江环保科技有限公司 | Activated carbon water treatment device and method |
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