CN206828209U - A kind of water pollution processing, monitoring system - Google Patents
A kind of water pollution processing, monitoring system Download PDFInfo
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- CN206828209U CN206828209U CN201720112143.0U CN201720112143U CN206828209U CN 206828209 U CN206828209 U CN 206828209U CN 201720112143 U CN201720112143 U CN 201720112143U CN 206828209 U CN206828209 U CN 206828209U
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- aerator
- biochemical treatment
- aeration
- treatment case
- waters
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W10/00—Technologies for wastewater treatment
- Y02W10/10—Biological treatment of water, waste water, or sewage
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- Aeration Devices For Treatment Of Activated Polluted Sludge (AREA)
Abstract
The utility model discloses a kind of processing of water pollution, monitoring system, the equipment of the biochemical wastewater treatment belonged in technical field of sewage are a kind of to the processing of wastewater treatment efficiency preferable water pollution, monitoring system its object is to provide.It includes shell, the first collection device, biochemical treatment case, aerator and the second collection device are provided with shell, waters equilibrium area is provided between first collection device and biochemical treatment case, waters rising area is provided between biochemical treatment case and aerator, the slag-drip opening for connecting the second collection device is offered on aerator, the liquid outlet for connecting waters rising area is offered close to the bottom of waters rising area side on aerator, aeration case is provided with the inwall of the aeration cylinder of aerator；The bottom of the side of the close waters equilibrium area of biochemical treatment case offers the first water inlet for connecting waters equilibrium area, and discharge outlet is provided with biochemical treatment case.The utility model is applied to carry out sewage the processing equipment of processing.
Description
Technical field
The utility model belongs to technical field of sewage, is related to a kind of equipment of biochemical wastewater treatment.
Background technology
As human living standard improves constantly, the nutritive salt such as body eutrophication ammonia nitrogen, phosphorus problem and State Bureau of Environmental Protection
Sewage drainage standard is improved step by step, traditional sewage treatment process is increasingly longer, system is more and more huger and also dissipates
Send out a large amount of foul smell.
In the prior art, in general sewage disposal includes following tertiary treatment：Coagulation is it by mechanical treatment,
Such as grid, precipitation or air supporting, stone, sandstone and fat contained in sewage, iron ion, manganese ion, grease etc. are removed.At two level
Reason is biological treatment, and the pollutant in sewage is degraded and be converted into sludge in the presence of microorganism.Tertiary treatment is sewage
Advanced treating, it include nutrients removal and sewage is carried out disinfection by chlorination, ultraviolet radioactive or ozone technology.
The utility model patent of Application No. 201520656537.3 discloses a kind of aeration of biochemical sewage processing pond
System, the aerating system, which includes aeration, to be responsible for, and aeration supervisor includes being aerated longitudinal tubule (L tubule) and is aerated transverse tube, is aerated on transverse tube and is uniformly arranged
There are several to tap mouth, each mouth that taps detachably is provided with the aeration vertical tube being vertically arranged, and the bottom of the aeration vertical tube passes through
Threeway is connected with two aerations and is in charge of, and is aerated the free end closure being in charge of, each aeration be in charge of be arranged in parallel and be aerated be in charge of and
Aeration transverse tube is vertical, and each aeration is in charge of the bottom for being arranged at biochemical sewage pond and is located at the lower section of biochemical filler, each to be aerated
It is in charge of and is provided with several aeration main apertures, aeration is in charge of suit and is fixed with gum cover, and the gum cover will be aerated main aperture parcel and glue
Put and be provided with several aerating pores, the bottom of biochemical filler is provided with demoulding and washes away pipeline.The aerating system can be full
Biochemistry pool can be overhauled on the premise of sufficient aeration quantity, from the cost of overhaul is reduced, reduce maintenance difficulty.
Existing water pollution processing, monitoring system have been typically equipped with addition to traditional biochemical treatment function
Aerator.The biochemical treatment to sewage is realized by the processing mode of mechanical treatment, biological treatment.But existing machinery
Processing water pollution processing, act on played in monitoring system it is smaller so that water pollution processing, monitoring system treatment effect compared with
Difference.
The content of the invention
The purpose of this utility model is：There is provided a kind of to the processing of wastewater treatment efficiency preferable water pollution, monitoring system.
The technical solution adopted in the utility model is as follows：
A kind of water pollution is handled, monitoring system, including shell, is sequentially provided with the first collection dress in the shell from left to right
Put, biochemical treatment case, aerator and the second collection device, waters is provided between first collection device and biochemical treatment case
Equilibrium area, waters rising area is provided between the biochemical treatment case and aerator, is collected on the aerator close to second
The top of device side offers the slag-drip opening for connecting the second collection device, close to waters rising area on the aerator
The bottom of side offers the liquid outlet for connecting waters rising area, is provided with the inwall of the aeration cylinder of the aerator
It is aerated case；The bottom of the side of the close waters equilibrium area of the biochemical treatment case offer for connect waters equilibrium area
One water inlet, the biochemical treatment case is interior to be provided with discharge outlet.
Wherein, the aerator includes being arranged in shell aeration cylinder, the drive being installed on by mounting bracket on shell
Dynamic motor, the rotating shaft of the motor, which is stretched into aeration cylinder and tilted in rotating shaft, is connected with least two aeration turn plates, institute
It is 3 ° to 8 ° to state the angle α between aeration turn plate and the axis of rotating shaft, and the incline direction of two adjacent groups aeration turn plate is opposite；Institute
State and magnetizer is connected with the top of aeration cylinder, the magnetizer includes outer barrel, and the lower end of the outer barrel fixes one and stretches into outer barrel
The hollow bowl of internal cavities, multiple magnet rings is arranged with the outer wall of the hollow bowl, the magnet ring is by several circular rows
The magnetic patch composition of row, and the flow direction of magnetic patch is radially to be alternately arranged with tangential direction, the magnetic of the magnetic patch of magnetic flux arranged radially
It is alternately arranged inside and outside logical direction, the left-handed dextrorotation of flow direction of the tangentially-arranged magnetic patch of magnetic flux is alternately arranged.
Wherein, the aeration turn plate includes disk body, and the disk body has included the top rotary table face of guide functions, the top rotary table
Face is with function y=(0.4x)-1Function curve for bus rotate about the axis one week formation revolving body；On the top rotary table face
Along some guide vanes that are circumferentially provided with top rotary table face, along the week of disk body on the top rotary table face between adjacent two guide vanes
To being evenly equipped with some through holes.
Wherein, the biochemical treatment case includes top plate, is filled between the bottom plate of the top plate and shell along away from the first collection
The direction put is disposed with the first side plate, the second side plate and the 3rd side plate, and the bottom of first side plate offers first and entered
The mouth of a river, the second water inlet is offered at the top of second side plate, between first water inlet, the first side plate and the second side plate
Runner, the second water inlet, the runner between the second side plate and the 3rd side plate, discharge outlet be sequentially communicated to form serpentine flow path.
Wherein, the top of the first collection device, biochemical treatment case are above at the top of the aeration cylinder of the aerator
The top of top plate, and the top of first collection device is greater than or equal to the top of the top plate of biochemical treatment case.
Wherein, monitor control system is additionally provided with, the monitor control system includes acquisition module, central data processing mould
Block, the acquisition module are located in aerator, and one end of the central data processing module is connected with 3G-DTU, Web in turn
Module, data transmission module, control main frame and control module, the control module electrically connect with biochemical treatment case, aerator,
The other end of the Web modules is connected with terminal.
Wherein, the acquisition module is five sensor group structures containing pH value, electrical conductivity, dissolved oxygen, turbidity and temperature
Into monitoring sensor-based system, the central data processing module is ARM, and the Web modules are server, the data transfer mould
Block is GPRS, and the control module is relay.
In summary, by adopting the above-described technical solution, the beneficial effects of the utility model are：
1st, in the utility model, water pollution processing, monitoring system include aerator, biochemical treatment case and waters and put down
Heng Qu, sewage first carry out mechanical treatment in aerator, and scum silica frost caused by aeration enters the second collection device by slag-drip opening
Inside it is collected, the sewage after Air Exposure is discharged from liquid outlet and covers biochemical treatment case and balanced into the waters of opposite side
Area, during sewage slowly covers biochemical treatment case, the grease in sewage is fully floated on above the water surface, when containing grease
Sewage when flowing to waters equilibrium area, the first water inlet is offered due to biochemical treatment lower box part and draining is communicated to by passage
Mouthful discharge, realizes the discharge of water, thus in the equilibrium area of waters underlying water will sink and eventually enter into biochemical treatment case,
Discharge, and grease above will cover the first collection device and be collected, so as to realize the separation of Oil in Sewage Water fat；
Due to having had been subjected to the grease separation of Air Exposure, waters equilibrium area, thus big portion absolutely before biochemical treatment is carried out to sewage
The material divided has been separated, and only has least a portion of material to enter in sewage and biochemical treatment is carried out in biochemical treatment case,
Consequently facilitating biochemical treatment case carries out effective, efficiently biochemical treatment to sewage, water pollution processing, the place of monitoring system are improved
Efficiency is managed, water pollution processing, monitoring system are preferable to wastewater treatment efficiency.
2nd, in the utility model, at least two aeration turn plates are connected with the rotating shaft of motor, aeration turn plate tilts
Installation, and two adjacent groups aeration turn plate incline direction on the contrary, thus when aeration turn plate rotates can change aerator at any time
The direction of interior water flowing, rotating disk and current contact area longitudinally, laterally and time of contact are effectively increased, improves oxygen in air
With the fused rate of water, so as to improve the operating efficiency of aerator and working effect, and the plug-flow of aerator can be effectively improved
Ability, the plug-flow effect of aerator is preferable, improves the efficiency that the aerator carries out mechanical treatment to sewage；In addition, aeration
Cylinder top is connected with magnetizer, and the magnetizer is made up using Nd-Fe-B permanent magnet of main material, and water flows after flowing through magnetizer magnetization
Enter and be aerated chamber, water body can produce many qualitative changes after magnetization, be shifted beneficial to dissolved oxygen；And the magnetic in the magnetizer
The magnetic patch arrangement of ring can allow more than 90% magnetic energy to penetrate focusing to ring center, play more preferable water magnetizing effect, generally may be used
Up to the superpower magnetic energy of several kilogauss.
3rd, in the utility model, the top rotary table face of aeration turn plate disk body is with function y=(0.4x)-1Function curve for mother
Line rotates about the axis one week revolving body formed, and top rotary table face is completed according to gross data and the design of hydrodynamics rule,
Some guide vanes are provided with top rotary table face, along the circumferential uniform of disk body on the top rotary table face between adjacent two guide vanes
There are some through holes, thus when aeration turn plate rotates, water body will be promoted by guide vane to form vortex, forms one suction, wraps up in
The water body for accompanying a large amount of gases runs through through hole and is inhaled into, and shear when water body sucks by guide vane and produces fierce touch
Hit, moment forms substantial amounts of micro-bubble, and under the agitaion of guide vane, and water body is also done being the colleague that spins upside down
Vortex shape operates so that the gas being inhaled into residence time in water is longer, adds residence time of the oxygen in water body, carries
The aeration aerating effect of high aerator.
4th, in the utility model, biochemical treatment case along away from the first collection device direction be disposed with the first side plate,
Second side plate and the 3rd side plate, and the first water inlet, the first side plate and the second side plate in biochemical treatment case on the first side plate it
Between runner, the second water inlet on the second side plate, the runner between the second side plate and the 3rd side plate, discharge outlet be sequentially communicated shape
Into serpentine flow path, the microorganism in biochemical treatment case carries out biochemical treatment, and biochemical treatment to the sewage for flowing through biochemical treatment case
During caused grease due to smaller than the proportion of water, baby can effectively prevent from giving birth to by the serpentine flow path in the biochemical treatment case
Grease caused by change processing flows out with water, effectively reduces the content of grease in the water of discharge, so that effectively after reduction processing
Sewage pollution on the environment.
5th, in the utility model, monitor control system is additionally provided with, pH value that acquisition module collects, electrical conductivity, dissolving
Data such as oxygen, turbidity and temperature, and by above-mentioned data transfer to central data processing module, the central data processing module according to
Above-mentioned data output control signal, control signal are transmitted to control main frame, control via 3G-DTU, Web module, data transmission module
Main frame processed controls biochemical treatment case, aerator to carry out sewage disposal by control module, so as to realize the monitoring system from
Dynamic monitoring and real-time display Monitoring Data.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the structural representation of aerator；
Fig. 3 is the structural representation of aeration turn plate；
Fig. 4 is the structural representation of biochemical treatment box；
Fig. 5 is the structural representation of magnetizer in the utility model；
Fig. 6 is the structural representation of the utility model middle magnetic ring；
Fig. 7 is control block diagram of the present utility model；
Marked in figure：1- shells, the collection devices of 2- first, 3- waters equilibrium area, 4- biochemical treatments case, 5- waters rise
Area, 6- aerators, the collection devices of 7- second, 8- aerations case, 9- magnetizers, 11- discharge outlet, 61- slag-drip openings, 62- go out liquid
Mouth, 63- aeration cylinders, 64- aeration turn plates, 65- rotating shafts, 66- mounting brackets, 67- motors, 641- guide vanes, 642- lead to
Hole, 643- top rotary tables face, the water inlets of 41- second, 42- top plates, the side plates of 43- second, the side plates of 44- the 3rd, the side plates of 45- first,
The water inlets of 46- first, 91- outer barrels, 92- magnet rings, 93- ring-types disrance sleeve, 94- hollow bowls.
Embodiment
In order that the purpose of this utility model, technical scheme and advantage are more clearly understood, below in conjunction with accompanying drawing and implementation
Example, the utility model is further elaborated.It should be appreciated that specific embodiment described herein is only explaining this
Utility model, it is not used to limit the utility model.
A kind of water pollution processing, monitoring system, it includes shell 1, and the first collection device 2, life are provided with shell 1
Change treatment box 4, the collection device 7 of aerator 6 and second, the first collection device 2, biochemical treatment case 4, aerator 6 and second
Collection device 7 is set gradually from left to right in shell 1.Between being spaced necessarily between first collection device 2 and biochemical treatment case 4
Away from so as to form waters equilibrium area 3 between the first collection device 2 and biochemical treatment case 4.Biochemical treatment case 4 and aerator
It is spaced in intervals between 6, so as to form waters rising area 5 between biochemical treatment case 4 and aerator 6.On aerator 6
The slag-drip opening 61 for connecting the second collection device 7 is offered close to the top of the side of the second collection device 7, in aerator 6
The upper bottom close to the side of waters rising area 5 offers the liquid outlet 62 for connecting waters rising area 5.In biochemical treatment case 4
The bottom of side of close waters equilibrium area 3 offer the first water inlet 46, the biochemical treatment case 4 passes through the first water inlet 46
Connected with waters equilibrium area 3, and sewage need to cover and enter waters equilibrium area 3 after biochemical treatment case 4 and eventually enter into biochemical treatment
In case 4.Discharge outlet 11 is provided with biochemical treatment case 4, is discharged into the sewage in biochemical treatment case 4 eventually through discharge outlet 11.
In addition, the sewage disposal device is additionally provided with aeration air supply system, the aeration air supply system includes aeration case 8, pipeline and control
Device processed.The aeration case 8 is fixedly connected on the inwall of aeration cylinder 63 of aerator 6.Preferably, the aeration case 8 can be at least
4 are set, four are aerated on four inwalls of the aeration cylinder 63 that casees 8 are evenly distributed on aerator 6.The aeration case 8 passes through pipe
Whether road is connected with outside air pump, and the aeration case 8 is also electrically connected with the controller, right by the adjustable aeration case 8 of the controller
The tolerance size of ventilation is ventilated or adjusted to aerator 6.
During work, sewage, which is introduced into aerator 6, carries out mechanical treatment, and the scum silica frost after Air Exposure enters second and received
Acquisition means 7 are collected, and the sewage after Air Exposure enters waters rising area 5 and covers biochemical treatment case 4 puts down into waters
Weighed area 3, and the sewage in waters equilibrium area 3 forms grease separation, and the grease separated is collected by the first collection device 2,
And sewage moves down in waters equilibrium area 3 and carries out biochemical treatment into biochemical treatment case 4 is interior, and finally discharged by discharge outlet 11
The device.
Water pollution processing, monitoring system include aerator 6, biochemical treatment case 4 and waters equilibrium area 3, and sewage is first
Mechanical treatment is carried out in aerator 6, scum silica frost caused by aeration is entered in the second collection device 7 by slag-drip opening 61 to be received
Collecting, the waters equilibrium area 3 that biochemical treatment case 4 enters opposite side is discharged and covered to the sewage after Air Exposure from liquid outlet 62,
During sewage slowly covers biochemical treatment case 4, the grease in sewage is fully floated on above the water surface, when the dirt containing grease
When water flow to waters equilibrium area 3, because the bottom of biochemical treatment case 4 offers the first water inlet 46 and is communicated to draining by passage
Mouthfuls 11 discharge, and realize the discharge of water, thus underlying water will sink and eventually enter into biochemical treatment in waters equilibrium area 3
Case 4, discharge, and grease above will cover the first collection device 2 and be collected, so as to realize Oil in Sewage Water fat
Separation；Due to having had been subjected to the grease separation of Air Exposure, waters equilibrium area 3 before biochemical treatment is carried out to sewage, thus
The material of the overwhelming majority has been separated, and only has least a portion of material to enter in biochemical treatment case 4 in sewage and is given birth to
Change is handled, consequently facilitating biochemical treatment case 4 carries out effective, efficiently biochemical treatment to sewage, improves water pollution processing, monitoring
The treatment effeciency of system, water pollution processing, monitoring system are preferable to wastewater treatment efficiency.
Preferably, the aerator 6 includes aeration cylinder 63 and motor 67, the aeration cylinder 63 is arranged in shell 1,
The motor 67 is arranged on shell 1 by mounting bracket 66.The rotating shaft 65 of the motor 67 is stretched into aeration cylinder 63, and is exposed
Tilted in rotating shaft 65 in inflator 63 and be connected with least two aeration turn plates 64, between aeration turn plate 64 and the axis of rotating shaft 65
Angle α is 3 ° to 8 °, and the incline direction of two adjacent groups aeration turn plate 64 is opposite.Magnetizer 9 is connected with the top of aeration cylinder 63,
The magnetizer 9 includes outer barrel 91 and hollow bowl 94, and the lower end of the outer barrel 91 is fixed with a hollow bowl 94, and this is hollow interior
Pipe 94 is set in outer barrel 91.Multiple magnet rings 92 are arranged with the outer wall of the hollow bowl 94, magnet ring 92 is by 12 annular arrangements
Magnetic patch composition, the flow direction of wherein magnetic patch is radially to be alternately arranged with tangential direction, the magnetic of the magnetic patch of magnetic flux arranged radially
It is alternately arranged inside and outside logical direction, the left-handed dextrorotation of flow direction of the tangentially-arranged magnetic patch of magnetic flux is alternately arranged.The top of aeration cylinder 63
Magnetizer 9 is connected with, the magnetizer 9 is made up using Nd-Fe-B permanent magnet of main material, and water, which flows through to flow into after magnetizer 9 magnetizes, to expose
Inflator 63, water body can produce many qualitative changes after magnetization, be shifted beneficial to dissolved oxygen；And the magnetic in the magnetizer 9
The magnetic patch arrangement of ring 92 can allow more than 90% magnetic energy to penetrate focusing to ring center, play more preferable water magnetizing effect, generally
Up to the superpower magnetic energy of several kilogauss.In addition, ring-type disrance sleeve 93 is provided with the outer wall of hollow bowl 94, the ring-type
Disrance sleeve 93 is between two neighboring magnet ring 92.
At least two aeration turn plates 64 are connected with the rotating shaft 65 of motor 67, aeration turn plate 64 tilts installation, and
The incline direction of two adjacent groups aeration turn plate 64 on the contrary, can thus change in aerator 6 at any time when aeration turn plate 64 rotates
The direction of water flowing, be effectively increased rotating disk and current contact area longitudinally, laterally and time of contact, improve in air oxygen with
The fused rate of water, so as to improve the operating efficiency of aerator 6 and working effect, and the plug-flow of aerator 6 can be effectively improved
Ability, the plug-flow effect of aerator 6 is preferable, improves the efficiency that the aerator 6 carries out mechanical treatment to sewage.
Preferably, the aeration turn plate 64 includes disk body, the disk body includes top rotary table face 643, and the top rotary table face 643 is main
Guide functions are played, and the top rotary table face 643 is with function y=(0.4x)-1Function curve rotate about the axis one week shape for bus
Into revolving body；Preferably, the top rotary table face 643 is with function y=(0.4x)-1,Function curve section for mother
Line rotates about the axis one week revolving body formed.Some water conservancy diversion leaves are provided with the card in the top rotary table face 643 of aeration turn plate 64
Piece 641, some guide vanes 641 are uniformly arranged in the card in top rotary table face 643 along the circumference in top rotary table face 643.Top rotary table
Some through holes 642 are also evenly equipped with the card in face 643, these through holes 642 are evenly distributed in adjacent two guide vanes 641
Between top rotary table face 643 card on.
The top rotary table face 643 of the disk body of aeration turn plate 64 is with function y=(0.4x)-1Function curve for bus around axis revolve
Circled the revolving body to be formed, and top rotary table face 643 is completed according to gross data and the design of hydrodynamics rule, top rotary table face
Some guide vanes 641 are provided with 643, along the week of disk body on the top rotary table face 643 between adjacent two guide vanes 641
To being evenly equipped with some through holes 642, thus when aeration turn plate 64 rotates, water body will be promoted to form vortex by guide vane 641, shape
Into one suction, water body that wrapped folder has a large amount of gases runs through through hole 642 and is inhaled into, by guide vane 641 when water body sucks
To shear and produce the collision of fierceness, moment forms substantial amounts of micro-bubble, and under the agitaion of guide vane 641, water body
Vortex shape operating is also done being the colleague that spins upside down so that the gas being inhaled into residence time in water is longer, adds oxygen
Residence time of the gas in water body, improve the aeration aerating effect of aerator 6.
Preferably, the biochemical treatment case 4 includes top plate 42, biochemical treatment case 4 top plate 42 and shell 1 bottom plate it
Between be provided with the first side plate 45, the second side plate 43 and the 3rd side plate 44, first side plate 45, the second side plate 43 and the 3rd side plate 44
The bottom plate for being each perpendicular to shell 1 is be arranged in parallel, and the first side plate 45, the second side plate 43 and the 3rd side plate 44 are collected along away from first
The direction of device 2 is at least set gradually.First water inlet 46 is set in the bottom of the first side plate 45, at the top of the second side plate 43
The second water inlet 41 is offered, so that runner between the first water inlet 46, the first side plate 45 and the second side plate 43,
Runner, discharge outlet 11 between two water inlets 41, the second side plate 43 and the 3rd side plate 44 are sequentially communicated to form serpentine flow path.
The first side plate 45, the second side plate 43 and the 3rd side plate 44 are disposed with along the direction away from the first collection device 2,
And runner between the first water inlet 46 in biochemical treatment case 4 on first side plate 45, the first side plate 45 and the second side plate 43,
The runner between the second water inlet 41, the second side plate 43 and the 3rd side plate 44 on two side plates 43, discharge outlet 11 are sequentially communicated shape
Into serpentine flow path, the microorganism in biochemical treatment case 4 carries out biochemical treatment to the sewage for flowing through biochemical treatment case 4, and at biochemistry
Due to smaller than the proportion of water, baby can effectively be prevented caused grease by the serpentine flow path in the biochemical treatment case 4 during reason
Only grease caused by biochemical treatment flows out with water, effectively reduces the content of grease in the water of discharge, so as to effectively at reduction
Sewage pollution on the environment after reason.
Preferably, the top of the aeration cylinder 63 of aerator 6 is above the top of the first collection device 2, biochemical treatment
The top of the top plate 42 of case 4, and the top of the first collection device 2 is greater than or equal to the top of the top plate 42 of biochemical treatment case 4.
Preferably, being additionally provided with monitor control system, the monitor control system includes acquisition module, central data processing
Module, the acquisition module are located in aerator 6, and one end of the central data processing module is connected with 3G-DTU, Web mould in turn
Block, data transmission module, control main frame and control module, the control module electrically connect with biochemical treatment case 4, aerator 6, should
The other end of Web modules is connected with terminal.
Preferably, the acquisition module is five sensor groups containing pH value, electrical conductivity, dissolved oxygen, turbidity and temperature
The monitoring sensor-based system of composition, the central data processing module are ARM, and the Web modules are server, the data transmission module
For GPRS, the control module is relay.
The data such as pH value, electrical conductivity, dissolved oxygen, turbidity and temperature that acquisition module collects, and by above-mentioned data transfer
To central data processing module, the central data processing module according to above-mentioned data output control signal, control signal via
3G-DTU, Web module, data transmission module transmit to control main frame, control main frame and control biochemical treatment case by control module
4th, aerator 6 carries out sewage disposal, so as to realize the automatic monitoring of the monitoring system and real-time display Monitoring Data.
Embodiment 1
A kind of water pollution processing, monitoring system, it includes shell 1, and the first collection device 2, life are provided with shell 1
Change treatment box 4, the collection device 7 of aerator 6 and second, the first collection device 2, biochemical treatment case 4, aerator 6 and second
Collection device 7 is set gradually from left to right in shell 1.Between being spaced necessarily between first collection device 2 and biochemical treatment case 4
Away from so as to form waters equilibrium area 3 between the first collection device 2 and biochemical treatment case 4.Biochemical treatment case 4 and aerator
It is spaced in intervals between 6, so as to form waters rising area 5 between biochemical treatment case 4 and aerator 6.On aerator 6
The slag-drip opening 61 for connecting the second collection device 7 is offered close to the top of the side of the second collection device 7, in aerator 6
The upper bottom close to the side of waters rising area 5 offers the liquid outlet 62 for connecting waters rising area 5.In biochemical treatment case 4
The bottom of side of close waters equilibrium area 3 offer the first water inlet 46, the biochemical treatment case 4 passes through the first water inlet 46
Connected with waters equilibrium area 3, and sewage need to cover and enter waters equilibrium area 3 after biochemical treatment case 4 and eventually enter into biochemical treatment
In case 4.Discharge outlet 11 is provided with biochemical treatment case 4, is discharged into the sewage in biochemical treatment case 4 eventually through discharge outlet 11.
In addition, the sewage disposal device is additionally provided with aeration air supply system, the aeration air supply system includes aeration case 8, pipeline and control
Device processed.The aeration case 8 is fixedly connected on the inwall of aeration cylinder 63 of aerator 6.Preferably, the aeration case 8 can be at least
4 are set, four are aerated on four inwalls of the aeration cylinder 63 that casees 8 are evenly distributed on aerator 6.The aeration case 8 passes through pipe
Whether road is connected with outside air pump, and the aeration case 8 is also electrically connected with the controller, right by the adjustable aeration case 8 of the controller
The tolerance size of ventilation is ventilated or adjusted to aerator 6.
During work, sewage, which is introduced into aerator 6, carries out mechanical treatment, and the scum silica frost after Air Exposure enters second and received
Acquisition means 7 are collected, and the sewage after Air Exposure enters waters rising area 5 and covers biochemical treatment case 4 puts down into waters
Weighed area 3, and the sewage in waters equilibrium area 3 forms grease separation, and the grease separated is collected by the first collection device 2,
And sewage moves down in waters equilibrium area 3 and carries out biochemical treatment into biochemical treatment case 4 is interior, and finally discharged by discharge outlet 11
The device.
Embodiment 2
On the basis of embodiment one, the aerator 6 includes aeration cylinder 63 and motor 67, and the aeration cylinder 63 is set
In in shell 1, the motor 67 is arranged on shell 1 by mounting bracket 66.Aeration is stretched into the rotating shaft 65 of the motor 67
In cylinder 63, and tilted in the rotating shaft 65 in aeration cylinder 63 and be connected with least two aeration turn plates 64, aeration turn plate 64 and rotating shaft 65
Axis between angle α be 3 ° to 8 °, the incline direction of two adjacent groups aeration turn plate 64 is opposite.Connect at the top of aeration cylinder 63
Be connected to magnetizer 9, the magnetizer 9 includes outer barrel 91 and hollow bowl 94, the lower end of the outer barrel 91 be fixed with one it is hollow in
Pipe 94, the hollow bowl 94 are set in outer barrel 91.Be arranged with multiple magnet rings 92 on the outer wall of the hollow bowl 94, magnet ring 92 by
The magnetic patch composition of 12 annular arrangements, the flow direction of wherein magnetic patch are radially to be alternately arranged with tangential direction, and magnetic flux is radially arranged
It is alternately arranged inside and outside the flow direction of the magnetic patch of row, the left-handed dextrorotation of flow direction of the tangentially-arranged magnetic patch of magnetic flux is alternately arranged.
The top of aeration cylinder 63 is connected with magnetizer 9, and the magnetizer 9 is made up using Nd-Fe-B permanent magnet of main material, and water flows through magnetizer 9
Aeration cylinder 63 is flowed into after magnetization, water body can produce many qualitative changes after magnetization, be shifted beneficial to dissolved oxygen；And the magnetic
Changing the magnetic patch arrangement of the magnet ring 92 in device 9 can allow more than 90% magnetic energy to penetrate focusing to ring center, play more preferable hydromagnetic
Change effect, the generally superpower magnetic energy up to several kilogauss.In addition, ring-type disrance sleeve is provided with the outer wall of hollow bowl 94
93, the ring-type disrance sleeve 93 is between two neighboring magnet ring 92.
Embodiment 3
On the basis of embodiment two, the aeration turn plate 64 includes disk body, and the disk body includes top rotary table face 643, on this turn
Card 643 mainly plays guide functions, and the top rotary table face 643 is with function y=(0.4x)-1Function curve for bus around axis
Rotate a circle the revolving body to be formed；Preferably, the top rotary table face 643 is with function y=(0.4x)-1,Function
Curved section is that bus rotates about the axis one week revolving body formed.It is provided with the card in the top rotary table face 643 of aeration turn plate 64
Some guide vanes 641, some guide vanes 641 are uniformly set in the card in top rotary table face 643 along the circumference in top rotary table face 643
Put.Some through holes 642 are also evenly equipped with the card in top rotary table face 643, these through holes 642 are evenly distributed in adjacent two and led
In the card for flowing the top rotary table face 643 between blade 641.
Embodiment 4
On the basis of above-described embodiment, the biochemical treatment case 4 includes top plate 42, biochemical treatment case 4 top plate 42 with
The first side plate 45, the second side plate 43 and the 3rd side plate 44, first side plate 45, the second side plate are provided between the bottom plate of shell 1
43 and the 3rd side plate 44 be each perpendicular to the bottom plate of shell 1 and be arranged in parallel, and the first side plate 45, the second side plate 43 and the 3rd side plate 44
At least set gradually along the direction away from the first collection device 2.First water inlet 46 is set in the bottom of the first side plate 45, the
The top of two side plates 43 offers the second water inlet 41, so that the first water inlet 46, the first side plate 45 and the second side plate 43
Between runner, the second water inlet 41, the runner between the second side plate 43 and the 3rd side plate 44, discharge outlet 11 be sequentially communicated to be formed
Serpentine flow path.
Embodiment 5
On the basis of above-described embodiment, the top of the aeration cylinder 63 of the aerator 6 is above the first collection device 2
Top, biochemical treatment case 4 top plate 42 top, and the top of the first collection device 2 be greater than or equal to biochemical treatment case 4 top
The top of plate 42.
Embodiment 6
On the basis of above-described embodiment, be additionally provided with monitor control system, the monitor control system include acquisition module,
Central data processing module, the acquisition module are located in aerator 6, and one end of the central data processing module is connected with turn
3G-DTU, Web module, data transmission module, control main frame and control module, the control module fill with biochemical treatment case 4, aeration
6 electrical connections are put, the other end of the Web modules is connected with terminal.
Preferably, the acquisition module is five sensor groups containing pH value, electrical conductivity, dissolved oxygen, turbidity and temperature
The monitoring sensor-based system of composition, the central data processing module are ARM, and the Web modules are server, the data transmission module
For GPRS, the control module is relay.
The data such as pH value, electrical conductivity, dissolved oxygen, turbidity and temperature that acquisition module collects, and by above-mentioned data transfer
To central data processing module, the central data processing module according to above-mentioned data output control signal, control signal via
3G-DTU, Web module, data transmission module transmit to control main frame, control main frame and control biochemical treatment case by control module
4th, aerator 6 carries out sewage disposal, so as to realize the automatic monitoring of the monitoring system and real-time display Monitoring Data.
Preferred embodiment of the present utility model is the foregoing is only, it is all at this not to limit the utility model
All any modification, equivalent and improvement made within the spirit and principle of utility model etc., should be included in the utility model
Protection domain within.
Claims (7)
1. a kind of water pollution processing, monitoring system, including shell (1), it is characterised in that：In the shell (1) from left to right according to
Secondary to be provided with the first collection device (2), biochemical treatment case (4), aerator (6) and the second collection device (7), described first collects
Be provided with waters equilibrium area (3) between device (2) and biochemical treatment case (4), the biochemical treatment case (4) and aerator (6) it
Between be provided with waters rising area (5), the top on the aerator (6) close to the second collection device (7) side offers and is used for
The slag-drip opening (61) of the second collection device (7) is connected, close to the bottom of waters rising area (5) side on the aerator (6)
The liquid outlet (62) for connecting waters rising area (5) is offered, is set on the inwall of the aeration cylinder (63) of the aerator (6)
It is equipped with aeration case (8)；The bottom of the side of the close waters equilibrium area (3) of the biochemical treatment case (4) is offered for connecting
The first water inlet (46) of waters equilibrium area (3), the biochemical treatment case (4) is interior to be provided with discharge outlet (11).
2. a kind of water pollution processing as claimed in claim 1, monitoring system, it is characterised in that：The aerator (6) includes
The aeration cylinder (63) that is arranged in shell (1), the motor (67) being installed on by mounting bracket (66) on shell (1), it is described
The rotating shaft (65) of motor (67), which is stretched into aeration cylinder (63) and tilted in rotating shaft (65), is connected with least two aerations turn
Disk (64), the angle α between the aeration turn plate (64) and the axis of rotating shaft (65) is 3 ° to 8 °, and two adjacent groups aeration turn plate
(64) incline direction is opposite；Magnetizer (9) is connected with the top of the aeration cylinder (63), the magnetizer (9) includes outer barrel
(91), a hollow bowl (94) for stretching into outer barrel (91) internal cavities is fixed in the lower end of the outer barrel (91), described hollow interior
Manage and be arranged with multiple magnet rings (92) on the outer wall of (94), the magnet ring (92) is made up of the magnetic patch of several annular arrangements, and magnetic
The flow direction of block is radially to be alternately arranged with tangential direction, and the flow direction of the magnetic patch of magnetic flux arranged radially is inside and outside alternately to be arranged
Row, the left-handed dextrorotation of flow direction of the tangentially-arranged magnetic patch of magnetic flux are alternately arranged.
3. a kind of water pollution processing as claimed in claim 2, monitoring system, it is characterised in that：Aeration turn plate (64) bag
Disk body is included, the disk body has included the top rotary table face (643) of guide functions, and the top rotary table face (643) is with function y=
(0.4x)-1Function curve for bus rotate about the axis one week formation revolving body；Along top rotary table on the top rotary table face (643)
Face (643) is circumferentially provided with some guide vanes (641), the top rotary table face (643) between adjacent two guide vanes (641)
On along the circumference of disk body be evenly equipped with some through holes (642).
4. a kind of water pollution processing as claimed in claim 1, monitoring system, it is characterised in that：Biochemical treatment case (4) bag
Top plate (42) is included, is set gradually between the top plate (42) and the bottom plate of shell (1) along the direction away from the first collection device (2)
There are the first side plate (45), the second side plate (43) and the 3rd side plate (44), the bottom of first side plate (45) offers first and entered
The mouth of a river (46), the second water inlet (41), first water inlet (46), the first side are offered at the top of second side plate (43)
Between runner, the second water inlet (41), the second side plate (43) and the 3rd side plate (44) between plate (45) and the second side plate (43)
Runner, discharge outlet (11) is sequentially communicated to form serpentine flow path.
5. a kind of water pollution processing as claimed in claim 1, monitoring system, it is characterised in that：The exposure of the aerator (6)
Be above at the top of inflator (63) tops of the first collection device (2), biochemical treatment case (4) top plate (42) top, and institute
State top of the top greater than or equal to the top plate (42) of biochemical treatment case (4) of the first collection device (2).
6. a kind of water pollution processing as claimed in claim 1, monitoring system, it is characterised in that：It is additionally provided with monitoring and controlling system
System, the monitor control system include acquisition module, central data processing module, and the acquisition module is located at aerator (6)
It is interior, one end of the central data processing module be connected with turn 3G-DTU, Web module, data transmission module, control main frame and
Control module, the control module electrically connect with biochemical treatment case (4), aerator (6), and the other end of the Web modules connects
It is connected to terminal.
7. a kind of water pollution processing as claimed in claim 6, monitoring system, it is characterised in that：The acquisition module be containing
The monitoring sensor-based system that pH value, electrical conductivity, dissolved oxygen, five sensor groups of turbidity and temperature are formed, at the central data
Reason module is ARM, and the Web modules are server, and the data transmission module is GPRS, and the control module is relay.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720112143.0U CN206828209U (en) | 2017-02-06 | 2017-02-06 | A kind of water pollution processing, monitoring system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720112143.0U CN206828209U (en) | 2017-02-06 | 2017-02-06 | A kind of water pollution processing, monitoring system |
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| CN206828209U true CN206828209U (en) | 2018-01-02 |
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ID=60780454
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| CN201720112143.0U Active CN206828209U (en) | 2017-02-06 | 2017-02-06 | A kind of water pollution processing, monitoring system |
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| CN (1) | CN206828209U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111045370A (en) * | 2019-12-30 | 2020-04-21 | 贵州汇力自控工程有限公司 | Water treatment management and control system |
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2017
- 2017-02-06 CN CN201720112143.0U patent/CN206828209U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111045370A (en) * | 2019-12-30 | 2020-04-21 | 贵州汇力自控工程有限公司 | Water treatment management and control system |
| CN111045370B (en) * | 2019-12-30 | 2021-01-08 | 贵州汇力自控工程有限公司 | Water treatment management and control system |
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