CN207792828U - A kind of sanitary sewage and industrial wastewater intelligence hybrid processing system - Google Patents
A kind of sanitary sewage and industrial wastewater intelligence hybrid processing system Download PDFInfo
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- CN207792828U CN207792828U CN201721908980.0U CN201721908980U CN207792828U CN 207792828 U CN207792828 U CN 207792828U CN 201721908980 U CN201721908980 U CN 201721908980U CN 207792828 U CN207792828 U CN 207792828U
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- industrial wastewater
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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
Abstract
The utility model discloses a kind of sanitary sewages and industrial wastewater intelligence hybrid processing system, include that the sanitary sewage transfer pond, industrial wastewater transfer pond, mixing controlled by intelligent allocation system adjusts transfer pond, and adjusts the microbiological treatment pond that transfer pond is connect with mixing.The intelligent allocation system includes control server, index test end and data server, the BOD that index test end will detect, COD value is uploaded to data server and is handled, the mixed proportion of calculated sanitary sewage and industrial wastewater is uploaded to control server by data server, control server controls each elevator pump according to mixed proportion, electric gate valve, the stopping and operation of flowmeter, the biodegradability index of combined sewage are made to reach setting value, solve the problems, such as that sanitary sewage in the prior art and industrial wastewater are difficult to accurately mixing preparation processing, the biochemical wastewater treatment stage is set to realize the controllability of processing time, the stability for the treatment of effect.
Description
Technical field
The utility model is related to sewage treatment field more particularly to sewage mixed processing fields, are a kind of lifes specifically
Sewage living and industrial wastewater intelligence hybrid processing system.
Background technology
In some industry mixing Campus, to giving up in garden generally by the way of trade effluent mixing sanitary sewage
Water carries out integrated treatment.Currently, mostly use biological oxidation process carries out biochemical treatment to mixed sewage.
In practice, the time of industrial enterprise's sewage effluent, arbitrariness is also big, and institute sewerage COD high, BOD are low, whole biochemical
Property is poor；Sanitary sewage discharges the period and relatively concentrates, and institute sewerage COD is low, BOD high, and whole biodegradability is good.In the prior art, only
It is simple sanitary sewage collected by a period and industrial wastewater to be subjected to simply mixing or by a certain amount of life
Sewage and industrial wastewater living are simply mixed.This just necessarily causes each period to enter BOD, COD contained by the sewage in pond
Concentration and biodegradability are different and differ greatly, and cause to be difficult to specific aim, precision to subsequent biochemical processing run time
Regulation and control：Processing time is long, then wastes the energy when handling the waste water based on sanitary sewage；Processing time is insufficient, then is locating
National Pollutant processing discharge standard is not achieved when managing the waste water based on industrial wastewater.The biodegradability of sewage in the prior art
It is characterized by the value of BOD/COD, presently, there are the concentration of sanitary sewage and BOD, COD in industrial wastewater to be unable to control, difficult
It is handled with accurately mixing preparation, the biodegradability of sewage is unstable, be easy to cause energy waste and discharges problem not up to standard.
Chinese patent CN103387314A discloses a kind of Sewage allocation system, includes the buffering equal with source of sewage quantity
Pond, each buffer pool are set to the upstream of pretreatment system for sewage, biochemical treatment system, muddy water filtration system；Each buffer pool bottom of pond
It is contour；Each buffer pool is connected by front end electric control valve with each source of sewage respectively；And the buffer pool is automatically controlled by rear end respectively
Valve connects with pretreatment system for sewage；It is respectively equipped with water-level gauge and water quality sensor in each buffer pool；Each water-level gauge respectively with
It, which corresponds to front end electrically-controlled valve, is associated, and liquid level in buffer pool is made to maintain predetermined altitude, also, liquid level phase in each buffer pool
Deng；The rear end electrically-controlled valve that each water quality sensor distinguishes corresponding buffer pool is associated, makes each rear end electrically-controlled valve based on
Calculation ratio is opened, and the calculating ratio determines as follows：
If the open degree ratio of each rear end electrically-controlled valve is the number of rear end electrically-controlled valve described in x1, x2, x3, x4 ... xn, n=
Amount, and x1+x2+x3+x4+ ...+xn=1 is 1., and the buffering that the corresponding water quality sensor of each rear end electrically-controlled valve detects
Sewage pollution degree in pond is q1, q2, q3, q4 ... qn, then x1*q1+x2*q2+x3*q3+x4*q4+ ...+xn*qn=is pre-
Determine dustiness 2.；Even 1. 2. two formulas, one group of x1, x2, x3, x4 ... the xn acquired are the calculating ratio to row.In the calculating
Under ratio, reach predetermined dustiness after the sewage mixing that each buffer pool flows out.The system can be carried out to source of sewage
On the basis of fair and reasonable processing, stable quality of sewage disposal is ensured.But the invention is only by control water level and electrically-controlled valve
Opening degree controls different sewage mixed proportion, there are problems that mixed proportion and the bad control of combined amount in practical operation,
In addition, the invention substantially only determines the open degree of electrically-controlled valve, clear theory is had no for how the dustiness of sewage determines
It is bright, therefore the mixed proportion of sewage is difficult to determine actually, the practicality leaves a question open.
Utility model content
A kind of sanitary sewage of the utility model offer and industrial wastewater intelligence hybrid processing system, it is therefore intended that solve existing
There is the problem of sanitary sewage and industrial wastewater are difficult to accurately mixing preparation processing in technology.
The utility model is achieved through the following technical solutions：
A kind of sanitary sewage and industrial wastewater intelligence hybrid processing system include during the mixing mixed for sewage is adjusted
Turn pond, the mixing adjusts transfer pond and connect respectively with sanitary sewage transfer pond, industrial wastewater transfer pond and microbiological treatment pond.
Sanitary sewage transfer pond by pipeline equipped with the first elevator pump, first flowmeter and the first motor-driven valve lock with
Mixing adjusts the connection of transfer pond, and industrial wastewater transfer pond is electronic by being equipped with the second elevator pump, second flowmeter and second
The pipeline of valve lock adjusts transfer pond with mixing and connect, the mixing adjusting transfer pond by pipeline equipped with third elevator pump with it is micro-
Biological treatment tank connects.Sanitary sewage transfer pond, industrial wastewater transfer pond and mixing, which are adjusted in transfer pond, is both provided with use
It surveys in the first probe tube of acquisition BOD, COD concentration value, the second probe tube, third probe tube and with the index identified for data
Try end connection；The index test end is sequentially connected for the data server of data processing and for being promoted respectively to first
Pump, first flowmeter and the first motor-driven valve lock, the second elevator pump, second flowmeter and the second motor-driven valve lock and third elevator pump
Send the control server of start-up and shut-down control instruction.
The index test end is by the first probe tube, the second probe tube respectively to sanitary sewage transfer pond, industrial wastewater
The concentration value of BOD, COD are measured in transfer pond, then every detected value is uploaded to the data server, the data clothes
Device of being engaged in carries out contribution calcutation according to the detected value of BOD and COD, the BOD/COD values of setting and logical relation, in result of calculation
Reach control server.
The data server carries out contribution calcutation in the following ways：
The value of BOD/COD is set as γ, data server receives the sanitary sewage transfer pond transmitted at Indexs measure end, industry
In waste water transfer pond after the concentration value of BOD and COD, the concentration proportion for calculating BOD/COD in sanitary sewage transfer pond is α, work
The concentration proportion of BOD/COD is β in industry waste water transfer pond, to calculate
It is described to control ratio of the server according to data server calculated sanitary sewage flow and industrial wastewater flow,
Enter the stream that mixing adjusts transfer pond by the first elevator pump, first flowmeter and the first motor-driven valve lock to control sanitary sewage
Amount, and mixing adjusting transfer pond is entered to control industrial wastewater by the second elevator pump, second flowmeter and the second motor-driven valve lock
Flow.
After mixing, the index test end adjusts BOD values and COD value in transfer pond to mixing and is measured, and is uploaded to
Data server, data server calculates BOD/COD values, again compared with the BOD/COD values of setting, and result is uploaded to control
Server.If detected value is less than setting value, the first elevator pump of the control server controls, first flowmeter and the first motor-driven valve
Lock adjusts injection sanitary sewage in transfer pond to mixing and is finely adjusted；If detected value is greater than the set value, the control server control
The second elevator pump, second flowmeter and the second motor-driven valve lock are made, adjusting injection industrial wastewater in transfer pond to mixing is finely adjusted；
If detected value is equal to setting value, combined sewage is injected microbiological treatment pond by the control server controls third elevator pump.Institute
Performance of Constructed Wetlands Substrates of the filling rich in microorganism in microbiological treatment pond is stated, water hyacinth is planted in pond face.
Preferably, it is mixed more to make sanitary sewage transfer pond, industrial wastewater transfer pond and mixing adjust sewage in transfer pond
Concentration Testing value for uniform, its BOD and COD is more accurate, and the first blender is arranged in sanitary sewage transfer pond, industry
Second blender is set in waste water transfer pond, and mixing, which is adjusted, is arranged third blender in transfer pond.
Preferably, to more precisely control the flow of sanitary sewage, industrial wastewater, the sanitary sewage transfer is set in pond
The first ultrasound liquid level instrument is set, the second ultrasound liquid level instrument is set in industrial wastewater transfer pond, mixing, which is adjusted in transfer pond, is arranged third
Ultrasound liquid level instrument.When the mixing preparation of progress sanitary sewage and industrial wastewater, technical staff is referred to ultrasound liquid level instrument convection current
Amount is compared, monitors in real time.
Preferably, to prevent effluent seepage, sewage is avoided to pollute the utility model periphery land resource, the life
Sewage transfer living pond, industrial wastewater transfer pond, mixing adjusting transfer pond, microbiological treatment pond and the pool wall of aeration tank, bottom of pond are equal
It is poured for water-tight concrete.
Preferably, it is O in increase sewage2The meltage of molecule enhances Biochemical Treatment of the aerobic microbiological to sewage,
Mixing, which is adjusted, is arranged aeration tank between transfer pond and microbiological treatment pond, aeration tube, the aeration tube is arranged in the aeration tank
It is connect with wind turbine.
Preferably, to save the floor space of the utility model, concrete diaphragm is set in the microbiological treatment pond,
Concrete diaphragm both ends spaced openings make to form serpentine access in the microbiological treatment pond, in a disguised form increase
The contact area of sewage and Performance of Constructed Wetlands Substrates solves the problems, such as to need to occupy bigger floor area in the prior art.
The utility model compared with prior art, has the following advantages and advantageous effect：
(1) the utility model can be given birth to by measuring in sanitary sewage and industrial wastewater the concentration value of BOD, COD and calculating it
The property changed characterization value BOD/COD makes mixed sewage reach certain and sets by controlling the flow of sanitary sewage and industrial wastewater
Definite value, so that it is determined that the time of biochemical treatment process, scientifically, efficiently solves in the prior art because of sanitary sewage and industry
Biodegradability of Wastewater is unstable caused by the concentration of waste water BOD, COD are uncertain, be easy to cause energy waste and discharge is not up to standard
The problem of.
(2) blender is set in each transfer pond, to make sanitary sewage transfer pond, industrial wastewater transfer pond and mixing adjust
Sewage mixing is more uniformly distributed in transfer pond, and the concentration Testing value of BOD and COD are more accurate.
(3) the first ultrasound liquid level instrument is set in sanitary sewage transfer pond, and setting second is ultrasonic in industrial wastewater transfer pond
Tank gage, mixing, which is adjusted, is arranged third ultrasound liquid level instrument in transfer pond, when carrying out the mixing preparation of sanitary sewage and industrial wastewater,
Technical staff is compared flow with reference to ultrasound liquid level instrument, monitors in real time, can more precisely control sanitary sewage, industry
The flow of waste water.
(4) mixing of the utility model is adjusted is arranged aeration tank between transfer pond and microbiological treatment pond, increases as far as possible
O in combined sewage water body is added2The meltage of molecule optimizes existence and the work item of aerobic microbiological in microbiological treatment pond
Part is conducive to aerobic microbiological and is decomposed, absorbed to organic matter, effectively improves Biochemical Treatment.
(5) serpentine access is formed by the way that concrete diaphragm is arranged in the microbiological treatment pond, sewage can only be along " S "
Shape access moves ahead, and in a disguised form increases the contact area of sewage and Performance of Constructed Wetlands Substrates, solves and need to occupy in the prior art
The problem of bigger floor area.
Description of the drawings
Fig. 1 is sanitary sewage transfer pond, industrial wastewater transfer pond, mixing adjusting transfer pond plane structure chart；
Fig. 2 is microbiological treatment pond plane structure chart；
Fig. 3 is microbiological treatment pond side elevation structure chart；
Fig. 4 is sanitary sewage and industrial wastewater mixture length figure；
Wherein 1- sanitary sewages transfer pond, 2- industrial wastewater transfers pond, 3- mixing adjust transfer pond, 4- microbiological treatments
Pond, the first probe tubes of 11-, the first water inlet pipes of 12-, the first ultrasound liquid level instruments of 13-, the first blenders of 14-, the first elevator pumps of 15-,
16- first flowmeters, 17- the first motor-driven valve locks, the second probe tubes of 21-, the second water inlet pipes of 22-, the second ultrasound liquid level instruments of 23-,
The second blenders of 24-, the second elevator pumps of 25-, 26- second flowmeters, 27- the second motor-driven valve locks, 31- third probe tubes, 32-
Three blenders, 33- third ultrasound liquid level instruments, 34- third elevator pumps, the aeration tanks 41-, 42- wind turbines, 43- aeration tubes, 44- are artificial
Wet land filler, 45- water hyacinths, 46- concrete diaphragms, 47- discharge pipes.
Specific implementation mode
The utility model is described in further detail with reference to embodiment, but the embodiment of the utility model is not
It is limited to this.
Embodiment 1：
In conjunction with shown in attached drawing 1-4, a kind of sanitary sewage and industrial wastewater intelligence hybrid processing system, including it is used for sewage
Mixed mixing adjusts transfer pond 3, mixing adjusting transfer pond 3 respectively with sanitary sewage transfer pond 1, industrial wastewater transfer pond
2 and microbiological treatment pond 4 connect.
Sanitary sewage transfer pond 1 is by being equipped with the first elevator pump 15, first flowmeter 16 and the first motor-driven valve lock 17
Pipeline adjust transfer pond 3 with mixing and connect, industrial wastewater transfer pond 2 is by being equipped with the second elevator pump 25, second flow
The pipeline of meter 26 and the second motor-driven valve lock 27 adjusts transfer pond 3 with mixing and connect, and mixing adjusting transfer pond 3 is by being equipped with the
The pipeline of three elevator pumps 34 is connect with microbiological treatment pond 4.Sanitary sewage transfer pond 1, industrial wastewater transfer pond 2 and mixing
It adjusts to be both provided in transfer pond 3 and be taken for obtaining the first probe tube 11, the second probe tube 21, third of BOD, COD concentration value
Sample pipe 31 is simultaneously connect with the index test end identified for data.The index test end is sequentially connected the number for data processing
According to server and for respectively to the first elevator pump 15, first flowmeter 16 and the first motor-driven valve lock 17, the second elevator pump 25, the
Two flowmeters 26 and the second motor-driven valve lock 27 and third elevator pump 34 send the control server of start-up and shut-down control instruction.
The index test end is by the first probe tube 11, the second probe tube 21 respectively to sanitary sewage transfer pond 1, industry
The concentration value of BOD, COD are measured in waste water transfer pond 2, then every detected value is uploaded to the data server, described
Data server carries out contribution calcutation according to the detected value of BOD and COD, the BOD/COD values of setting and logical relation, calculates
As a result it is uploaded to control server.The sanitary sewage flow and industrial wastewater that the control server is uploaded according to data server
It is mixed to control sanitary sewage entrance by the first elevator pump 15, first flowmeter 16 and the first motor-driven valve lock 17 for the ratio of flow
The flow for adjusting transfer pond 3 is closed, and industry is controlled by the second elevator pump 25, second flowmeter 26 and the second motor-driven valve lock 27
Waste water enters the flow that mixing adjusts transfer pond 3.The index test end to mixing adjust in transfer pond 3 BOD values and COD value into
Row measures, and the value of BOD, COD are uploaded to data server calculating and are uploaded to control compared with setting value, and by result
Server.If detected value is less than setting value, the first elevator pump of the control server controls 15, first flowmeter 16 and the first electricity
Dynamic valve lock 17 adjusts injection sanitary sewage in transfer pond 3 to mixing and is finely adjusted；If detected value is greater than the set value, the control
The second elevator pump of server controls 25, second flowmeter 26 and the second motor-driven valve lock 27 adjust in transfer pond 3 to mixing and inject work
Industry waste water is finely adjusted；If detected value is equal to setting value, the control server controls third elevator pump 34 notes combined sewage
Biological treatment tank 4 in a subtle way.
The data server carries out contribution calcutation in the following ways：
The setting value of BOD/COD is γ, and data server receives the sanitary sewage transfer pond 1 transmitted at Indexs measure end, work
In industry waste water transfer pond 2 after the concentration value of BOD and COD, the value for calculating BOD/COD in sanitary sewage transfer pond 1 is α, industry
The value of BOD/COD is β in waste water transfer pond 2, to calculate
The principles of the present invention are illustrated further below:
To determine subsequent biochemical processing time, it is necessary to limit the biodegradability of sewage, sewage is biochemical after setting mixing
Value γ=0.5 of property index BOD/COD.
Sanitary sewage and industrial wastewater respectively enter sanitary sewage transfer by the first water inlet 12 and the second water inlet 22
Pond 1 and industrial wastewater transfer pond 2, Indexs measure end is by being arranged the first probe tube 11, Industry Waste in sanitary sewage transfer pond 1
The second probe tube 21 in water transfer pond 2, tests out sanitary sewage, industrial wastewater respectively BOD, COD concentration value, index test end
Detected value is sent to data server, data server calculates value α=0.6 of sanitary sewage BOD/COD, trade effluent
Value β=0.3 of BOD/COD, to calculate
Result of calculation sanitary sewage flow and industrial wastewater flow proportional=2.46 are uploaded to control clothes by data server
Business device sets mixing and adjusts the volume in transfer pond 3 as 1200m3, accommodate sewage volume 1000m under normal circumstances3, control server
Enter mixing adjusting transfer pond 3 to the first elevator pump 15, first flowmeter 16 and the first motor-driven valve lock 17 to control sanitary sewage
Flow be, and by the second elevator pump 25, second flowmeter 26 and the second motor-driven valve lock 27 come control industrial wastewater enter it is mixed
The flow for adjusting transfer pond 3 is closed, it is 711m to make sanitary sewage total flow3, industrial wastewater total flow be 289m3。
At this point, control server sends out instruction to index test end, index test end is measured mixed by third probe tube 31
The value γ ' for adjusting biochemical indicator BOD/COD in transfer pond 3 is closed, if γ '<0.5, the control server controls first are promoted
Pump 15, first flowmeter 16 and the first motor-driven valve lock 17 adjust injection sanitary sewage in transfer pond 3 to mixing and are finely adjusted；If
γ′>0.5, the second elevator pump of the control server controls 25, second flowmeter 26 and the second motor-driven valve lock 27 are adjusted to mixing
Injection industrial wastewater is finely adjusted in section transfer pond 3；As γ '=γ=0.5, the control server controls third elevator pump
Combined sewage is injected microbiological treatment pond 4 by 34.
In the microbiological treatment pond 4 filling rich in microorganism Performance of Constructed Wetlands Substrates 44, using microorganism to sewage into
Removal BOD, COD are realized in row biochemical treatment, and sewage is set in microbiological treatment pond 4 according to the value of biochemical indicator BOD/COD
Processing time, 4 pond face of the microbiological treatment pond plants water hyacinth 45, and the root system of water hyacinth 45 gos deep into pond, help to absorb
The elements such as nitrogen, phosphorus, potassium in sewage, while the biomembrane of 45 root system of water hyacinth again can generate in air and photosynthesis
O2Molecule diffuses in pond, and advantageous condition is provided for the existence and work of microorganism, and also the microorganism for fixation growth carries
More attaching surfaces are supplied.
Embodiment 2：
In conjunction with the embodiments 1 and attached drawing 1 shown in, the first ultrasound liquid level instrument 13, first is set in sanitary sewage transfer pond 1
Blender 14, the second ultrasound liquid level instrument 23, the second blender 24 are arranged in industrial wastewater transfer pond 2, and mixing is adjusted in transfer pond 3
Third ultrasound liquid level instrument 33, third blender 32 are set.
First blender 14, the second blender 24, third blender 32 are respectively in sanitary sewage transfer pond 1, industry
Waste water transfer pond 2, mixing, which are adjusted, rotates stirring in transfer pond 3, so that the concentration of BOD, COD in sewage is more uniformly distributed, Indexs measure
End is more accurate by the BOD measured by the first probe tube 11, the second probe tube 21, third probe tube 31, COD value, after calculating
Determine that the ratio of sanitary sewage and industrial wastewater is more accurate, the value of the biochemical indicator BOD/COD of combined sewage more easily reachs
Setting value.
When carrying out sewage mixing, technical staff with reference to the first ultrasound liquid level instrument 13 being arranged in sanitary sewage transfer pond 1,
The second ultrasound liquid level instrument 23 being arranged in industrial wastewater transfer pond 2, is compared with first flowmeter 16, second flowmeter 26,
It realizes and sewage mixed process is monitored in real time, more precisely control the flow of sanitary sewage, industrial wastewater.
Embodiment 3：
In order to further play the beneficial effects of the utility model, on the basis of embodiment 1 or 2, in conjunction with attached drawing 2 and 3
It is shown, it is adjusted in mixing and aeration tank 41 is set between transfer pond 3 and microbiological treatment pond 4, exposure is provided in the aeration tank 41
Tracheae 43, the aeration tube 43 are connect with wind turbine 42, and when the wind turbine 42 works, air is filled with into the aeration tank 41, to the greatest extent
The possible content for increasing dissolved oxygen in sewage water body optimizes existence and the work item of microorganism in microbiological treatment pond 4
Part is conducive to microbe and is decomposed, absorbed.
In order to make combined sewage be come into full contact with Performance of Constructed Wetlands Substrates 44, concrete is set in the microbiological treatment pond 4
Partition board 46 separates Performance of Constructed Wetlands Substrates 44, and the both ends spaced openings of concrete diaphragm 46 make shape in the microbiological treatment pond 4
Access in "S" shape, combined sewage are flowed along the path between Performance of Constructed Wetlands Substrates 44, and pollutant is made to be filled with Performance of Constructed Wetlands Substrates 44
Tap is touched, and the contact area of sewage and Performance of Constructed Wetlands Substrates 44 in a disguised form is increased, and is solved and is needed to occupy more in the prior art
The problem of big floor area.
The above is only the preferred embodiment of the utility model, not does limit in any form to the utility model
System, any simple modification made by the above technical examples according to the technical essence of the present invention, equivalent variations, each falls within
Within the scope of protection of the utility model.
Claims (6)
1. a kind of sanitary sewage and industrial wastewater intelligence hybrid processing system include that the mixing mixed for sewage adjusts transfer
Pond（3）, mixing adjusting transfer pond（3）Respectively with sanitary sewage transfer pond（1）, industrial wastewater transfer pond（2）And microorganism
Processing pond（4）Connection, it is characterised in that：
Sanitary sewage transfer pond（1）By being equipped with the first elevator pump（15）, first flowmeter（16）With the first motor-driven valve lock
（17）Pipeline adjust transfer pond with mixing（3）Connection, industrial wastewater transfer pond（2）By being equipped with the second elevator pump
（25）, second flowmeter（26）With the second motor-driven valve lock（27）Pipeline adjust transfer pond with mixing（3）Connection, the mixing are adjusted
Save transfer pond（3）By being equipped with third elevator pump（34）Pipeline and microbiological treatment pond（4）Connection；
Sanitary sewage transfer pond（1）, industrial wastewater transfer pond（2）Transfer pond is adjusted with mixing（3）In be both provided with and be used for
Obtain the first probe tube of BOD, COD concentration value（11）, the second probe tube（21）, third probe tube（31）And know with for data
Other index test end connection；
The index test end is sequentially connected for the data server of data processing and for respectively to the first elevator pump（15）、
First flowmeter（16）With the first motor-driven valve lock（17）, the second elevator pump（25）, second flowmeter（26）With the second motor-driven valve lock
（27）And third elevator pump（34）Send the control server of start-up and shut-down control instruction.
2. a kind of sanitary sewage according to claim 1 and industrial wastewater intelligence hybrid processing system, which is characterized in that
The microbiological treatment pond（4）Interior Performance of Constructed Wetlands Substrates of the filling rich in microorganism（44）, water hyacinth is planted in pond face（45）.
3. a kind of sanitary sewage according to claim 2 and industrial wastewater intelligence hybrid processing system, feature exist
In mixing adjusts transfer pond（3）With microbiological treatment pond（4）Between be provided with aeration tank（41）, the aeration tank（41）Inside set
It is equipped with aeration tube（43）, the aeration tube（43）With wind turbine（42）Connection.
4. a kind of sanitary sewage according to claim 3 and industrial wastewater intelligence hybrid processing system, feature exist
In the microbiological treatment pond（4）Inside it is provided with concrete diaphragm（46）, the concrete diaphragm（46）Both ends spaced openings,
Make the microbiological treatment pond（4）Interior formation serpentine access.
5. a kind of sanitary sewage and industrial wastewater intelligence hybrid processing system according to any one of claims 1-4,
It is characterized in that, sanitary sewage transfer pond（1）The first ultrasound liquid level instrument of middle setting（13）, the first blender（14）, industry
Waste water transfer pond（2）The second ultrasound liquid level instrument of middle setting（23）, the second blender（24）, mixing adjusting transfer pond（3）Middle setting
Third ultrasound liquid level instrument（33）, third blender（32）.
6. a kind of sanitary sewage according to claim 5 and industrial wastewater intelligence hybrid processing system, feature exist
In sanitary sewage transfer pond（1）, industrial wastewater transfer pond（2）, mixing adjust transfer pond（3）, microbiological treatment pond（4）
The aeration tank and（41）Pool wall, bottom of pond be that water-tight concrete pours.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721908980.0U CN207792828U (en) | 2017-12-29 | 2017-12-29 | A kind of sanitary sewage and industrial wastewater intelligence hybrid processing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721908980.0U CN207792828U (en) | 2017-12-29 | 2017-12-29 | A kind of sanitary sewage and industrial wastewater intelligence hybrid processing system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207792828U true CN207792828U (en) | 2018-08-31 |
Family
ID=63277601
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| CN (1) | CN207792828U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115057575A (en) * | 2021-04-22 | 2022-09-16 | 阮氏化工（常熟）有限公司 | Intelligent comprehensive sewage treatment system |
| CN116227742A (en) * | 2023-05-06 | 2023-06-06 | 中国市政工程华北设计研究总院有限公司 | Sewage treatment plant inlet BOD prediction method based on non-domestic sewage mixing influence |
-
2017
- 2017-12-29 CN CN201721908980.0U patent/CN207792828U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115057575A (en) * | 2021-04-22 | 2022-09-16 | 阮氏化工（常熟）有限公司 | Intelligent comprehensive sewage treatment system |
| CN116227742A (en) * | 2023-05-06 | 2023-06-06 | 中国市政工程华北设计研究总院有限公司 | Sewage treatment plant inlet BOD prediction method based on non-domestic sewage mixing influence |
| CN116227742B (en) * | 2023-05-06 | 2023-08-04 | 中国市政工程华北设计研究总院有限公司 | Sewage treatment plant inlet BOD prediction method based on non-domestic sewage mixing influence |
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