CN106647552A - Sewage treatment monitoring system - Google Patents
Sewage treatment monitoring system Download PDFInfo
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- CN106647552A CN106647552A CN201510716295.7A CN201510716295A CN106647552A CN 106647552 A CN106647552 A CN 106647552A CN 201510716295 A CN201510716295 A CN 201510716295A CN 106647552 A CN106647552 A CN 106647552A
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/048—Monitoring; Safety
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Abstract
The invention discloses a sewage treatment monitoring system comprising a sewage treatment system and a cloud side monitoring platform. The sewage treatment system comprises multiple sewage treatment units. A water level data monitor, an equipment data monitor and a water quality data monitor are arranged so as to monitor the water level height data, the operation state data and the water quality monitoring data in the sewage treatment units. The data are monitored in real time to be uploaded to the database of the cloud side monitoring platform to be compared with the water level critical value, the equipment abnormal condition and the water quality continuous monitoring data stored in the intelligent database to judge abnormality of the sewage treatment system so that abnormality information is emitted to notify operation personnel to perform proper treatment or adjustment.
Description
Technical field
The present invention is with regard to a kind of sewage disposal monitoring system, especially with regard to a kind of real-time using sensing equipment
The running of monitoring sewage disposal system, the data for monitoring are carried out with the data of storage in the monitor supervision platform of high in the clouds
Compare, judge whether sewage disposal system abnormal intelligent monitoring system occurs.
Background technology
Known sewage disposal system, mostly with following basic handling step, such as catching rubbish foreign body,
Allowing sewage to stand makes sediment deposition, carries out oxidation Decomposition or adds the program such as pharmacy disinfection, allows industrial wastewater
Or domestic waste water is just emitted into after treatment in the middle of external environment, it is to avoid central pollutant or pathogenic bacteria endanger
Water resource in natural, ecological.But just sewage species are different, complexity and the requirement of process just have
Changed, such as industrial wastewater may need the residual for processing heavy metal material or noxious substance, domestic waste water
Then need process of more Organic substance decomposition etc..These can all have influence on finally discharged water quality.Conventional dirt
Water treatment system, is mostly the state of timing sampling observation relevant device or storage pool, or regularly detects floss hole
Water quality ensuring compliance with the standard of releasing.But such monitor mode is often not enough in real time, if water quality goes out
Existing problem, to be detected when noting abnormalities, the sewage discharged during this section before being detected may have resulted in
Pollute and have little time to remedy.
Additionally, it is contemplated that the resource allocation and cost of manpower, each sewage disposal system is difficult to arrange specific people
Member is persistently monitored, thus be all it is abnormal there is a period of time after, just can find corresponding operator or
Carry out the adjustment of correlation.And the experience of operator, it is again unpredictable change because the lazy careless mistake of personnel is made
Into inspection not really, all it is using current management and control or in order to reach discharge standard input overdose of medicine agent etc.
The normal problems faced of sewage disposal system.
In view of this, a kind of real-time monitoring sewage disposal system how is designed, mileage sequence is entered at various sewage
During row, the state of monitoring sewage disposal system that can be real-time and lasting, it is ensured that the water quality for releasing can meet discharge
Standard, at the same can also lifting operation efficiency wasted with reducing unnecessary human cost, will be sewage disposal industry
The important technology that person needs.Therefore, the present inventor thinks and designs a kind of sewage disposal monitoring system,
Improved for the disappearance of prior art, and then the enforcement in enhancement industry is utilized.
The content of the invention
In view of above-mentioned problem of the prior art, the purpose of the present invention is exactly to provide a kind of sewage disposal monitoring
System, with solve it is known cannot real-time monitoring sewage disposal system, and cannot by with given data compare come
The problem of abnormal generation is learnt ahead of time.
A purpose of the invention, proposes a kind of sewage disposal monitoring system, and it includes sewage disposal system
And high in the clouds monitor supervision platform.Wherein, sewage disposal system is supervised comprising multiple sewage treatment units, waterlevel data
Survey device, device data monitor and water quality data monitor.Multiple sewage treatment units have respectively sewage
Receiving space, is interconnected between sewage receiving space by sewer line.Pending sewage is by entering flow tube
Road flows into sewage disposal system, and the sewage disposal device arranged using correspondence sewage receiving space is carried out at sewage
After reason program, discharged by pipeline is released.Waterlevel data monitor is arranged in the middle of default sewage receiving space,
Height of water level data of the monitoring sewage in the middle of sewage receiving space.Device data monitor is connected at sewage
Reason equipment, monitors the operational state data of sewage disposal device.Water quality data monitor is arranged at default many
In the middle of individual sewage treatment unit, water monitoring data of the sewage in corresponding sewage receiving space is detected.Cloud
End monitor supervision platform is connected through Internet connection mode with sewage disposal system.High in the clouds monitor supervision platform includes data
Data base, intelligence database and processor.Document data base is stored by waterlevel data monitor, number of devices
According to height of water level data, operational state data and water quality monitoring number that monitor and water quality data monitor are uploaded
According to.Intelligence database is connected to document data base, and the water quality for storing sewage disposal system historical data is continuously supervised
Data are surveyed, and stores the water level marginal value set by user and unit exception condition.Processor is connected to
Document data base and intelligence database, compare in real time height of water level data and water level marginal value, mode of operation number
According to unit exception condition and water monitoring data and water quality continuous monitoring data, when comparison result occur it is abnormal
When, transmission abnormal information is to operator.
Preferably, sewage receiving space can include treatment tank, sewage storage groove or sewage disposal channel.
Preferably, sewage disposal system can further include Monitoring Data catcher, through Internet of Things and water level
Data monitoring device, device data monitor and water quality data monitor are connected, and receive height of water level data, behaviour
Make status data and water monitoring data, and document data base is uploaded to via Internet connection.
Preferably, water monitoring data can include temperature, electric conductivity, pH-value, dissolved oxygen amount and suspended particulates
Amount.
Preferably, water quality continuous monitoring data can continuously record water quality data monitor and be detectd according to time interval
The water monitoring data for measuring, and the invalid data and lost data of detecting are deducted, it is stored in intelligence database
It is central.
Preferably, processor can compare the dependency of water monitoring data and water quality continuous monitoring data, pass through
The difference value of water monitoring data and water quality continuous monitoring data is calculated, assesses the variability of difference value to confirm
Whether it is abnormality.
Preferably, sewage disposal system can include multiple sludge treating blocks, respectively with sludge receiving space,
Interconnected by sludge pipeline between sludge receiving space.The sludge that multiple sewage treatment units are produced, profit
The sludge treatment device arranged with correspondence sludge receiving space carries out Treatment of Sludge program, will give up after Treatment of Sludge
Abandon, the waste water of generation is back to sewage disposal system again carries out wastewater treatment process.
Preferably, sludge receiving space can arrange waterlevel data monitor, and monitoring sludge is in sludge receiving space
Central height of water level data, and height of water level data are uploaded to into document data base.
Preferably, sludge treatment device can arrange device data monitor, monitor the operation of sludge treatment device
Status data, and operational state data is uploaded to into document data base.
Preferably, high in the clouds monitor supervision platform can further include control instruction data base, when real-time comparison result is sent out
When raw abnormal, corresponding control instruction in control instruction data base is sent to and produces abnormal sewage by processor
Processing equipment, directly the operating parameter of adjustment sewage disposal device is adjusting the state of operation.
From the above, sewage disposal monitoring system under this invention, it can have one or more following advantages：
(1) this sewage disposal monitoring system can utilize waterlevel data monitor, device data monitor and water quality
The process state of data collector real-time monitoring sewage disposal system, and it is flat that data are uploaded to into high in the clouds monitoring
Platform, allows user that monitor in real time can be carried out to sewage disposal system, abnormality time of origin is reduced, at raising
The efficiency that ought to become.
(2) this sewage disposal monitoring system can pass through Real-time Monitoring Data with the water level stored by intelligence database
Marginal value, unit exception condition and water quality continuous monitoring data are compared, and are judged in the middle of sewage disposal system
Wastewater level, equipment state and sewage quality whether produce ANOMALOUS VARIATIONS, propose the warning of abnormal information with
Emergency measure is taken early, persistently maintains the state of sewage disposal system normal operation.
(3) this sewage disposal monitoring system can be directly adjusted at sewage when occurring extremely using control instruction
Reason device parameter, solves in real time abnormal problem, it is to avoid artificial operation carries out excessive adjustment, reduces whole man
The waste of power and device resource.
Description of the drawings
Fig. 1 is the schematic diagram of the sewage disposal monitoring system of the present invention.
Fig. 2 is the schematic diagram of the sewage disposal system of embodiments of the invention.
The schematic diagram that Fig. 3 is arranged for the water monitor of embodiments of the invention.
Specific embodiment
The technical characteristic, content and the advantage that understand the present invention for sharp your juror and its effect to be reached,
Now the present invention is coordinated into accompanying drawing, and it is as follows with the expression-form detailed description of embodiment, and used in it
Schema, its purport only illustrates and aids in illustrating book to be used, may not be actual proportions after the present invention is implemented with
Precisely configuration, therefore just the ratio of appended schema should not understand, limit the invention to actual reality with configuration relation
The interest field applied, conjunction first chats bright.
Fig. 1 is refer to, it is the schematic diagram of the sewage disposal monitoring system of the present invention.As illustrated, sewage
Monitoring system is processed comprising sewage disposal system 10 and high in the clouds monitor supervision platform 20, both can by wired or
Wireless Internet connection mode is interconnected.Sewage disposal system 10 can be that the down-stream of each department is processed
Sewage treatment facility of factory, the small sewage treatment plant of household's cell or factory etc., the present embodiment is with list
Illustrate as a example by one sewage disposal system 10, but sewage disposal monitoring system also allows for high in the clouds monitor supervision platform 20
Simultaneously multiple sewage disposal systems are connected to, are monitored in real time.Pending sewage by flow inlet 15 via
Influent stream pipeline 17 is flowed into, and is discharged by releasing pipeline 19 and be directed at weif orifice 16 after multiple processing routines.It is dirty
The first sewage treatment unit 11, the second sewage treatment unit 12 and the 3rd are provided with the middle of water treatment system 10
Sewage treatment unit 13, each sewage treatment unit carries out respectively different wastewater treatment process, for example, filter
Or the foreign body in precipitation sewage, oxidation Decomposition Organic substance, addition pharmacy disinfection etc..Wastewater treatment process is performed
Mode comprising respective sewage receiving space is arranged, after sewage is entered, then held by corresponding processing equipment
Row wastewater treatment process.As shown in this embodiment, the first sewage treatment unit 11 accommodates empty comprising the first sewage
Between 11a and the first sewage disposal device 11b, the second sewage treatment unit 12 includes the second sewage receiving space
12a and the second sewage disposal device 12b, the 3rd sewage treatment unit 13 includes the 3rd sewage receiving space 13a
And the 3rd sewage disposal device 13b, connected with sewer line 18 between each sewage receiving space.Here institute
The sewage receiving space stated includes treatment tank, sewage storage groove or sewage disposal channel etc., according to process
The conditions of demand of program arranging, therefore, the sewage disposal system of various different demands or different scales can be wrapped
Sewage treatment unit containing varying number, its quantity is not limited to three sewage disposal lists described in the present embodiment
Unit.
In the middle of above-mentioned sewage disposal system 10, the biography of correlation can be set in the middle of each sewage treatment unit
Monitoring the situation of sewage disposal, equally as shown in Figure 1, the first sewage treatment unit 11 includes the to sensor
One waterlevel data monitor 111, the first device data monitor 112 and the first data of water quality monitor 113.
First water level prediction monitor 111 and the first water quality data monitor 113 are arranged on the first sewage receiving space
11a, monitors respectively the water quality situation of sewage height of water level in space and sewage disposal, the first number of devices
The first sewage disposal device 11b is connected to according to monitor 112, setting for the first sewage disposal device 11b is monitored
Standby mode of operation.Similarly, the second sewage treatment unit 12 also can comprising the second waterlevel data monitor 121,
Second device data monitor 122 and the second water quality data monitor 123；3rd sewage treatment unit 13
The 3rd waterlevel data monitor 131, the 3rd device data monitor 132 and the 3rd data of water quality can be included
Monitor 133.The mode that monitor is arranged in the middle of second and third sewage treatment unit 12,13 can be same as the
One sewage treatment unit 11, but the present invention is not limited, water level prediction monitor and data of water quality monitor
Also can be provided only among the sewage treatment unit of acquiescence, monitor the process state of specific program, rather than arrange
In the middle of each sewage treatment unit.In addition, device data monitor is not necessarily independent sensing device,
Alternatively capture and transmitting device, directly capture the operational parameter data or operating condition on sewage disposal device
Data, then it is uploaded to high in the clouds monitor supervision platform 20.
Again by taking the first sewage treatment unit 11 as an example, the first waterlevel data monitor 111, the first number of devices
Height of water level data, the operation shape monitored according to the data of water quality monitor 113 of monitor 112 and first
State data and water monitoring data, using wireless transmission method the data of high in the clouds monitor supervision platform 20 is sent to
Data base 21.Wireless transmission method described here is to transmit Monitoring Data using radio transmitting device 14,
This radio transmitting device 14 can be wireless network base stations, allow each monitor to utilize WiFi transmission means
The Internet is connected, data are uploaded to into document data base 21.Or radio transmitting device 14 is alternatively data
Catcher, using Internet of Things and the first waterlevel data monitor 111, the first device data monitor 112 with
And first water quality data monitor 113 connect, after receiving and integrating each Monitoring Data, then by being wirelessly transferred
Device 14 is together uploaded to document data base 21.Similarly, the second sewage treatment unit 12 and the 3rd sewage
Processing unit 13 also can upload Monitoring Data in a like fashion.
The document data base 21 of high in the clouds monitor supervision platform 20 stores height of water level data, the mode of operation of upload
Data and water monitoring data, and intelligence database 22 is then connected to document data base 21, by each water quality
Historical data measured by monitor, storage becomes water quality continuous monitoring data, this water quality continuous monitoring data,
Continuous data daily, weekly, monthly, per season can be contained, namely in special time is interval, is owned
The data of water quality monitoring pointer.If here, have there is abnormal Monitoring Data, or monitoring device failure without
Method obtains correct Monitoring Data, it is necessary to deduct the data of its time interval.By effective monitoring record value
The calculating of percentage rate, can check and guarantee the effectiveness of data transfer rate, and its calculation can be with following
Formula is calculated.
Wherein, P is effective monitoring record value percentage rate, and T is the total time of time interval, and Du is monitor
Middle invalid data, Dm is lost data in monitor.
After the effectiveness for guaranteeing the water quality continuous monitoring data in the middle of intelligence database 22, at the first sewage
While reason unit 11 is operated, the processor 23 in the middle of high in the clouds monitor supervision platform 20 can compare the first water quality monitoring
Water quality continuous monitoring data in the middle of water monitoring data that device 113 is measured in real time and intelligence database 22, enter
The analysis of row dependency.Using the difference of data in the middle of real-time water monitoring data and water quality continuous monitoring data,
Calculate arithmetic average, difference standard deviation, trust coefficient, relative error and test the relative accuracy checked
And the eigenvalue such as mean difference, when these eigenvalues exceed default marginal value, judge the first sewage disposal
Water quality in the middle of unit 11 occurs abnormal.Now, processor 23 can transmit abnormal information 201 to sewage
The operator of reason system 10, for example, transmit the portable hand-held device of note to operator, notifies that first is dirty
There is problem in unit for treating water 11, need to take appropriate emergency measure as early as possible, it is to avoid water quality is continuous worsening.
Or also can issue abnormal information by monitor supervision platform beyond the clouds, allow the monitoring personnel for connecting the platform to learn water quality
Exception is produced, and can in real time make corresponding process.
Furthermore, intelligence database 22 also stores the water level marginal value and unit exception condition of user's setting, when the
The first waterlevel data monitor 111 in the middle of one sewage treatment unit 11 detects the first sewage receiving space
Higher than highest marginal value or during less than lowest critical value, processor 23 judges water level to the water level of sewage in the middle of 11a
Operator are provided alert by Height Anomalies by transmitting abnormal information 201, and operator can carry in good time
Height reduces flow to adjust height of water level problem, it is to avoid the first sewage disposal device 11b dallies or cannot
Process the excessive water yield.In addition, unit exception condition is then for the first sewage disposal device 11b
Mode of operation is monitored, and whether such as processor 23 can compare the first sewage disposal device 11b and continuously run
More than the setting in unit exception condition, when monitoring that continuous running exceedes Preset Time, operator is notified
Member checks equipment or considers to replace or restarting equipment, it is to avoid over-running damages the first sewage disposal device
11b.In addition, high in the clouds monitor supervision platform 20 can also include control instruction data base, when storage occurs abnormal, no
With the control instruction corresponding to situation, when processor is compared to note abnormalities, directly corresponding control can be referred to
Order is back in the middle of sewage treatment unit, such as when the first sewage disposal device 11b occurs abnormal, directly by
Corresponding control instruction adjusts the operating parameter of the first sewage disposal device 11b, adjusts the operation of board equipment
State occurs to avoid aberrant continuation.The framework and monitor mode of above-mentioned high in the clouds monitor supervision platform 20, also can be same
Suitable for the second sewage treatment unit 12 and the 3rd sewage treatment unit 13, thus at integrant sewage
Reason monitoring system.
Fig. 2 is refer to, it is the schematic diagram of the sewage disposal system of embodiments of the invention.As illustrated,
The sewage disposal system of the present embodiment includes multiple sewage treatment units and multiple sludge treating blocks, wherein dirty
Unit for treating water includes conservancy trash pool 31, Shen sand grease removal tank 32, equalization basin 33, aoxidizes deep canal 34, finally sinks
Shallow lake pond 35, sterilization pool 36 and pond 37 is released, connected by sewer line.After sewage is by flow inlet inflow,
After the sewage disposal device arranged in the middle of above-mentioned sewage receiving space is processed, discharge is released by weif orifice.
Above-mentioned sewage treatment unit can respectively correspond to different sewage disposal devices, and such as conservancy trash pool 31 can be arranged and blocked
Dirty machine and conveyer；Shen sand grease removal tank 32 arranges blender, sand washer, sand pump and washed-out sand waste water pump；Adjust
Even pond 33 includes blender and aerator；The deep canal 34 of oxidation arranges aerator；Final sedimentation tank 35 includes scraping
Mud machine and scum silica frost pump；Sterilization pool 36 arranges suction pump, chemicals feeder and deodorizing apparatus；Release the setting of pond 37 to draw water
Pump, the board quantity of above-mentioned sewage disposal device can be adjusted according to the scale of sewage disposal system.Each
Can all install device data monitor on individual board equipment, real-time monitoring each sewage disposal device operation
State.Waterlevel data monitor 31a, 32a, 36a, 37a then may be selected to be installed in important conservancy trash pool 31,
Shen sand grease removal tank 32, sterilization pool 36 and pond 37 etc. is released, monitor the water in the middle of main wastewater treatment process
Position height.
In addition to multiple sewage treatment units, sewage disposal system can also arrange multiple sludge treating blocks, its
Comprising sludge storage tank 41, gravity concentration tank 42 and wastewater collection pond 43.Produce in final sedimentation tank 35
Sludge, is first transported to sludge storage tank 41 and keeps in via sludge pipeline, and partial sludge is formed via after gravity concentration
Waste sludge, another part is then back to equalization basin 33.And the waste water produced in Treatment of Sludge program, then receive
Collect wastewater collection pond 43, coming back to the deep canal 34 of oxidation carries out wastewater treatment process.Sludge treating block
Sludge storage tank 41 may include feed pump, return sludge pump, conveyer, dewaterer；Gravity concentration tank 42
Blender is set；Wastewater collection pond 43 arranges the sludge treatment devices such as suction pump.It is similar with sewage treatment unit,
Sludge treating block is also installed at device data monitor, real-time monitoring each sludge in each board equipment
The state of reason equipment operation.Waterlevel data monitor 41a, 43a are then selectively installed in sludge storage tank 41
Gravity concentration tank 42 and wastewater collection pond 43, monitor the water of sludge receiving space in the middle of Treatment of Sludge program
Position height.
Fig. 3 is refer to, it is the schematic diagram that the water monitor of embodiments of the invention is arranged.As illustrated,
The sewage disposal system of the present embodiment includes multiple sewage treatment units, such as equalization basin 51, the deep canal 52 of oxidation,
Sedimentation tank 53 and pond 54 is released, refer to the setting of previous embodiment, except for sewage receiving space
Carry out water level monitoring and carry out outside status monitoring for sewage disposal device, it is necessary to sewage quality therein
It is monitored.By taking the present embodiment as an example, water quality data monitor 51a, 52a, 54a can be respectively arranged at tune
Even pond 51, the deep canal 52 of oxidation and it is final release pond 54, section wastewater treatment process before, during and after utilization
The change of central sewage quality, judges whether water quality is abnormal.The position that water quality data detector is arranged, foundation
The change of sewage disposal system may also be arranged in the middle of other sewage treatment units, be not limited to the present embodiment institute
The position of setting.
These water quality datas monitor 51a, 52a, 54a, using sensor detect respectively sewage temperature,
Electric conductivity, pH-value, dissolved oxygen amount and suspended particulates amount, according to imposing a condition, for example temperature sets these projects
Fixed interval, concentration of interval or suspended particulates of pH-value setting etc., obtain different by sensor respectively
The monitoring record numerical value of condition, then these numerical value are uploaded to into the document data base of high in the clouds monitor supervision platform, by
It is related to the water quality continuous monitoring data in the middle of intelligence database that reason device compares these real-time monitoring record numerical value
Property, judge in the middle of the water quality of process, whether each monitoring project produces exception.
The judgement of dependency can be comprising using data in the middle of real-time water monitoring data and water quality continuous monitoring data
Difference, calculate arithmetic average, difference standard deviation, trust coefficient, the relative error phase checked of test
To eigenvalues such as accuracy and mean differences.Its calculation includes following equation (1)-(5)：
Wherein,Arithmetic for " real-time monitoring record " and " water quality continuous monitoring data " data difference is put down
Average；diFor " real-time monitoring record " and the difference of " water quality continuous monitoring data " data；N records for monitoring
Record number of times；Sd is the standard deviation of " real-time monitoring record " and " water quality continuous monitoring data " data difference；
CC is trust coefficient (confidence coefficient)；T is certified value.
The temperature actual for water quality detection, electric conductivity, pH-value, dissolved oxygen amount and suspended particulates individually below
The examples such as amount are illustrated.First against the detection of temperature, visual sewage treatment unit set-up mode adjusting,
If outdoor processing pond, it will made the temperature for detecting sooner or later have obvious gap by affecting during sunshine,
Such as day temperature is maintained at about 26 DEG C, and night then maintains about 23 DEG C, and intelligence database notes down this process
Pond is daily, change weekly and per season, temperature variation curve is set up, when the temperature data for real-time monitoring
When deviating considerably from curve, produce abnormal information and notify operator or management personnel.Again by taking electric conductivity as an example, place
Between the 3.5 μ s/cm of μ s/cm to 3.9, low electric conductivity numerical value reflects the continuous monitoring numerical value of one day in the middle of reason pond
It is light to go out contaminated degree relative, if the numerical value that water quality data monitor detecting real-time is arrived exceedes above-mentioned numerical value,
Or the numerical value that arrives of detecting real-time with continuous monitoring numerical difference away from constantly improve, then judge that electric conductivity occurs abnormal.
The same detection for dissolved oxygen amount, acid-base value and suspended particulates amount, using continuous detecting data in intelligent data
Set up day-to-day changes curve in the middle of storehouse, for example dissolved oxygen amount can between 2ppm to 7ppm, pH value is 8
To between 10 and suspended solid is between 55mg/L to 72mg/L.Therefore, when Real-time Monitoring Data exceedes
Default threshold value or the difference continuous enlargement with standard, system then judges to produce exception.These occur extremely
When, in addition to sending abnormal notice, also can instruct to each sewage according to the direct transfer operation of default control mode
Processing equipment, for example, increase the dosage of chemicals feeder, increases stirring or sedimentation time etc., treats script exception
When data were returned in normal range, set in the board for being returned to script, overall sewage disposal system is more had
The process unusual condition of efficiency.
The foregoing is only illustrative, rather than for restricted person.Any spirit and scope without departing from the present invention,
And equivalent modifications that it is carried out or change, in being intended to be limited solely by appended claims.
Description of reference numerals
10：Sewage disposal system
11、12、13：First, second, third sewage treatment unit
11a、12a、13a：First, second, third sewage receiving space
11b、12b、13b：First, second, third sewage disposal device
111、121、131：First, second, third water level prediction monitor
112、122、132：First, second, third device data monitor
113、123、133：First, second, third data of water quality monitor
14：Radio transmitting device
15：Flow inlet
16：Weif orifice
17：Influent stream pipeline
18：Sewer line
19：Release pipeline
20：High in the clouds monitor supervision platform
21：Document data base
22：Intelligence database
23：Processor
201：Abnormal information
31：Conservancy trash pool
31a、32a、36a、37a、41a、43a：Water level prediction monitor
32：Shen sand grease removal tank
33、51：Equalization basin
34、52：The deep canal of oxidation
35、53：Final sedimentation tank
36：Sterilization pool
37、54：Release pond
41：Sludge storage tank
42：Gravity concentration tank
43：Wastewater collection pond
51a、52a、54a：Data of water quality monitor
Claims (10)
1. a kind of sewage disposal monitoring system, it is characterised in that include：
Sewage disposal system, the sewage disposal system is included：
Multiple sewage treatment units, the plurality of sewage treatment unit has respectively sewage receiving space, described
Interconnected by sewer line between sewage receiving space, pending sewage is flowed into described by influent stream pipeline
Sewage disposal system, the sewage disposal device arranged using the correspondence sewage receiving space carries out sewage disposal
After program, discharged by pipeline is released；
Waterlevel data monitor, is arranged in the middle of the default sewage receiving space, monitor the sewage in
Height of water level data in the middle of the sewage receiving space；
Device data monitor, is connected to the sewage disposal device, monitors the behaviour of the sewage disposal device
Make status data；And
Water quality data monitor, is arranged in the middle of default the plurality of sewage treatment unit, detects the dirt
Water monitoring data of the water in the corresponding sewage receiving space；And
High in the clouds monitor supervision platform, is to be connected with the sewage disposal system through Internet connection mode, the cloud
End monitor supervision platform is included：
Document data base, stores by the waterlevel data monitor, the device data monitor and the water
The height of water level data, the operational state data and the water quality monitoring number that matter data collector is uploaded
According to；
Intelligence database, is connected to the document data base, stores the sewage disposal system historical data
Water quality continuous monitoring data, and store the water level marginal value set by user and unit exception condition；With
And
Processor, is connected to the document data base and the intelligence database, the water level is compared in real time high
Degrees of data and the water level marginal value, the operational state data and the unit exception condition and the water quality
Monitoring Data and the water quality continuous monitoring data, when comparison result occurs abnormal, transmission abnormal information is extremely
Operator.
2. sewage disposal monitoring system as claimed in claim 1, it is characterised in that the sewage accommodates empty
Between include treatment tank, sewage storage groove or sewage disposal channel.
3. sewage disposal monitoring system as claimed in claim 1, it is characterised in that the sewage disposal system
System further includes Monitoring Data catcher, through Internet of Things and the waterlevel data monitor, the equipment
Data collector and the water quality data monitor are connected, and receive the height of water level data, the operation shape
State data and the water monitoring data, and it is uploaded to the document data base via Internet connection.
4. sewage disposal monitoring system as claimed in claim 1, it is characterised in that the water quality monitoring number
According to comprising temperature, electric conductivity, pH-value, dissolved oxygen amount and suspended particulates amount.
5. sewage disposal monitoring system as claimed in claim 1, it is characterised in that the water quality is continuously supervised
Survey data system and continuously record the water quality monitoring that the water quality data monitor is detected according to time interval
Data, and the invalid data and lost data of detecting are deducted, it is stored in the middle of the intelligence database.
6. sewage disposal monitoring system as claimed in claim 1, it is characterised in that the processor is compared
The dependency of the water monitoring data and the water quality continuous monitoring data, by calculating the water quality monitoring
The difference value of data and the water quality continuous monitoring data, assesses the variability of the difference value to be confirmed whether
For abnormality.
7. sewage disposal monitoring system as claimed in claim 1, it is characterised in that the sewage disposal system
System includes multiple sludge treating blocks, respectively with sludge receiving space, leads between the sludge receiving space
Cross the interconnection of sludge pipeline, the sludge that the plurality of sewage treatment unit is produced, using the correspondence sludge
The sludge treatment device that receiving space is arranged carries out Treatment of Sludge program, will discard after the Treatment of Sludge, produces
Raw waste water is back to the sewage disposal system and carries out the wastewater treatment process again.
8. sewage disposal monitoring system as claimed in claim 7, it is characterised in that the sludge accommodates empty
Between the waterlevel data monitor is set, monitor the water of the sludge in the middle of the sludge receiving space
Position altitude information, and the height of water level data are uploaded to into the document data base.
9. sewage disposal monitoring system as claimed in claim 7, it is characterised in that the Treatment of Sludge sets
It is standby that the device data monitor is set, the operational state data of the sludge treatment device is monitored, and
The operational state data is uploaded to into the document data base.
10. sewage disposal monitoring system as claimed in claim 1, it is characterised in that the high in the clouds monitoring
Platform further includes control instruction data base, and when real-time comparison result occurs abnormal, the processor will
Corresponding control instruction is sent to and produces the abnormal sewage disposal device in the control instruction data base,
Directly adjust the operating parameter of the sewage disposal device to adjust the state of operation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510716295.7A CN106647552A (en) | 2015-10-29 | 2015-10-29 | Sewage treatment monitoring system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510716295.7A CN106647552A (en) | 2015-10-29 | 2015-10-29 | Sewage treatment monitoring system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106647552A true CN106647552A (en) | 2017-05-10 |
Family
ID=58830772
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510716295.7A Pending CN106647552A (en) | 2015-10-29 | 2015-10-29 | Sewage treatment monitoring system |
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| CN107967564A (en) * | 2017-12-01 | 2018-04-27 | 四川卫利洁环保科技有限公司 | A kind of sewage early-warning processing method and system |
| CN108706658A (en) * | 2018-06-22 | 2018-10-26 | 浙江源控节能科技有限公司 | Sewage disposal monitoring system |
| CN109410088A (en) * | 2018-11-21 | 2019-03-01 | 高瓴环境科技有限公司 | A kind of sewage water treatment method using technology of Internet of things |
| CN110057410A (en) * | 2019-04-23 | 2019-07-26 | 中国市政工程华北设计研究总院有限公司 | Day Sewage Pollution object, which generates to measure, per capita calculates integrated apparatus and its method |
| CN112666331A (en) * | 2020-12-31 | 2021-04-16 | 河南平煤神马环保节能有限公司 | Industrial sewage treatment intelligent control system |
| CN117740083A (en) * | 2024-02-19 | 2024-03-22 | 达斯玛环境科技（北京）有限公司 | Method, system, equipment and storage medium for monitoring faults of stirrer |
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