CN206828257U - Implanted waste water monitors execution system - Google Patents
Implanted waste water monitors execution system Download PDFInfo
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- CN206828257U CN206828257U CN201720474096.4U CN201720474096U CN206828257U CN 206828257 U CN206828257 U CN 206828257U CN 201720474096 U CN201720474096 U CN 201720474096U CN 206828257 U CN206828257 U CN 206828257U
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Abstract
Implanted waste water monitors execution system, including control centre, water sample analysis instrument and sampling regulating and controlling mechanism, wherein sampling regulating and controlling mechanism includes sampling conduit, sampling tank, sampling waste water raw water pump, operated pneumatic valve up to standard and exceeded operated pneumatic valve, the water inlet of sampling waste water raw water pump is connected to influent waste water pipeline, and sampling tank is connected to the delivery port of sampling waste water raw water pump by sampling conduit；Water sample analysis instrument is connected with sampling tank, and the signal port of water sample analysis instrument is connected with control centre, and the controlled ports of operated pneumatic valve up to standard and exceeded operated pneumatic valve are connected with control centre corresponding output port.This realizes new by having installed sampling raw water pump sampling in important monitoring position, then it is whether up to standard that the Wastewater Pollutant in each stage in stage is analyzed by water sample analysis instrument, and control respective valves that waste water is transferred to corresponding pond by control centre to handle, and all processes are recorded by monitoring system, there is provided later analysis.
Description
Technical field
It the utility model is related to a kind of wastewater recycle processing monitoring execution system.
Background technology
With rapid industrial development, the intractability of industrial wastewater increasingly increases, and processing standard also gradually steps up, at waste water
It is increasingly serious to manage present situation.If Industrial Wastewater Treatment is not up to standard, by it, directly discharge produces serious influence to environment.It is but current
Water quality monitoring remains in the manual monitoring stage in During Industrial Wastewater Treatment Process, it is difficult to which reflection industrial wastewater discharge is continuous in time
The various situations of change, while are difficult to ensure that whether discharge of wastewater all up to standard, be often difficult to find in time if there is problem and
Processing.In order to accomplish qualified discharge and it is exceeded when can make corresponding processing in time, it is necessary in sewage disposal process plus
Enter automatic on-line monitoring system, to detect the pollutant of each stage draining, so as to make corresponding processing.
Utility model content
For above-mentioned the deficiencies in the prior art, the wastewater recycle monitoring that the utility model provides a kind of implanted performs system
System, to detect the waste water quality situation in each stage, so as to make corresponding processing, prevent exceeded waste water from flowing at subordinate
Reason.
The utility model is realized in that above-mentioned purpose：
Implanted waste water monitors execution system, including control centre, water sample analysis instrument and sampling regulating and controlling mechanism, wherein sampling
Regulating and controlling mechanism includes sampling conduit, sampling tank, sampling waste water raw water pump, operated pneumatic valve up to standard and exceeded operated pneumatic valve, adopts
The water inlet of sample waste water raw water pump is connected to influent waste water pipeline, and sampling tank is connected to sampling waste water original by sampling conduit
The delivery port of water pump；The water inlet of the operated pneumatic valve up to standard and exceeded operated pneumatic valve is connected with influent waste water pipeline, described to reach
The delivery port of gas movable valve is connected with subordinate sewage treatment equipment, delivery port and the accident pool phase of the exceeded operated pneumatic valve
Connection；Water sample analysis instrument is connected with sampling tank, the signal output input corresponding with control centre of water sample analysis instrument
Mouthful it is connected, the controlled ports of operated pneumatic valve up to standard and exceeded operated pneumatic valve are connected with control centre corresponding output port.
Wherein, the control centre includes monitoring system and control system, the signal output of water sample analysis instrument and monitoring
The respective input mouth of system is connected, and is connected between monitoring system and control system by COM1, control system it is corresponding
Output port is connected with the controlled ports of operated pneumatic valve up to standard and exceeded operated pneumatic valve.
Wherein, described subordinate's sewage treatment equipment is at least made up of aeration tank, sand filter, intermediate pool and discharge pond, institute
The water inlet for the aeration tank stated is connected with the delivery port of operated pneumatic valve up to standard, and the delivery port of aeration tank and the water inlet of sand filter connect
Connect, the delivery port of described sand filter is connected with the water inlet of intermediate pool, the delivery port of the intermediate pool and the water inlet in discharge pond
Mouth is connected.
Wherein, the delivery port in described discharge pond is connected with the Baxeer slot measured for waste discharge and open channel flow rate
Connect.
The beneficial effects of the utility model：This realize it is new by important monitoring position installed sampling waste water raw water pump adopt
Sample, then whether the Wastewater Pollutant by water sample analysis instrument analysis each stage is up to standard, and controls respective valve by control system
Door knob waste water is transferred to corresponding pond processing, and records all processes by monitoring system, there is provided later analysis.
Brief description of the drawings
The utility model is further illustrated below in conjunction with the accompanying drawings：
Fig. 1 is that this realizes new schematic diagram；
In figure：1. sampling conduit, 2. sampling tanks, 3. sampling waste water raw water pumps, 4. operated pneumatic valves up to standard, 5. surpass
Gas movable valve, 6. influent waste water pipelines, 7. accident pools, 8. water sample analysis instrument, 9. monitoring systems, 10. control systems,
11. aeration tank, 12. sand filters, 13. intermediate pools, 14. discharge ponds, 15. Baxeer slots.
Embodiment
As shown in figure 1, implanted waste water monitors execution system, including control centre, water sample analysis instrument 8 and sampling regulation and control machine
Structure, wherein sampling regulating and controlling mechanism includes sampling conduit 1, sampling tank 2, sampling waste water raw water pump 3, the and of operated pneumatic valve up to standard 4
Exceeded operated pneumatic valve 5, the water inlet of sampling waste water raw water pump 3 are connected to influent waste water pipeline 6, and sampling tank 2 passes through sampling
Pipeline 1 is connected to the delivery port of sampling waste water raw water pump 3；The water inlet of the operated pneumatic valve up to standard 4 and exceeded operated pneumatic valve 5 with
Influent waste water pipeline 6 is connected, and the delivery port of the operated pneumatic valve 4 up to standard is connected with subordinate sewage treatment equipment, described exceeded
The delivery port of valve is connected with accident pool 7；Water sample analysis instrument 8 is connected with sampling tank 2, the signal port of water sample analysis instrument 8
It is connected with control centre, controlled ports and the control centre's corresponding output port phase of operated pneumatic valve 4 and exceeded operated pneumatic valve 5 up to standard
Even, the water sample of the extraction influent waste water pipeline 6 of sampling waste water raw water pump 3 delivers to sampling tank 2, water sample point by sampling conduit 1
Analyzer 8 by on-line monitoring sampling pump sampling carry out detect Wastewater Pollutant content it is whether up to standard, detection the normal feelings of data
Control system 10 can control operated pneumatic valve 4 up to standard to open under condition, so as to by discharge of wastewater up to standard to subordinate's sewage treatment equipment, together
When exceeded valve close, prevent waste water to be strayed into accident pool 7；Equally when the testing number of water sample analysis instrument 8 is it is found that abnormal, control
System 10 can control exceeded operated pneumatic valve 5 to open, and so as to which overstandard waste water is flowed into accident pool 7, be back to upper level processing, and together
When operated pneumatic valve 4 up to standard is closed, prevent overstandard waste water from flowing into subordinate processing equipment.
Wherein, in order to being stored to the analysis result of water sample analysis instrument 8 and the running of control centre carried out
Record, in-time generatin data can be consulted directly by computer in detail, so that staff faster can more easily grasp scene
Running situation, while long-term substantial amounts of monitoring data can be as items management and work in every decision-making direct basis, institute
Stating control centre includes monitoring system 9 and control system 10, and the signal output of water sample analysis instrument 8 is corresponding to monitoring system 9
Input port is connected, and is connected between monitoring system 9 and control system 10 by COM1.
Wherein, influent waste water pipeline 6 can be provided with a plurality of different influent waste water pipeline 6 simultaneously, such as nickel-containing waste water, containing chromium
Waste water, copper-containing wastewater etc., different pipelines divide different periods to handle, and use and handle different waste water at times with up to optimal place
Waste water effect is managed, realizes that the wastewater treatment function of the system maximizes.
Wherein, controlling of sampling mechanism is additionally provided with alarm equipment, when monitoring Wastewater Pollutant content overproof to exceeded
Control point sends alarm sounds.
Claims (4)
1. implanted waste water monitors execution system, it is characterised in that：Including control centre, water sample analysis instrument（8）And sampling regulation and control
Mechanism, wherein sampling regulating and controlling mechanism includes sampling conduit（1）, sampling tank（2）, sampling waste water raw water pump（3）, it is up to standard pneumatic
Valve（4）With exceeded operated pneumatic valve（5）, sample waste water raw water pump（3）Water inlet be connected to influent waste water pipeline（6）, sampling
Tank（2）Pass through sampling conduit（1）It is connected to sampling waste water raw water pump（3）Delivery port；The operated pneumatic valve up to standard（4）With
Exceeded operated pneumatic valve（5）Water inlet and influent waste water pipeline（6）It is connected, the operated pneumatic valve up to standard（4）Delivery port with
Level sewage treatment equipment is connected, the exceeded operated pneumatic valve（5）Delivery port and accident pool（7）It is connected；Water sample analysis instrument
（8）With sampling tank（2）It is connected, water sample analysis instrument（8）Signal output input port corresponding with control centre be connected,
Operated pneumatic valve up to standard（4）With exceeded operated pneumatic valve（5）Controlled ports be connected with control centre corresponding output port.
2. implanted waste water according to claim 1 monitors execution system, it is characterised in that：The control centre includes prison
Control system（9）And control system（10）, water sample analysis instrument（8）Signal output and monitoring system（9）Respective input mouth
It is connected, monitoring system（9）With control system（10）Between be connected by COM1, control system（10）Corresponding output port
With operated pneumatic valve up to standard（4）With exceeded operated pneumatic valve（5）Controlled ports be connected.
3. implanted waste water according to claim 1 monitors execution system, it is characterised in that：Described subordinate's wastewater treatment
Equipment is at least by aeration tank（11）, sand filter（12）, intermediate pool（13）With discharge pond（14）Composition, described aeration tank（11）'s
Water inlet and operated pneumatic valve up to standard（4）Delivery port connection, aeration tank（11）Delivery port and sand filter（12）Water inlet connect
Connect, the sand filter（12）Delivery port and intermediate pool（13）Water inlet be connected, the intermediate pool（13）Delivery port and row
Put pond（14）Water inlet be connected.
4. implanted waste water according to claim 3 monitors execution system, it is characterised in that：Described discharge pond（14）'s
Delivery port and the Baxeer slot measured for waste discharge and open channel flow rate（15）It is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720474096.4U CN206828257U (en) | 2017-04-29 | 2017-04-29 | Implanted waste water monitors execution system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720474096.4U CN206828257U (en) | 2017-04-29 | 2017-04-29 | Implanted waste water monitors execution system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206828257U true CN206828257U (en) | 2018-01-02 |
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ID=60770183
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720474096.4U Active CN206828257U (en) | 2017-04-29 | 2017-04-29 | Implanted waste water monitors execution system |
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| Country | Link |
|---|---|
| CN (1) | CN206828257U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113105007A (en) * | 2021-04-14 | 2021-07-13 | 河南一膜环保技术有限公司 | Integrated emergency treatment method for tail-end discharge of sewage treatment based on Internet of things |
-
2017
- 2017-04-29 CN CN201720474096.4U patent/CN206828257U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113105007A (en) * | 2021-04-14 | 2021-07-13 | 河南一膜环保技术有限公司 | Integrated emergency treatment method for tail-end discharge of sewage treatment based on Internet of things |
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