CN208916976U - A kind of automation oil-containing cleaning sullage treating stations - Google Patents
A kind of automation oil-containing cleaning sullage treating stations Download PDFInfo
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- CN208916976U CN208916976U CN201821598998.XU CN201821598998U CN208916976U CN 208916976 U CN208916976 U CN 208916976U CN 201821598998 U CN201821598998 U CN 201821598998U CN 208916976 U CN208916976 U CN 208916976U
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Abstract
The utility model discloses a kind of automation oil-containing cleaning sullage treating stations, including treatment tank, automated sewage processing unit and reservoir, sewage containing copper in treatment tank carries out purified treatment under the action of automated sewage processing unit and is emitted into reservoir via automated sewage processing unit, treatment tank is divided into three parts and respectively by the first lattice treatment tank to settle cupric particle, to be demulsified the second lattice treatment tank to deoil and to neutralize remove alkali third lattice treatment tank form, first lattice treatment tank and the second lattice treatment tank are interconnected, extracting the sewage being located in the first lattice treatment tank after settled copper particle to the second lattice treatment tank.The utility model has the following beneficial effects: being handled from source sewage containing copper by the way that miniature sewage treatment and recovery station is arranged in enterprise, to can be recycled after making sewage treatment.
Description
Technical field
The utility model relates to a kind of Sewage Disposal, in particular to a kind of automation oil-containing cleaning sullage treating stations.
Background technique
Copper piece can generate two strands of cleaning sullages in process, and first strand is raw material cleaning sullage, i.e. surface oil-containing, dirt
The cleaning of waste and old corner material after the sewage that generates.The sewage is brown, oil content height and serious emulsification, suspension content height and partial size
It is small, in alkalinity.Second strand of sewage is finished product cleaning sullage, that is, the sewage generated after the finished product cleaning generated.The sewage is in milky white
Color, emulsification is serious, and suspended matter partial size is small, in alkalinity.It is severe containing oil, alkali and copper particle, water quality in above-mentioned two strands of sewage.
Since enterprise itself is without sewage treatment plant, if the fluctuation of water quality certainly will be will cause by being directly discharged to urban wastewater treatment firm,
Increase sewage treatment difficulty.
Therefore, a kind of automation oil-containing cleaning sullage treating stations are researched and developed and designed to our company, micro- by being arranged in enterprise
Type sewage treatment and recovery station, is handled sewage containing copper from source, to can be recycled after making sewage treatment, is saved significantly
About resource while can avoid sewage and outflow influence to environment.
Utility model content
The purpose of the utility model is to provide a kind of automation oil-containing cleaning sullage treating stations, to solve above-mentioned background technique
In the presence of the problem of.
The above-mentioned technical purpose of the utility model has the technical scheme that a kind of automation oil-containing is clear
Sewage Disposal, including treatment tank, automated sewage processing unit and reservoir are washed, is located in the treatment tank
Sewage containing copper carried out under the action of automated sewage processing unit purified treatment and via automated sewage processing unit arrange
It puts to reservoir, the treatment tank is divided into three parts and respectively by the first lattice sewage to settle cupric particle
Reason pond, to be demulsified the second lattice treatment tank to deoil and to neutralize remove alkali third lattice treatment tank form, institute
It states the first lattice treatment tank and the second lattice treatment tank is interconnected, institute in the first lattice treatment tank will be located at
Sewage after sedimentation copper particle is extracted to the second lattice treatment tank；
The automated sewage processing unit includes the liquid level sensor in the second lattice treatment tank, the liquid
Level sensor is electrically connected with the control panel for being built-in with PLC control assembly, and the side of the control panel is electrically connected with can be toward the
The demulsifier throwing mechanism of demulsifier is launched in two lattice treatment tanks；The automated sewage processing unit further includes having
Sewage in two lattice treatment tanks extracts the first order filter mechanism for being emitted into third lattice treatment tank, and the third lattice are dirty
PH sensor is provided in water treating pond, the PH sensor can be electrically connected with control panel, and the control panel is electrically connected with
Weak acid can be launched in sewage in third lattice treatment tank to carry out the weak acid throwing mechanism of neutralization reaction, the third lattice are dirty
Second level filter mechanism is provided between water treating pond and reservoir.
The utility model is further arranged to: the weak acid throwing mechanism includes to be open towards third lattice treatment tank
Acid adding pump, the side of acid adding pump is provided with electrical equipment, and the side of the electrical equipment is provided with adjustable electricity consumption and sets
The frequency converter of standby output voltage, the side of the frequency converter are connected with PID control instrument, the PID control instrument and PH sensor
Data connection.
The utility model is further arranged to: being provided with aeration tube in the second lattice sewage, is arranged in the aeration tube
There are several solarization air caps, one end of the aeration tube is communicated with air pump, and the air pump is electrically connected with control panel.
The utility model is further arranged to: carbon dioxide can be used as gas source in the air pump.
The utility model is further arranged to: the first order filter mechanism is filter press.
The utility model is further arranged to: the second level filter mechanism uses accurate filter, filter press or activity
Carbon filter.
The utility model is further arranged to: being provided with above the treatment tank to protect at automated sewage
The shell of device is managed, the control panel is arranged on shell.
The utility model is further arranged to: the demulsifier throwing mechanism includes the storaging piece to store demulsifier
And the conveying member for conveying demulsifier and being injected to the second lattice sewage treatment processing pond, between the storaging piece and conveying member
It is provided with the supersonic atomizer that ultrasonic atomization can be carried out to the demulsifier that storaging piece is fed.
A kind of application method automating oil-containing cleaning sullage treating stations, described method includes following steps:
Step 1: sewage containing copper being imported in the first lattice treatment tank and is staticly settled, preliminary to remove in sewage greatly
The copper particle of amount, and go copper sewage to import in the second lattice treatment tank after staticly settling；
Step 2: when step 1 imports position height of the sewage in the second lattice treatment tank to liquid level sensor,
Liquid level sensor is by being electrically connected to PLC control assembly, and via realizing demulsifier throwing mechanism under the action of PLC control assembly
It is automatic to launch operation and booster air pump, it is deoiled be demulsified to sewage；
Step 3: the sewage after step 2 demulsification is deoiled is emitted at third lattice sewage via the extraction of first order filter mechanism
It manages in pond, can not will there is no the copper particle precipitated preferably to be filtered in step 1 by first order filter mechanism, filter
Sewage afterwards is directly discharged in third lattice treatment tank；
Step 4: the sewage in the imported third lattice treatment tank of step 3 measures sewage by PH sensor
PH value, PH sensor are electrically connected to PLC control assembly, and certainly via realization weak acid throwing mechanism under the action of PLC control assembly
It is dynamic to launch operation, to reach the standard of recycling circulation to the alkali neutralization in sewage；
Step 5: the sewage after step 4 neutralizes is emitted into reservoir by the extraction of second level filter mechanism, thus
Second wheel fine filtering is carried out to sewage, so that it is Ke Xunhuanliyong to be located at liquid in reservoir.
In conclusion the utility model has the following beneficial effects: by being provided at treatment tank top position
Automated sewage processing unit, and be located at treatment tank in sewage via automated sewage processing unit purification under be emitted into
Reservoir is to be recycled.Demulsifier throwing mechanism, weak acid throwing mechanism, first order filtering are provided in treatment tank
Mechanism and second level filter mechanism, filter mechanism are multistage filtering.Wherein, demulsifier throwing mechanism and the second lattice sewage
Liquid level sensor electrical connection in processing pond, when water level reaches certain depth, demulsifier throwing mechanism launches demulsifier automatically；
Weak acid throwing mechanism is electrically connected with the PH sensor in third lattice treatment tank, so that based on the weak of PID closed-loop control system
Sour throwing mechanism can launch weak acid automatically and realize neutralization operation.Above-mentioned setting, so that sewage-treatment plant has automation
Detailed description of the invention
Fig. 1 is the structural schematic diagram of embodiment；
Fig. 2 is the schematic diagram of the present embodiment；
Fig. 3 is the schematic diagram of weak acid throwing mechanism；
Fig. 4 is the integrated connection schematic diagram of demulsifier throwing mechanism.
Appended drawing reference: 1, automated sewage processing unit；2, reservoir；3, the first lattice treatment tank；4, the second lattice are dirty
Water treating pond；5, third lattice treatment tank；6, liquid level sensor；7, control panel；8, demulsifier throwing mechanism；9, it is aerated
Pipe；10, air pump；11, first order filter mechanism；12, PH sensor；13, weak acid throwing mechanism；14, second level filter mechanism；
15, shell；16, acid adding pumps；17, electrical equipment；18, frequency converter；19, PID control instrument；20, storaging piece；21, conveying member；22,
Supersonic atomizer；23, conveyance conduit；24, demulsifier exports；25, spray head；26, blower；27, balance pipe.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but
As long as all by the protection of Patent Law in the scope of the claims of the utility model.
As depicted in figs. 1 and 2, a kind of automation oil-containing cleaning sullage treating stations, including treatment tank, automated sewage
Processing unit 1 and reservoir 2, the sewage containing copper in treatment tank is under the action of automated sewage processing unit 1
It carries out purified treatment and is emitted into reservoir 2 via automated sewage processing unit 1 to stay with stand-by.Wherein, treatment tank
It is divided into three parts and respectively by the first lattice treatment tank 3, the second lattice treatment tank 4 and third lattice treatment tank
5 compositions.It is imported in the first lattice treatment tank 3 by processing generated sewage to copper piece, and in the first lattice treatment tank 3
Inside staticly settle a large amount of copper particle in sewage；First lattice treatment tank 3 and the second lattice treatment tank 4 are interconnected,
Its mode of communicating can be pipeline connection or be water pump connection, will be located in the first lattice treatment tank 3 after settled copper particle
Sewage supernatant extract to the second lattice treatment tank 4.
As shown in Fig. 2, automated sewage processing unit 1 includes the level sensing in the second lattice treatment tank 4
Device 6, liquid level sensor 6 are electrically connected with the control panel 7 for being built-in with PLC control assembly, and the side of control panel 7 is electrically connected with can
The demulsifier throwing mechanism 8 of demulsifier is launched in the second lattice treatment tank 4.Sewage in the second lattice treatment tank 4
Liquid level to liquid level sensor 6 position height when, liquid level sensor 6 is electrically connected to PLC control assembly, in PLC control assembly
It acts on the demulsifier throwing mechanism 8 in lower automated sewage processing unit 1 and realizes that automatic demulsifier of launching operates, by oil content
High and serious emulsification sewage carries out demulsification and deoils.
It deoils effect preferably to improve the demulsification in the second lattice treatment tank 4, is provided with exposure in the second lattice sewage
Tracheae 9, several solarization air caps are provided on aeration tube 9, and one end of aeration tube 9 is communicated with air pump 10, air pump 10 and control panel 7
Electrical connection.In actual operation, outside air can be imported the second lattice by 7 booster air pump 10 of control panel by technical staff
In sewage in treatment tank 4.Since gas can rise in a liquid, and can be to liquid during gas rises in liquid
Body is stirred, and to break the intracorporal dynamic equilibrium relation of liquid, realizes the effect of stirring, thus the process for accelerating demulsification to deoil.
Particularly, carbon dioxide gas can be imported in the second lattice treatment tank 4 in actual use as gas source and carries out gas
Body stirring operation, carbon dioxide gas, which meets water, can form carbonic acid, and then can tentatively be neutralized to script in the sewage of alkalinity,
To reduce the subsequent acid adding amount required to sewage neutralization.
As shown in Fig. 2, automated sewage processing unit 1 further includes having to extract in the sewage in the second lattice treatment tank 4
It is emitted into the first order filter mechanism 11 of third lattice treatment tank 5, first order filter mechanism 11 is by the way of multistage filtering
The operation of first round coarse filtration is carried out to sewage.Particularly, first order filter mechanism 11 is preferably filter press.Pass through the work of filter press
With the copper particle not precipitated in the first lattice treatment tank 3 preferably being filtered out, filtered liquid is direct
It is emitted into third lattice treatment tank 5.It is provided with PH sensor 12 in third lattice treatment tank 5, PH sensor 12 can be with
Control panel 7 is electrically connected, and control panel 7, which is electrically connected with, can launch weak acid in third lattice treatment tank 5 to carry out in sewage
The weak acid throwing mechanism 13 of neutralization reaction.By being transmitted to sewage PH value measured by PH sensor 12 with PLC control group
At the control panel 7 of part, PLC control assembly calculates the amount of required addition weak acid required in third lattice treatment tank 5 automatically,
And control weak acid throwing mechanism 13 and executed operation, by the alkali neutralization in sewage, reach the standard of recycling circulation.
Second level filter mechanism 14, second level filter mechanism 14 are provided between third lattice treatment tank 5 and reservoir 2
The extraction of sewage after neutralizing in third lattice treatment tank 5 can be emitted into reservoir 2, for recycling benefit
With.Second level filter mechanism 14 can carry out the second wheel essence using accurate filter, filter press or active carbon filter etc. to sewage
The device carefully filtered, in the present embodiment preferably filter press.
Further, it is provided with the shell 15 to protect automated sewage processing unit 1 above treatment tank, controls
Panel 7 processed is arranged on shell 15.
Here is the specific work steps of the application:
Step 1: sewage containing copper being imported in the first lattice treatment tank 3 and is staticly settled, preliminary to remove in sewage greatly
The copper particle of amount, and go copper sewage to import in the second lattice treatment tank 4 after staticly settling；
Step 2: step 1 imports the position height of the sewage in the second lattice treatment tank 4 to liquid level sensor 6
When, liquid level sensor 6 is launched by being electrically connected to PLC control assembly, and via realization demulsifier under the action of PLC control assembly
Operation and booster air pump 10 are launched automatically by mechanism 8, are deoiled be demulsified to sewage；
Step 3: the sewage after step 2 demulsification is deoiled is emitted into third lattice sewage via the extraction of first order filter mechanism 11
In processing pond 5, can not will there is no the copper particle precipitated preferably to be filtered in step 1 by first order filter mechanism 11,
Filtered sewage is directly discharged in third lattice treatment tank 5；
Step 4: the sewage in the imported third lattice treatment tank 5 of step 3 measures dirt by PH sensor 12
The pH value of water, PH sensor 12 is electrically connected to PLC control assembly, and launches via realization weak acid under the action of PLC control assembly
Operation is launched automatically by mechanism 13, to reach the standard of recycling circulation to the alkali neutralization in sewage；
Step 5: in step 4 and after sewage by second level filter mechanism 14 extraction be emitted into reservoir 2, from
And the second wheel fine filtering is carried out to sewage, so that it is Ke Xunhuanliyong to be located at liquid in reservoir 2.
Implementation based on above scheme, disclosed herein as well is a kind of specific implementation applications:
As shown in figure 3, the acid adding that weak acid throwing mechanism 13 includes opening towards third lattice treatment tank 5 pumps 16, add
The side of acid pump 16 is provided with electrical equipment 17, and the side of electrical equipment 17 is provided with the output voltage of adjustable electrical equipment 17
Frequency converter 18, frequency converter 18 is located in switchgear house, and the side of frequency converter 18 is connected with PID control instrument 19, PID control instrument 19 with
12 data connection of PH sensor.
When PH sensor 12 pH value is acquired to the sewage in third lattice treatment tank 5, and by PH collected
Value is sent to PID control instrument 19, and PID control instrument 19 outputs signal to frequency converter 18 according to the pH value adjustment received, to adjust
The output frequency of whole frequency converter 18.Electrical equipment 17 adjusts output voltage according to the output frequency of frequency converter 18, so as to adjust
The revolving speed of acid adding pump 16, so as to adjust to the acid adding amount in third lattice treatment tank 5.By using frequency converter 18, so that skill
Art personnel can show fault code on control panel 7, therefore easy to maintenance；Frequency converter 18 is easy to operate, can pass through control panel 7
Any setting frequency, and the parameters such as revolving speed, voltage, electric current and torque can be checked from control panel 7, so that at entire sewage
Reason device has the function of automation.
As shown in figure 4, demulsifier throwing mechanism 8 includes storaging piece 20 to store demulsifier and for conveying brokenly
Emulsion and the conveying member 21 injected to the second lattice sewage treatment processing pond.Being provided between storaging piece 20 and conveying member 21 can be to depositing
Store up the supersonic atomizer 22 that the demulsifier that part 20 is fed carries out ultrasonic atomization.
Above-mentioned conveying member 21 includes conveyance conduit 23, the position that conveyance conduit 23 is connected with supersonic atomizer 22
Place is provided with demulsifier outlet 24, is provided with several spray heads 25 being connected with conveyance conduit 23 on conveyance conduit 23, each
The opening of spray head 25 is towards the second lattice treatment tank 4.Conveyance conduit 23 is provided in several 25 upstream ends of spray head can be with
The blower 26 that conveyance conduit 23 is connected, blower 26 can blow air into conveyance conduit 23 and air made to be pushed through ultrasonic wave
Atomising device 22 demulsifier outlet 24 enter the demulsifier after the atomization in conveyance conduit 23 via several spray heads 25 with
Penetrating mode is injected towards the second lattice treatment tank 4.It is provided with and communicated between storaging piece 20 and supersonic atomizer 22
Pressure pipe 27, so that the air pressure in storaging piece 20 is consistent with the air pressure in supersonic atomizer 22.
Claims (8)
1. a kind of automation oil-containing cleaning sullage treating stations, it is characterized in that: including treatment tank, automated sewage processing unit
(1) and reservoir (2), effect of the sewage containing copper in the treatment tank in automated sewage processing unit (1)
Lower progress purified treatment is simultaneously emitted into reservoir (2) via automated sewage processing unit (1), and the treatment tank is separated
At three parts and respectively by the first lattice treatment tank (3), dirty to the second lattice that deoil of being demulsified to settle cupric particle
Water treating pond (4) and to neutralize remove alkali third lattice treatment tank (5) form, the first lattice treatment tank (3)
It is interconnected, will be located in the first lattice treatment tank (3) after settled copper particle with the second lattice treatment tank (4)
Sewage extract in the second lattice treatment tank (4)；
The automated sewage processing unit (1) includes the liquid level sensor (6) in the second lattice treatment tank (4),
The liquid level sensor (6) is electrically connected with the control panel (7) for being built-in with PLC control assembly, the side of the control panel (7)
It is electrically connected with the demulsifier throwing mechanism (8) that demulsifier can be launched in the second lattice treatment tank (4)；The automated sewage
Processing unit (1) further includes having the sewage extraction in the second lattice treatment tank (4) being emitted into third lattice treatment tank (5)
First order filter mechanism (11), is provided with PH sensor (12), the PH sensor in the third lattice treatment tank (5)
(12) it can be electrically connected with control panel (7), the control panel (7) is electrically connected with can be dirty in third lattice treatment tank (5)
Weak acid is launched in water to carry out the weak acid throwing mechanism (13) of neutralization reaction, the third lattice treatment tank (5) and reservoir
(2) second level filter mechanism (14) are provided between.
2. a kind of automation oil-containing cleaning sullage treating stations according to claim 1, it is characterized in that: the weak acid dispenser
Structure (13) includes that the acid adding of opening towards third lattice treatment tank (5) pumps (16), the side setting of the acid adding pump (16)
Have electrical equipment (17), the side of the electrical equipment (17) is provided with the frequency conversion of the output voltage of adjustable electrical equipment (17)
The side of device (18), the frequency converter (18) is connected with PID control instrument (19), the PID control instrument (19) and PH sensor
(12) data connection.
3. a kind of automation oil-containing cleaning sullage treating stations according to claim 2, it is characterized in that: the second lattice sewage
It is inside provided with aeration tube (9), several solarization air caps is provided in the aeration tube (9), one end of the aeration tube (9) is communicated with
Air pump (10), the air pump (10) are electrically connected with control panel (7).
4. a kind of automation oil-containing cleaning sullage treating stations according to claim 3, it is characterized in that: the air pump (10) can
Using carbon dioxide as gas source.
5. a kind of automation oil-containing cleaning sullage treating stations according to claim 4, it is characterized in that: the first order filters
Mechanism (11) is filter press.
6. a kind of automation oil-containing cleaning sullage treating stations according to claim 5, it is characterized in that: the second level is filtered
Mechanism (14) uses accurate filter, filter press or active carbon filter.
7. a kind of automation oil-containing cleaning sullage treating stations according to claim 6, it is characterized in that: the treatment tank
Top be provided with the shell (15) to protect automated sewage processing unit (1), the control panel (7) is arranged in shell
(15) on.
8. a kind of automation oil-containing cleaning sullage treating stations according to claim 1, it is characterized in that: the demulsifier is launched
Mechanism (8) includes to store the storaging piece of demulsifier (20) and for conveying demulsifier and at the second lattice sewage treatment
The conveying member (21) for managing pond injection, being provided between the storaging piece (20) and conveying member (21) can be to storaging piece (20) infeed
The supersonic atomizer (22) of demulsifier progress ultrasonic atomization.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821598998.XU CN208916976U (en) | 2018-09-28 | 2018-09-28 | A kind of automation oil-containing cleaning sullage treating stations |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821598998.XU CN208916976U (en) | 2018-09-28 | 2018-09-28 | A kind of automation oil-containing cleaning sullage treating stations |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208916976U true CN208916976U (en) | 2019-05-31 |
Family
ID=66707748
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821598998.XU Active CN208916976U (en) | 2018-09-28 | 2018-09-28 | A kind of automation oil-containing cleaning sullage treating stations |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208916976U (en) |
-
2018
- 2018-09-28 CN CN201821598998.XU patent/CN208916976U/en active Active
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20190724 Address after: 335000 High-end Cable Harness Industrial Park, Guixi Economic Development Zone, Yingtan City, Jiangxi Province Patentee after: Yingtan Tuoxin Electrical and Mechanical Co., Ltd. Address before: 335000 Guixi Copper Industry Circular Economy Base, Yingtan City, Jiangxi Province Patentee before: Guixi Brand Trading Co., Ltd. |
|
| TR01 | Transfer of patent right |