CN209597156U - A kind of hollow edged electrode reactor and the system with its processing lavatory recycle-water - Google Patents
A kind of hollow edged electrode reactor and the system with its processing lavatory recycle-water Download PDFInfo
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- CN209597156U CN209597156U CN201822247587.2U CN201822247587U CN209597156U CN 209597156 U CN209597156 U CN 209597156U CN 201822247587 U CN201822247587 U CN 201822247587U CN 209597156 U CN209597156 U CN 209597156U
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Abstract
The utility model provides a kind of hollow edged electrode reactor, tubular reactor ontology both ends are respectively equipped with two integral flanges and a conductive disc, two integral flanges are set in tubular reactor ontology port after stepping up conductive disc, conductive disc center is equipped with several through-holes, conductive disc periphery is additionally provided with conductive sheet, and the conductive sheet at tubular reactor ontology both ends is separately connected the positive and negative anodes of power supply；Respectively weld a piece of above No.1 electrode plate in two conductive discs, the conductive disc of No.1 electrode plate and the other end is there are spacing, and there are spacing for the conductive disc at electrode plate slot and both ends；The No.1 electrode plate being welded in same conductive disc is non-conterminous.The utility model additionally provides a kind of system with hollow edged electrode reactor for treatment lavatory recycle-water.Entered in hollow edged electrode reactor in the utility model using the salinity of lavatory recycle-water itself and participate in electrode reaction, lavatory recycle-water circulates in processing, and electrode plate is not easy structure, greatly reduces processing cost.
Description
Technical field
The utility model relates to lavatory field of waste water treatment more particularly to a kind of hollow edged electrode reactor and use hollow edged electrode
The system of reactor for treatment lavatory recycle-water.
Background technique
In recent years, electrochemicial oxidation lavatory waste water has been extensively studied, but existing electrochemical oxidation reactions low efficiency,
Electrode is easy fouling, and caused by mainly efficiently using the mass transfer rate of low efficiency and pollutant and electrode slowly due to electrode, this makes
It obtains lavatory cost for wastewater treatment to greatly improve, hinders the technology large-scale use.Urgent need designs electrochemical oxidation efficiency more
High, the lower electrochemical reactor of energy consumption and lavatory waste water treatment system.
Utility model content
Purpose of utility model: the purpose of this utility model is that in view of the deficiencies of the prior art, providing a kind of hollow edged electrode
Reactor.
The utility model additionally provides a kind of system with hollow edged electrode reactor for treatment lavatory recycle-water.
During the innovative point of the utility model is in tubular reactor processing lavatory recycle-water, lavatory recycle-water
Circulating always, using lavatory recycle-water itself salinity participate in electrode reaction, be equivalent to improve lavatory recycle-water with
The utilization rate of the mass transfer rate of electrode plate, electrode plate improves, and due to the flowing of lavatory recycle-water, motor plate is not easy structure.
Technical solution: in order to reach above-mentioned purpose of utility model, the utility model is specifically achieved like this: Yi Zhongguan
Shape electrode reactor, including tubular reactor ontology and the intrinsic No.1 electrode plate of tubular reactor, tubular reactor ontology
Both ends are respectively equipped with two integral flanges and a conductive disc, and conductive disc is surrounded by and the flange hole pair on integral flange
The connecting hole answered, two integral flanges are located at the two sides of conductive disc and are set in tubular reactor after stepping up conductive disc
Device ontology port, conductive disc center are equipped with several through-holes being located on the inside of integral flange, and conductive disc periphery is additionally provided with protrusion
The conductive sheet of conductive sheet on the outside of integral flange, tubular reactor ontology both ends is separately connected the positive and negative anodes of power supply；Two conductions
Respectively weld a piece of above No.1 electrode plate on disk, there are spacing for the conductive disc of No.1 electrode plate and the other end, are welded on
No.1 electrode plate in same conductive disc is non-conterminous, tubular reactor ontology isolation material.Conductive sheet powers on positive and negative
After extremely, the No.1 electrode plate at both ends is respectively provided with positive negative electricity, and positively charged No.1 electrode plate is anode, electronegative No.1 electrode
Plate is anode, and lavatory recycle-water is flowed into from the through hole of conductive disc, since lavatory recycle-water is by preliminary sedimentation and anaerobism
And the waste water after Aerobic Process for Treatment, it contains salt in lavatory recycle-water, electrode reaction occurs in tubulose sensor body, to lavatory
Recycle-water oxidation sterilizing.
It further, further include two electrode plate slots and No. two electrode plates, electrode plate slot is cuboid, and electrolytic zinc-coated steel sheet is inserted
Flute length side and the face of width composition are equipped with the groove of several parallel arrangements for being used to plug No.1 electrode plate and No. two electrode plates,
No. two electrode plates are between No.1 electrode plate, after No.1 electrode plate and No. two electrode plates are plugged between two electrode plate slots
A column is formed, column cross section is inscribed in tubular reactor inner body wall cross section, electrode plate slot and No. two electricity
There are spacing for the conductive disc at pole plate and both ends；Electrode plate slot is isolation material.Using in electrification by induction principle, that is, conductor from
It is redistributed under electric field force effect by charge, conductor both ends the phenomenon that equivalent positive and negative charge inducing occur in electrode plate slot
Several No. two electrode plates are plugged, No. two electrode plates may participate in electrode reaction without being powered, save energy consumption.
Further, the through-hole is the rectangular through holes of two parallel arrangements, is welded in one of conductive disc
A piece of No.1 electrode plate, and between rectangular through holes, two No.1 electrode plates and position are welded in another conductive disc
In the non-conterminous two sides of rectangular through holes.Tactical rule, production are easy to install when installing.
Further, the tubular reactor ontology wall body is UPVC material.
Further, the conductive sheet and conductive disc are integrally formed.
Further, the conductive sheet is equipped with more than one energization hole.
Further, the electrode plate slot is polyethylene or polyvinyl chloride material.
Further, including cyclic water tank, hollow edged electrode reactor, wherein one end is inlet to hollow edged electrode reactor,
The other end is liquid outlet, and inlet is connected to cyclic water tank by No.1 circulating line, and No.1 circulating line is equipped with circulating pump, out
Liquid mouth is connected to by No. two circulating lines with cyclic water tank.The lavatory recycle-water crossed by just heavy, anaerobism, Aerobic Process for Treatment is passed through
Cyclic water tank, due to containing salt in lavatory recycle-water, the lavatory recycle-water in cyclic water tank recycled out of tubular reactor into
Participate in electrode reaction out, lavatory recycle-water flows in hollow edged electrode reactor, improve lavatory recycle-water and No.1 electrode plate,
The mass transfer rate of No. two electrode plates, No.1 electrode plate, No. two electrode plates utilization rate improve and No.1 electrode plate, No. two electrode plates
It is less scaling.
Further, including several hollow edged electrode reactors, the hollow edged electrode reactor liquid outlet of starting point pass through pipe
Road is connected to the inlet of intermediate tubular electrode reactor, so repeats the inlet of end pipe shape electrode reactor to terminal, is risen
The inlet of beginning hollow edged electrode reactor is connected to cyclic water tank by No.1 circulating line, and No.1 circulating line is equipped with circulation
The liquid outlet of pump, destination terminal hollow edged electrode reactor is connected to by No. two circulating lines with cyclic water tank.If being equivalent to main pipe
Shape electrode plate is together in series use, accelerates the efficiency of processing.
It further, further include cleaning water tank, cleaning water tank is connected on No.1 circulating line by No.1 pipeline, No.1
Pipeline is equipped with cleaning pump, and cleaning water tank is connected on No. two circulating lines by No. two pipelines；No.1 pipeline, No. two pipelines,
Valve is equipped on No.1 circulating line, No. two circulating lines；The valve of No.1 circulation pipe be set to cyclic water tank, No.1 pipeline with
Between the junction of No.1 circulating line, the valve of No. two circulating lines is set to cyclic water tank, No. two pipelines and No. two circulation pipes
Between the junction in road.When electrode plate needs to clean, the valve of No.1 circulating line, the valve of No. two circulating lines are closed,
No.1 pipeline valve, No. two pipeline valves are opened, the cleaning solution cleaned in water tank is squeezed into hollow edged electrode reaction with cleaning pump
Device carries out wash cycles.
The utility model has the beneficial effects that the utility model has the advantages that compared with traditional technology
1, entered in hollow edged electrode reactor in the utility model using the salinity of lavatory recycle-water itself and carry out participating in electricity
Pole reaction is handled, and since lavatory recycle-water is circulating always in processing, electrode plate is not easy structure, and improves lavatory
The mass transfer rate of recycle-water and electrode plate, greatly reduces processing cost.
2, in the utility model using plugging several No. two electrode plates in electrode plate slot using electrification by induction principle, two
Number electrode plate may participate in electrode reaction without being powered, and save energy consumption.
It 3, can be to electrode clean without dismantling electrode in the utility model.
Detailed description of the invention
Fig. 1 is the cross-sectional view of embodiment 1.
Fig. 2 is the cross section view of embodiment 1.
Fig. 3 is No.1 electrode plate and conductive disc connection schematic diagram in embodiment 1.
Fig. 4 is the structural schematic diagram of embodiment 2.
Specific embodiment
Embodiment 1: a kind of hollow edged electrode reactor, including in tubular reactor ontology 1 and tubular reactor ontology 1
No.1 electrode plate 2,1 both ends of tubular reactor ontology are respectively equipped with two integral flanges 3 and a conductive disc 4, conductive disc 4
It is surrounded by connecting hole 4.1 corresponding with the flange hole on integral flange 3, two integral flanges 3 are located at conductive disc 4
Two sides are simultaneously set in 1 port of tubular reactor ontology after stepping up conductive disc 4, and 4 center of conductive disc, which is equipped with, is located at integrated method
Several through-holes 4.2 of 3 inside of orchid, 4 periphery of conductive disc are additionally provided with the conductive sheet 4.3 in prominent 3 outside of integral flange, conductive sheet
4.3 are equipped with more than one energization hole 4.31, and conductive sheet 4.3 and conductive disc 4 are integrally formed, and 1 liang of tubular reactor ontology
The conductive sheet 4.3 at end is separately connected the positive and negative anodes of power supply；The a piece of above No.1 electrode plate 2 is respectively welded in two conductive discs 4,
Through-hole 4.2 is the rectangular through holes of two parallel arrangements, is welded with No.1 electrode plate 2 in one of conductive disc 4, and be located at
Between rectangular through holes, be welded in another conductive disc 4 two No.1 electrode plates 2 and be located at rectangular through holes it is non-conterminous
Two sides.There are spacing for the conductive disc 4 of No.1 electrode plate 2 and the other end.It further include two electrode plate slots 5 and No. two electrode plates
7, electrode plate slot 5 is cuboid, and the face that 5 long side of electrolytic zinc-coated steel sheet slot and width form is equipped with several for plugging No.1 electrode
The groove 5.1 of the parallel arrangement of plate 2 and No. two electrode plates 7, No. two electrode plates 7 are between No.1 electrode plate 2, No.1 electrode plate
2 and No. two electrode plates 7 be plugged between two electrode plate slots 5 after formed a column 6,6 cross section of column is inscribed in
There are spacing for the conductive disc 4 at 1 cross section of inboard wall of tubular reactor ontology, electrode plate slot 5 and No. two electrode plates 7 and both ends；
Electrode plate slot 5 is isolation material.The No.1 electrode plate 2 being welded in same conductive disc 4 is non-conterminous, tubular reactor ontology
1 and electrode plate slot 5 be isolation material, 1 wall body of tubular reactor ontology is UPVC material, and electrode plate slot 5 is polyethylene
Or polyvinyl chloride material.
Embodiment 2: a kind of system with hollow edged electrode reactor for treatment lavatory recycle-water, including cyclic water tank 8, tubulose electricity
Pole reactor 9, wherein one end is inlet 9.1 to hollow edged electrode reactor 9, and the other end is liquid outlet 9.2, and inlet 9.1 passes through
No.1 circulating line 10 is connected to cyclic water tank 8, and No.1 circulating line 10 is equipped with circulating pump 11, and liquid outlet 9.2 is followed by No. two
Endless tube road 12 is connected to cyclic water tank 8；Several hollow edged electrode reactors 9 can also be together in series, the tubulose electricity of starting point
Reactor 9 liquid outlet 9.2 in pole is connected to by pipeline with the inlet 9.1 of intermediate tubular electrode reactor 9, is so repeated to terminal
The inlet 9.1 of the inlet 9.1 of end pipe shape electrode reactor 9, starting point hollow edged electrode reactor 9 passes through No.1 circulating line
10 connection cyclic water tanks 8, the liquid outlet 9.2 of destination terminal hollow edged electrode reactor 9 pass through No. two circulating lines 12 and cyclic water tank 8
Connection.It can also include cleaning water tank 13, cleaning water tank 13 is connected on No.1 circulating line 10 by No.1 pipeline 14, No.1
Pipeline 14 is equipped with cleaning pump 15, and cleaning water tank 13 is connected on No. two circulating lines 12 by No. two pipelines 16；No.1 pipeline
14, No. two pipelines 16, be equipped with valve 17 on 10, No. two circulating lines 12 of No.1 circulating line；The valve of No.1 circulating line 10
Door 17 is set between cyclic water tank 8, No.1 pipeline 14 and the junction of No.1 circulating line 10, the valve of No. two circulating lines 12
Set on cyclic water tank 8, two between pipeline 16 and the junction of No. two circulating lines 12.
Claims (10)
1. a kind of hollow edged electrode reactor, which is characterized in that including tubular reactor ontology and tubular reactor intrinsic one
Number electrode plate, tubular reactor ontology both ends are respectively equipped with two integral flanges and a conductive disc, and conductive disc surrounding is set
There is connecting hole corresponding with the flange hole on integral flange, two integral flanges are located at the two sides of conductive disc and will be conductive
Disk is set in tubular reactor ontology port after stepping up, conductive disc center is equipped with several logical on the inside of integral flange
Hole, conductive disc periphery are additionally provided with the conductive sheet on the outside of prominent integral flange, the conductive sheet difference at tubular reactor ontology both ends
Connect the positive and negative anodes of power supply；The a piece of above No.1 electrode plate, No.1 electrode plate and the other end are respectively welded in two conductive discs
Conductive disc there are spacing, the No.1 electrode plate being welded in same conductive disc is non-conterminous, tubular reactor ontology insulation
Material.
2. hollow edged electrode reactor according to claim 1, which is characterized in that further include two electrode plate slots and No. two
Electrode plate, electrode plate slot are cuboid, and the face that electrolytic zinc-coated steel sheet slot long side and width form is equipped with several for plugging No.1
The groove of the parallel arrangement of electrode plate and No. two electrode plates, No. two electrode plates between No.1 electrode plate, No.1 electrode plate and
No. two electrode plates form a column after being plugged between two electrode plate slots, and column cross section is inscribed in tubular reactor
There are spacing for the conductive disc at device inner body wall cross section, electrode plate slot and No. two electrode plates and both ends；Electrode plate slot is
Isolation material.
3. hollow edged electrode reactor according to claim 1, which is characterized in that the through-hole is the length of two parallel arrangements
Square through hole is welded with a piece of No.1 electrode plate in one of conductive disc, and between rectangular through holes, another is led
It is welded with two No.1 electrode plates on electric disk and is located at the non-conterminous two sides of rectangular through holes.
4. hollow edged electrode reactor according to claim 1, which is characterized in that the tubular reactor ontology wall body is
UPVC material.
5. hollow edged electrode reactor according to claim 1, which is characterized in that the conductive sheet and conductive disc one at
Type.
6. hollow edged electrode reactor according to claim 1, which is characterized in that the conductive sheet is equipped with more than one
Energization hole.
7. hollow edged electrode reactor according to claim 1, which is characterized in that the electrode plate slot is polyethylene or gathers
Vinyl chloride material.
8. a kind of system with hollow edged electrode reactor for treatment lavatory recycle-water, which is characterized in that including cyclic water tank, tubulose electricity
Pole reactor, wherein one end is inlet to hollow edged electrode reactor, and the other end is liquid outlet, and inlet passes through No.1 circulating line
It is connected to cyclic water tank, No.1 circulating line is equipped with circulating pump, and liquid outlet is connected to by No. two circulating lines with cyclic water tank.
9. the system according to claim 8 with hollow edged electrode reactor for treatment lavatory recycle-water, which is characterized in that including
The hollow edged electrode reactor liquid outlet of several hollow edged electrode reactors, starting point passes through pipeline and intermediate tubular electrode reactor
Inlet connection, so repeat the inlet of end pipe shape electrode reactor to terminal, starting point hollow edged electrode reactor into
Liquid mouth is connected to cyclic water tank by No.1 circulating line, and No.1 circulating line is equipped with circulating pump, the reaction of destination terminal hollow edged electrode
The liquid outlet of device is connected to by No. two circulating lines with cyclic water tank.
10. the system with hollow edged electrode reactor for treatment lavatory recycle-water according to claim 8 or claim 9, which is characterized in that
It further include cleaning water tank, cleaning water tank is connected on No.1 circulating line by No.1 pipeline, and No.1 pipeline is equipped with cleaning pump,
Cleaning water tank is connected on No. two circulating lines by No. two pipelines；No.1 pipeline, No. two pipelines, No.1 circulating line, No. two
Valve is equipped on circulating line；The valve of No.1 circulating line is set to cyclic water tank, No.1 pipeline and No.1 circulating line
Between junction, the valve of No. two circulating lines is set between cyclic water tank, No. two pipelines and the junction of No. two circulating lines.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822247587.2U CN209597156U (en) | 2018-12-29 | 2018-12-29 | A kind of hollow edged electrode reactor and the system with its processing lavatory recycle-water |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822247587.2U CN209597156U (en) | 2018-12-29 | 2018-12-29 | A kind of hollow edged electrode reactor and the system with its processing lavatory recycle-water |
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| CN209597156U true CN209597156U (en) | 2019-11-08 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109513408A (en) * | 2018-12-29 | 2019-03-26 | 宜兴市恩创环保有限公司 | A kind of hollow edged electrode reactor and the system with its processing lavatory recycle-water |
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2018
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109513408A (en) * | 2018-12-29 | 2019-03-26 | 宜兴市恩创环保有限公司 | A kind of hollow edged electrode reactor and the system with its processing lavatory recycle-water |
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| GR01 | Patent grant | ||
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| TR01 | Transfer of patent right |
Effective date of registration: 20210220 Address after: 214200 No.26, cecep Industrial Park, 489 Lvyuan Road, huankeyuan, Yixing, Wuxi, Jiangsu Province Patentee after: YIXING ECO-SANITARY MANUFACTURE Co.,Ltd. Address before: 214200 No.6 middle energy saving industrial park, Environmental Science Park, Yixing City, Wuxi City, Jiangsu Province Patentee before: YIXING ENTRUSTECH ENVIRONMENTAL Co.,Ltd. |