CN109775815A - A kind of high-efficiency electrochemical device and its implementation for wastewater treatment - Google Patents
A kind of high-efficiency electrochemical device and its implementation for wastewater treatment Download PDFInfo
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- CN109775815A CN109775815A CN201910202804.2A CN201910202804A CN109775815A CN 109775815 A CN109775815 A CN 109775815A CN 201910202804 A CN201910202804 A CN 201910202804A CN 109775815 A CN109775815 A CN 109775815A
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Abstract
The invention discloses a kind of high-efficiency electrochemical devices for wastewater treatment, including pedestal；Wherein, the upper end of the pedestal is equipped with electrolyte tank, and the outside of the electrolyte tank is equipped with outer case, and the side side of the outer case is equipped with positive and negative anodes cross box, the inner upper end of the electrolyte tank is fixed with cleaning water pipe, and the lower end of the cleaning water pipe is evenly arranged with cleaning sprayer.The problems such as present invention solves cathode surface fouling degradation efficiency is caused to reduce by the method that positive and negative anodes cross box converts electrolytic cell positive and negative anodes, and power consumption increases, have method it is simple, it is high-efficient, reduce the advantages such as cost, energy conservation；The present invention is evenly arranged with cleaning sprayer by the way that cleaning water pipe is arranged in the inside of electrolyte tank, in the lower end of cleaning water pipe, keeps anode plate cathode plate surface Fouling Cleaning thorough, improves electrolytic efficiency；The present invention makes dirt fall into mudhole concentration and drains from sewage draining exit, clear up portable, thorough, raising safety in utilization by the way that cleaning assembly is arranged in electrolyte tank bottom.
Description
Technical field
The invention belongs to technical field of waste water processing, and in particular to a kind of high-efficiency electrochemical device for wastewater treatment and
Its implementation.
Background technique
Wastewater treatment is exactly to be handled using the method for physics, chemistry and biology waste water, makes purification of waste water, is reduced dirty
Dye makes full use of water resource so that reaching Sewage treatment, multiplexing.
For current existing wastewater electrochemical treatment technology, cathode after being used for a while, can generate layer of scale,
So as to cause the current reduction of hydrolysis, power consumption increases, and efficiency declines to a great extent, and seriously affects the treatment effect of waste water, while electrification
Generated fouling material cleaning inconvenience in device is learned, often cleaning, which is not thorough, causes to accumulate, and influences normal use.
Summary of the invention
The purpose of the present invention is to provide a kind of high-efficiency electrochemical devices for wastewater treatment, to solve above-mentioned background skill
The problem of being proposed in art.A kind of high-efficiency electrochemical device for wastewater treatment provided by the invention has electrolytic efficiency height, dirty
Dirt clears up convenient feature.
Another object of the present invention is to provide a kind of implementation method of high-efficiency electrochemical device for wastewater treatment.
To achieve the above object, the invention provides the following technical scheme: a kind of high-efficiency electrochemical for wastewater treatment fills
It sets, including pedestal；Wherein, the upper end of the pedestal is equipped with electrolyte tank, and the outside of the electrolyte tank is equipped with outer case, described
The side side of outer case is equipped with positive and negative anodes cross box, and the inner upper end of the electrolyte tank is fixed with cleaning water pipe, described clear
The lower end of wash water pipe is evenly arranged with cleaning sprayer, and the inside of the electrolyte tank is evenly arranged with anode plate and cathode plate, described
Electrolyte tank is provided with water inlet close to the side of positive and negative anodes cross box, and the other side of the electrolyte tank is provided with close to lower end position
Water outlet, the bottom of the electrolyte tank are provided with sewage draining exit, and the lower end of the electrolyte tank is provided with cleaning assembly.
Further in the present invention, the electrolyte tank includes fixed hanger and rinse mouth, wherein the electrolyte tank it is interior
Portion upper end is provided with the fixation hanger for fixed cleaning water pipe, and the position of the side lower end of the electrolyte tank is provided with flushing
Mouthful.
The cleaning assembly includes driving motor, sliding seat, screw rod, sliding slot, sliding rail, traverse, stationary barrier and row
Dirty hole, wherein the side of the electrolyte tank is provided with driving motor, and the inside of the electrolyte tank is fixed with close to lower end position
Determine dividing plate, the inside both ends of the electrolyte tank are provided with sliding rail, and sliding rail surface nesting is fixed with traverse, the driving
The shaft of motor is fixed with screw rod, and the surface of the screw rod is fixed with sliding seat, passes through between the sliding seat and traverse
Connecting rod is connected and fixed, and the lower end of the electrolyte tank is provided with the sliding slot mobile for traverse, the traverse and solid
Determine dividing plate surface is provided with the mudhole being staggered.
The bottom of the electrolyte tank is set as incline structure low between the senior middle school of two sides.
Anode plate in the electrolyte tank is connected to one group at interval of one piece of cathode plate, the cathode plate similarly at interval of
One piece of anode plate is connected to one group, and the anode plate and cathode plate pass through conducting wire and positive and negative anodes cross box is electrically connected.
Mudhole on the traverse and stationary barrier is staggered, when the traverse is bonded with stationary barrier
It is closed to reveal.
The positive and negative anodes cross box starts according to the routines periodically of setting or manually boots anode plate and cathode plate
Electrode changes.
A kind of further in the present invention, described high-efficiency electrochemical device for wastewater treatment, processing method
It mainly comprises the steps that
(1) wastewater treatment: waste water being conveyed from water inlet into electrolyte tank, anode plate and cathode plate are powered, anode plate
Plate surface carry out the degradation of organic matter, and the deposition of inorganic salts substance can occur for the plate surface of cathode plate, carry out waste water
Electrochemical treatments, treated, and waste water is drained from water outlet；
(2) electrode plate is cleared up: prolonged use causes the deposition of the inorganic salts substance of cathode plate surface, increases resistance
Greatly, current efficiency reduces, and reduces to the treatment effeciency of waste water, is turned the electrode of anode plate and cathode plate by positive and negative anodes cross box
It changes, dissolves the inorganic salt crust layer of cathode plate surface under the action of electric current and fall off, expose polar board surface, resistance reduces, processing
Efficiency increases again, and electrolysis has been at the state of efficient operation；
(3) dirt is cleared up: the dirt of anode plate and cathode plate surface deposition is fallen off by transfer electron, and cleaning water pipe is connected
Outer water tube makes dirt fall in stationary barrier surface, driving motor using cleaning sprayer to anode plate and cathode plate hydroblasting
Rotation rotates lower end screw rod, and the traverse that screw rod rotation connects the sliding seat on its surface glides along sliding rail, at this moment slides
Chamber is formed between dynamic dividing plate and stationary barrier, falls on stationary barrier surface smut on traverse, clear water passes through rinse mouth
Traverse upper end is rushed in, so that dirt is rushed in mudhole entirely, then drain from sewage draining exit, then driving motor rotates backward, and makes to slide
Dynamic dividing plate rising is bonded with stationary barrier, and waste water is avoided to reveal, and thoroughly, use is portable for cleaning.
It is further in the present invention, a kind of implementation method of high-efficiency electrochemical device for wastewater treatment,
The electrolyte tank includes fixed hanger and rinse mouth, wherein the inner upper end of the electrolyte tank is provided with for fixing ejected wash water
The position of the fixation hanger of pipe, the side lower end of the electrolyte tank is provided with rinse mouth；The cleaning assembly include driving motor,
Sliding seat, screw rod, sliding slot, sliding rail, traverse, stationary barrier and mudhole, wherein the side of the electrolyte tank is provided with drive
Dynamic motor, the inside of the electrolyte tank are fixed with stationary barrier close to lower end position, and the inside both ends of the electrolyte tank are provided with
Sliding rail, sliding rail surface nesting are fixed with traverse, and the shaft of the driving motor is fixed with screw rod, the table of the screw rod
Face is fixed with sliding seat, is connected and fixed between the sliding seat and traverse by connecting rod, and the lower end of the electrolyte tank is set
It is equipped with the sliding slot mobile for traverse, the traverse and stationary barrier surface are provided with the mudhole being staggered；It is described
The bottom of electrolyte tank is set as incline structure low between the senior middle school of two sides；Anode plate in the electrolyte tank is at interval of one piece of cathode plate
It is connected to one group, the cathode plate is similarly connected to one group at interval of one piece of anode plate, and the anode plate and cathode plate are logical
It crosses conducting wire and positive and negative anodes cross box is electrically connected；What the mudhole on the traverse and stationary barrier was staggered, the sliding
It is closed when partition is bonded with stationary barrier to reveal；The positive and negative anodes cross box is according to the routines periodically starting of setting or hand
Dynamic starting changes the electrode of anode plate and cathode plate.
Compared with prior art, the beneficial effects of the present invention are:
1, the present invention solves cathode surface fouling by the method that positive and negative anodes cross box converts electrolytic cell positive and negative anodes and causes
Degradation efficiency reduce, power consumption increase the problems such as, have method it is simple, it is high-efficient, reduce the advantages such as cost, energy conservation；
2, the present invention is evenly arranged with cleaning in the lower end of cleaning water pipe by the way that cleaning water pipe is arranged in the inside of electrolyte tank
Spray head keeps anode plate cathode plate surface Fouling Cleaning thorough, improves electrolytic efficiency；
3, the present invention is closed traverse and stationary barrier when not clearing up by the way that cleaning assembly is arranged in electrolyte tank bottom
It closes, sewage is made to be not easy to reveal, when dirt is cleared up, decline stationary barrier using driving motor, such dirt is fallen from stationary barrier
Enter stationary barrier, the clear water cleaning for recycling rinse mouth to go out makes dirt fall into mudhole concentration and drains from sewage draining exit, and cleaning is just
It takes, thoroughly, improves safety in utilization.
Detailed description of the invention
Fig. 1 is the structural diagram of the present invention；
Fig. 2 is enlarged structure schematic diagram at the A of Fig. 1 of the invention；
Fig. 3 is enlarged structure schematic diagram at the B of Fig. 1 of the invention；
Fig. 4 is traverse side structure schematic view of the invention；
In figure: 1, positive and negative anodes cross box；2, water inlet；3, outer case；4, water pipe is cleaned；5, electrolyte tank；51, fixation is hung
Frame；52, rinse mouth；6, cleaning sprayer；7, anode plate；8, cathode plate；9, water outlet；10, sewage draining exit；11, pedestal；12, it clears up
Component；121, driving motor；122, sliding seat；123, screw rod；124, sliding slot；125, sliding rail；126, traverse；127, fixed
Partition；128, mudhole.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Please refer to Fig. 1-4, the present invention the following technical schemes are provided: a kind of high-efficiency electrochemical device for wastewater treatment,
Including pedestal 11；Wherein, the upper end of pedestal 11 is equipped with electrolyte tank 5, and the outside of electrolyte tank 5 is equipped with outer case 3, outer case 3
Side side positive and negative anodes cross box 1 is installed, the inner upper end of electrolyte tank 5 is fixed with cleaning water pipe 4, cleans under water pipe 4
End is evenly arranged with cleaning sprayer 6, and the inside of electrolyte tank 5 is evenly arranged with anode plate 7 and cathode plate 8, and electrolyte tank 5 is close to positive and negative
The side of pole cross box 1 is provided with water inlet 2, and the other side of electrolyte tank 5 is provided with water outlet 9, electrolyte tank 5 close to lower end position
Bottom be provided with sewage draining exit 10, the lower end of electrolyte tank 5 is provided with cleaning assembly 12.
Further, electrolyte tank 5 includes fixed hanger 51 and rinse mouth 52, wherein the inner upper end of electrolyte tank 5 is provided with
For the fixation hanger 51 of fixed cleaning water pipe 4, the position of the side lower end of electrolyte tank 5 is provided with rinse mouth 52.
Further, cleaning assembly 12 include driving motor 121, sliding seat 122, screw rod 123, sliding slot 124, sliding rail 125,
Traverse 126, stationary barrier 127 and mudhole 128, wherein the side of electrolyte tank 5 is provided with driving motor 121, electrolyte tank
5 inside is fixed with stationary barrier 127 close to lower end position, and the inside both ends of electrolyte tank 5 are provided with sliding rail 125,125 table of sliding rail
Face nesting is fixed with traverse 126, and the shaft of driving motor 121 is fixed with screw rod 123, and the surface of screw rod 123 is fixed with cunning
Dynamic seat 122, is connected and fixed between sliding seat 122 and traverse 126 by connecting rod, the lower end of electrolyte tank 5, which is provided with, to be used for
The mobile sliding slot 124 of traverse 126, traverse 126 and 127 surface of stationary barrier are provided with the mudhole 128 being staggered.
Further, the bottom of electrolyte tank 5 is set as incline structure low between the senior middle school of two sides.
Further, the anode plate 7 in electrolyte tank 5 is connected to one group at interval of one piece of cathode plate 8, and cathode plate 8 is same
It is connected to one group at interval of one piece of anode plate 7, anode plate 7 is electrically connected by conducting wire with positive and negative anodes cross box 1 with cathode plate 8
It connects.
Further, the mudhole 128 on traverse 126 and stationary barrier 127 is staggered, traverse 126 with
Stationary barrier 127 is closed when being bonded to be revealed.
Further, positive and negative anodes cross box 1 starts according to the routines periodically of setting or manually boots anode plate 7 and yin
The electrode of pole plate 8 changes.
Further, a kind of high-efficiency electrochemical device for wastewater treatment of the present invention, processing method are main
The following steps are included:
(1) wastewater treatment: waste water being conveyed from water inlet 2 into electrolyte tank 5, anode plate 7 and cathode plate 8 are powered, sun
The plate surface of pole plate 7 carries out the degradation of organic matter, and the deposition of inorganic salts substance can occur for the plate surface of cathode plate 8, make to give up
Water carries out electrochemical treatments, and treated, and waste water is drained from water outlet 9；
(2) electrode plate is cleared up: prolonged use causes the deposition of the inorganic salts substance on 8 surface of cathode plate, makes resistance
Increase, current efficiency reduces, and reduces to the treatment effeciency of waste water, by positive and negative anodes cross box 1 by anode plate 7 and cathode plate 8
Electrode conversion, dissolves the inorganic salt crust layer on 8 surface of cathode plate under the action of electric current and falls off, and exposes polar board surface, resistance drop
Low, treatment effeciency increases again, and electrolysis has been at the state of efficient operation；
(3) dirt is cleared up: anode plate 7 and the dirt of 8 surface of cathode plate deposition are fallen off by transfer electron, clean water pipe 4
Connect outer water tube makes dirt fall in 127 table of stationary barrier using cleaning sprayer 6 to 8 hydroblasting of anode plate 7 and cathode plate
Face, the rotation of driving motor 121 rotate lower end screw rod 123, and screw rod 123 rotates the sliding for connecting the sliding seat 122 on its surface
Partition 126 glides along sliding rail 125, at this moment forms chamber between traverse 126 and stationary barrier 127, makes stationary barrier 127
Surface smut is fallen on traverse 126, and clear water rushes in 126 upper end of traverse by rinse mouth 52, makes the dirt row of rushing in entirely
Dirty hole 128, then drain from sewage draining exit 10, then driving motor 121 rotates backward, and makes the rising of traverse 126 and stationary barrier
127 fittings, avoid waste water from revealing, and thoroughly, use is portable for cleaning.
Further, electrolyte tank 5 includes fixed hanger 51 and rinse mouth 52, wherein the inner upper end of electrolyte tank 5 is provided with
For the fixation hanger 51 of fixed cleaning water pipe 4, the position of the side lower end of electrolyte tank 5 is provided with rinse mouth 52；Cleaning assembly
12 include driving motor 121, sliding seat 122, screw rod 123, sliding slot 124, sliding rail 125, traverse 126,127 and of stationary barrier
Mudhole 128, wherein the side of electrolyte tank 5 is provided with driving motor 121, and the inside of electrolyte tank 5 is fixed with close to lower end position
Stationary barrier 127, the inside both ends of electrolyte tank 5 are provided with sliding rail 125, and 125 surface nesting of sliding rail is fixed with traverse 126,
The shaft of driving motor 121 is fixed with screw rod 123, the surface of screw rod 123 be fixed with sliding seat 122, sliding seat 122 and sliding every
It being connected and fixed between plate 126 by connecting rod, the lower end of electrolyte tank 5 is provided with the sliding slot 124 mobile for traverse 126,
Traverse 126 and 127 surface of stationary barrier are provided with the mudhole 128 being staggered；The bottom of electrolyte tank 5 is set as two sides senior middle school
Between low incline structure；Anode plate 7 in electrolyte tank 5 is connected to one group at interval of one piece of cathode plate 8, and cathode plate 8 is same every
It is spaced one piece of anode plate 7 and is connected to one group, anode plate 7 and cathode plate 8 are electrically connected by conducting wire and positive and negative anodes cross box 1；
What the mudhole 128 on traverse 126 and stationary barrier 127 was staggered, traverse 126 is close when being bonded with stationary barrier 127
Closing will not reveal；Positive and negative anodes cross box 1 starts according to the routines periodically of setting or manually boots anode plate 7 and cathode plate 8
Electrode change.
Embodiment 1
Device is mounted on suitable position by user of service, waste water is conveyed from water inlet 2 into electrolyte tank 5, by anode plate 7
It is powered with cathode plate 8, the plate surface of anode plate 7 carries out the degradation of organic matter, and inorganic salts can occur for the plate surface of cathode plate 8
The deposition of substance makes waste water carry out electrochemical treatments, and treated, and waste water is drained from water outlet 9；Prolonged use causes yin
The deposition of the inorganic salts substance on 8 surface of pole plate, increases resistance, and current efficiency reduces, and reduces, leads to the treatment effeciency of waste water
It crosses positive and negative anodes cross box 1 to convert the electrode of anode plate 7 and cathode plate 8, makes the inorganic salt crust layer on 8 surface of cathode plate in electric current
The lower dissolution of effect falls off, and exposes polar board surface, resistance reduces, and treatment effeciency increases again, and electrolysis has been at efficient operation
State；Anode plate 7 and the dirt of 8 surface of cathode plate deposition are fallen off by transfer electron, and cleaning water pipe 4 connects outer water tube, benefit
With cleaning sprayer 6 to 8 hydroblasting of anode plate 7 and cathode plate, dirt is made to fall in 127 surface of stationary barrier, 121 turns of driving motor
Dynamic to rotate lower end screw rod 123, the traverse 126 that the rotation of screw rod 123 connects the sliding seat 122 on its surface is along sliding rail
125 glide, and at this moment form chamber between traverse 126 and stationary barrier 127,127 surface smut of stationary barrier is made to fall on cunning
In dynamic dividing plate 126, clear water rushes in 126 upper end of traverse by rinse mouth 52, and dirt is made to rush in mudhole 128 entirely, then from row
Dirty mouth 10 is drained, and then driving motor 121 rotates backward, and is bonded the rising of traverse 126 with stationary barrier 127, is avoided giving up
Water leakage, thoroughly, use is portable for cleaning.
It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with
A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding
And modification, the scope of the present invention is defined by the appended.
Claims (9)
1. a kind of high-efficiency electrochemical device for wastewater treatment, it is characterised in that: including pedestal (11)；Wherein, the pedestal
(11) upper end is equipped with electrolyte tank (5), and the outside of the electrolyte tank (5) is equipped with outer case (3), the outer case (3)
Side side is equipped with positive and negative anodes cross box (1), and the inner upper end of the electrolyte tank (5) is fixed with cleaning water pipe (4), described clear
The lower end of wash water pipe (4) is evenly arranged with cleaning sprayer (6), the inside of the electrolyte tank (5) be evenly arranged with anode plate (7) and
Cathode plate (8), the electrolyte tank (5) are provided with water inlet (2) close to the side of positive and negative anodes cross box (1), the electrolyte tank (5)
The other side be provided with water outlet (9) close to lower end position, the bottom of the electrolyte tank (5) is provided with sewage draining exit (10), described
The lower end of electrolyte tank (5) is provided with cleaning assembly (12).
2. a kind of high-efficiency electrochemical device for wastewater treatment according to claim 1, it is characterised in that: the electrolysis
Case (5) includes fixed hanger (51) and rinse mouth (52), wherein the inner upper end of the electrolyte tank (5) is provided with for fixing
The fixation hanger (51) of water pipe (4) is cleaned, the position of the side lower end of the electrolyte tank (5) is provided with rinse mouth (52).
3. a kind of high-efficiency electrochemical device for wastewater treatment according to claim 1, it is characterised in that: the cleaning
Component (12) includes driving motor (121), sliding seat (122), screw rod (123), sliding slot (124), sliding rail (125), traverse
(126), stationary barrier (127) and mudhole (128), wherein the side of the electrolyte tank (5) is provided with driving motor (121),
The inside of the electrolyte tank (5) is fixed with stationary barrier (127) close to lower end position, and the inside both ends of the electrolyte tank (5) are set
It is equipped with sliding rail (125), sliding rail (125) surface nesting is fixed with traverse (126), and the driving motor (121) turns
Axis is fixed with screw rod (123), and the surface of the screw rod (123) is fixed with sliding seat (122), the sliding seat (122) and sliding
Partition is connected and fixed between (126) by connecting rod, and the lower end of the electrolyte tank (5) is provided with to be moved for traverse (126)
Dynamic sliding slot (124), the traverse (126) and stationary barrier (127) surface are provided with the mudhole (128) being staggered.
4. a kind of high-efficiency electrochemical device for wastewater treatment according to claim 1, it is characterised in that: the electrolysis
The bottom of case (5) is set as incline structure low between the senior middle school of two sides.
5. a kind of high-efficiency electrochemical device for wastewater treatment according to claim 1, it is characterised in that: the electrolysis
Anode plate (7) in case (5) is connected to one group at interval of one piece of cathode plate (8), and the cathode plate (8) is similarly at interval of one piece
Anode plate (7) is connected to one group, and the anode plate (7) is electrically connected by conducting wire with positive and negative anodes cross box (1) with cathode plate (8)
It connects.
6. a kind of high-efficiency electrochemical device for wastewater treatment according to claim 1, it is characterised in that: the sliding
Mudhole (128) on partition (126) and stationary barrier (127) is staggered, the traverse (126) and stationary barrier
(127) closed when being bonded to reveal.
7. a kind of high-efficiency electrochemical device for wastewater treatment according to claim 1, it is characterised in that: described positive and negative
Pole cross box (1) starts or manually boots according to the routines periodically of setting and the electrode of anode plate (7) and cathode plate (8) occurs
Conversion.
8. a kind of high-efficiency electrochemical device for wastewater treatment according to claim 1-7, processing method
It mainly comprises the steps that
(1) wastewater treatment: waste water is conveyed from water inlet (2) into electrolyte tank (5), and anode plate (7) and cathode plate (8) is logical
Electricity, the plate surface of anode plate (7) carries out the degradation of organic matter, and inorganic salts substance can occur for the plate surface of cathode plate (8)
Deposition makes waste water carry out electrochemical treatments, and treated, and waste water is drained from water outlet (9)；
(2) electrode plate is cleared up: prolonged use causes the deposition of the inorganic salts substance on cathode plate (8) surface, increases resistance
Greatly, current efficiency reduces, and reduces to the treatment effeciency of waste water, by positive and negative anodes cross box (1) by anode plate (7) and cathode plate
(8) electrode conversion, dissolves the inorganic salt crust layer on cathode plate (8) surface under the action of electric current and falls off, expose polar board surface,
Resistance reduces, and treatment effeciency increases again, and electrolysis has been at the state of efficient operation；
(3) dirt is cleared up: anode plate (7) and the dirt of cathode plate (8) surface deposition are fallen off by transfer electron, clean water pipe
(4) connect outer water tube makes dirt fall in fixation using cleaning sprayer (6) to anode plate (7) and cathode plate (8) hydroblasting
Partition (127) surface, driving motor (121) rotation rotate lower end screw rod (123), and screw rod (123) rotates the cunning for making its surface
The traverse (126) of dynamic seat (122) connection glides along sliding rail (125), at this moment traverse (126) and stationary barrier
(127) chamber is formed between, falls on stationary barrier (127) surface smut on traverse (126), clear water passes through rinse mouth
(52) traverse (126) upper end is rushed in, rushes in dirt full mudhole (128), then is drained from sewage draining exit (10), is then driven
Motor (121) rotates backward, and increase traverse (126) and is bonded with stationary barrier (127), waste water is avoided to reveal, clears up thorough
Bottom, use are portable.
9. a kind of implementation method of high-efficiency electrochemical device for wastewater treatment according to claim 8, feature exist
In: the electrolyte tank (5) includes fixed hanger (51) and rinse mouth (52), wherein the inner upper end of the electrolyte tank (5) is arranged
There is the fixation hanger (51) for fixed cleaning water pipe (4), the position of the side lower end of the electrolyte tank (5) is provided with rinse mouth
(52)；The cleaning assembly (12) includes driving motor (121), sliding seat (122), screw rod (123), sliding slot (124), sliding rail
(125), traverse (126), stationary barrier (127) and mudhole (128), wherein the side of the electrolyte tank (5) is provided with
The inside of driving motor (121), the electrolyte tank (5) is fixed with stationary barrier (127), the electrolyte tank close to lower end position
(5) inside both ends are provided with sliding rail (125), and sliding rail (125) surface nesting is fixed with traverse (126), the drive
The shaft of dynamic motor (121) is fixed with screw rod (123), and the surface of the screw rod (123) is fixed with sliding seat (122), the cunning
It is connected and fixed between dynamic seat (122) and traverse (126) by connecting rod, the lower end of the electrolyte tank (5), which is provided with, to be used for
The mobile sliding slot (124) of traverse (126), the traverse (126) and stationary barrier (127) surface, which are provided with, to be staggered
Mudhole (128)；The bottom of the electrolyte tank (5) is set as incline structure low between the senior middle school of two sides；In the electrolyte tank (5)
Anode plate (7) is connected to one group at interval of one piece of cathode plate (8), and the cathode plate (8) is similarly at interval of one piece of anode plate (7)
It is connected to one group, the anode plate (7) and cathode plate (8) are electrically connected by conducting wire and positive and negative anodes cross box (1)；The cunning
What the mudhole (128) in dynamic dividing plate (126) and stationary barrier (127) was staggered, the traverse (126) and stationary barrier
(127) closed when being bonded to reveal；The positive and negative anodes cross box (1) starts or manually boots according to the routines periodically of setting
The electrode of anode plate (7) and cathode plate (8) is changed.
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| CN201910202804.2A CN109775815A (en) | 2019-03-18 | 2019-03-18 | A kind of high-efficiency electrochemical device and its implementation for wastewater treatment |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113321270A (en) * | 2020-02-28 | 2021-08-31 | 深圳市宏森环保科技有限公司 | Efficient electrocatalytic oxidation device and method for treating high-salinity high-organic wastewater of landfill leachate |
| CN115254709A (en) * | 2022-08-30 | 2022-11-01 | 临沂大学 | Anode low-energy-consumption preparation device and method for alkaline water hydrogen production |
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