CN109678226A - A kind of multi-functional continuous-flow type electrolysis installation - Google Patents
A kind of multi-functional continuous-flow type electrolysis installation Download PDFInfo
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- CN109678226A CN109678226A CN201811583465.9A CN201811583465A CN109678226A CN 109678226 A CN109678226 A CN 109678226A CN 201811583465 A CN201811583465 A CN 201811583465A CN 109678226 A CN109678226 A CN 109678226A
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- 239000000243 solution Substances 0.000 description 7
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- 229910000831 Steel Inorganic materials 0.000 description 1
- HCHKCACWOHOZIP-UHFFFAOYSA-N Zinc Chemical compound [Zn] HCHKCACWOHOZIP-UHFFFAOYSA-N 0.000 description 1
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- GPRLSGONYQIRFK-UHFFFAOYSA-N hydron Chemical compound [H+] GPRLSGONYQIRFK-UHFFFAOYSA-N 0.000 description 1
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- BWHMMNNQKKPAPP-UHFFFAOYSA-L potassium carbonate Chemical compound [K+].[K+].[O-]C([O-])=O BWHMMNNQKKPAPP-UHFFFAOYSA-L 0.000 description 1
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Classifications
-
- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F1/00—Treatment of water, waste water, or sewage
- C02F1/46—Treatment of water, waste water, or sewage by electrochemical methods
- C02F1/461—Treatment of water, waste water, or sewage by electrochemical methods by electrolysis
- C02F1/46104—Devices therefor; Their operating or servicing
Abstract
The invention discloses a kind of multi-functional continuous-flow type electrolysis installations, miniaturization construction is realized simultaneously in the area with larger electrolysis, and use low-voltage, the low energy consumption iterative cycles electrolysis mode of low current, it ensure that the service life of lateral electrode plate and process film, process film replacement of the present invention is simple simultaneously, can be used for the production of highly enriched highly acid functional water or highly enriched strong basicity functional water, harmless treatment, the desalting processing of liquid etc. application it is upper, it can be achieved that a tractor serves several purposes effect.
Description
Technical field
The present invention relates to electrolysis installation technical field, more particularly to a kind of multi-functional continuous-flow type electrolysis installation.
Background technique
Electrolytic cell in traditional electrolysis water production device needs biggish electrolysis face to can be only achieved electrolysis requirement, so passing
The electrolytic cell of system is using the electrode surface of enlargement, and electrode surface is provided with platinum plated film etc., but result in electrolysis installation at
This is larger, is restricted the miniaturization of electrode assembly, also, to come into full contact with water flow with electrolytic zinc-coated steel sheet and process film respectively,
Electrolytic cell in traditional electrolysis installation enters water by a certain amount of limitation, while water outlet forms and is detained domain and causes to be discharged
Difficult problem.
Also, traditional electrolyte equipment is electrolysed using high voltage, high current, energy consumption is higher and meanwhile lateral electrode plate and
Process film is highly susceptible to damage, and consumables cost is caused to increase, and traditional electrolyte equipment be typically applied only to electrolyzed alkaline water and
In the production of acidic electrolytic water, highly enriched highly acid functional water and highly enriched strong basicity functional water can not be produced, and not
Harmless treatment and the desalting processing etc. that can be carried out liquid, cannot achieve the function of a tractor serves several purposes.
Therefore, how a kind of multi-functional continuous-flow type electricity of miniaturization that stablizing continued electrolysis by low-voltage and low current is provided
Solve the problem of equipment is those skilled in the art's urgent need to resolve.
Summary of the invention
In view of this, the present invention provides a kind of multi-functional continuous-flow type electrolysis installation, it is same in the area with larger electrolysis
When realize miniaturization construction, and using low-voltage, low current low energy consumption iterative cycles electrolysis mode, ensure that outside electricity
The service life of pole plate and process film, while process film of the present invention replacement is simple, can be used for highly enriched highly acid functional water or height
Be concentrated the production of strong basicity functional water, the harmless treatment of liquid, the application such as desalting processing it is upper, it can be achieved that a tractor serves several purposes effect
Fruit.
To achieve the goals above, the present invention adopts the following technical scheme:
A kind of multi-functional continuous-flow type electrolysis installation, comprising: multi-functional continuous-flow type electrolytic cell, liquid to be treated feed flow storage bin,
Electrolyte solution storage bin, first gas discharge and recyclable device, second gas discharge and recyclable device and control device, Yi Jijun
Liquid to be treated liquid feed device, electrolyte solution liquid feed device, the liquid to be treated reflux unit, electrolyte being connect with the control device
Liquid reflux unit, sensor leveling device, power supply device, power supply control apparatus and electrode switch, thus by described
Control device receives the liquid to be treated liquid feed device, the electrolyte solution liquid feed device, liquid to be treated reflux dress respectively
It sets, the electrolyte solution reflux unit, the sensor leveling device, the power supply device, the power supply control apparatus
With the operation information of the electrode switch, and remotely controlled；
And the power supply control apparatus is connect with the power supply device, while described more by electrode switch connection
Function continuous-flow type electrolytic cell, thus by the power supply control apparatus adjust the power supply device for electrostrictive coefficient, prevent surplus
The generation of electric current and voltage makes it have lower electric current and voltage, while persistently voltage and current being kept to stablize, thus described
Control device, which controls the power supply control apparatus, will generate stable lower voltage and stable reduced-current supply institute after adjusting
The internal and external electrode for stating multi-functional continuous-flow type electrolytic cell, solve traditional electrolyte equipment be electrolysed using high voltage, high current and
Cause energy consumption higher and damage lateral electrode plate and the problem of process film, extends the lateral electrode plate and the process film
Service life；
While the power supply control apparatus controls the electrode switch and switches the interior of the multi-functional continuous-flow type electrolytic cell
The polarity of external electrode realizes the effect that will be ionized by electrolysed substance so as to decompose the molecule being firmly combined, thus
Electrolytic efficiency is not only increased, and a variety of liquid to be treated can be handled, application range of the invention is expanded；
The multi-functional continuous-flow type electrolytic cell passes through the liquid to be treated liquid feed device, liquid to be treated reflux dress respectively
It sets and connects the liquid to be treated feed flow storage bin with recyclable device with first gas discharge, so that the present invention can pass through institute
It states liquid to be treated liquid feed device and the liquid to be treated stored in the liquid to be treated feed flow storage bin is delivered to the multi-functional stream
It is electrolysed in ability of swimming electrolytic cell, electricity will be completed by the liquid to be treated reflux unit in the multi-functional continuous-flow type electrolytic cell
The solution of solution and remaining liquid to be treated are transmitted back to the liquid to be treated feed flow storage bin, and are discharged by the first gas
The gas generated in electrolytic process is collected with recyclable device；
And the sensor leveling device is set on the liquid to be treated feed flow storage bin, so that the present invention is convenient for logical
The liquid level for crossing the liquid to be treated that the sensor leveling device detects in the liquid to be treated feed flow storage bin, makes processed
The liquid level of liquid is kept within the limits prescribed in the liquid to be treated feed flow storage bin；
The multi-functional continuous-flow type electrolytic cell passes through the electrolyte solution liquid feed device, electrolyte solution reflux dress respectively
It sets and connects the electrolyte solution storage bin with recyclable device with second gas discharge, so that the present invention can pass through the institute
It states electrolyte solution liquid feed device and the electrolyte solution stored in the electrolyte solution storage bin is delivered to the multi-functional continuous-flow type
It is electrolysed in electrolytic cell, electrolysis will be completed by the electrolyte solution reflux unit in the multi-functional continuous-flow type electrolytic cell
Solution and remaining electrolyte solution are transmitted back to the electrolyte solution storage bin, and discharge and recycle dress by the second gas
Set the gas collected and generated in electrolytic process；
Further include: liquid to be treated feed flow discharger and liquid to be treated feed flow device for supplying, and the liquid to be treated feed flow
Discharger and the liquid to be treated feed flow device for supplying are connect with the liquid to be treated feed flow storage bin, and with the control
Device connection processed, thus the control device of the invention quilt that the sensor leveling device detects based on the received
The liquid level information for the treatment of fluid, controlling the liquid to be treated feed flow discharger will be excessive in the liquid to be treated feed flow storage bin
Liquid to be treated discharge, and controlling the liquid to be treated feed flow device for supplying is to supplement quilt in the liquid to be treated feed flow storage bin
Treatment fluid；
The multi-functional continuous-flow type electrolytic cell includes multi-panel outer groove, multi-panel lateral electrode and assembly, the assembly packet
Multi-panel inside groove, multi-panel plural number inside groove electrode and cover board are included, electricity on the outside of the multi-panel is successively detachably connected in the multi-panel outer groove
Pole, the multi-panel inside groove and the multi-panel plural number inside groove electrode, to be convenient for unrestricted choice multi-panel according to unused application demand
The type and polarity of lateral electrode and the multi-panel plural number inside groove electrode, while it being conveniently replaceable the multi-panel inside groove, consequently facilitating
The present invention carries out electrolysis processing to a variety of liquid to be treated, improves application range of the invention.
The multi-panel outer groove includes outer slot bottom and multiple external groove sidevalls, and the multi-panel inside groove includes internal groove bottom, a water-resisting property
Board slot wall and multiple process film cell walls, and level control pipe is provided in the multi-panel inside groove, the level control pipe penetrates through institute
Internal groove bottom, the fixed multiple partition racks of the outside spacers of the water-resisting property board slot wall are stated, and are formed between partition rack described in every two
Separate fixing groove, partition panel is removably connected in the partition fixing groove, the water-resisting property board slot wall passes through the partition panel
It is correspondingly connected with sealed connection with the external groove sidevall, and on the outside of the external groove sidevall of sealed connection corresponding with the water-resisting property board slot wall
It is provided with the second communication port of the first communication port of liquid to be treated and liquid to be treated positioned at different height, the liquid to be treated is first-class
Port connects the liquid to be treated feed flow storage bin, second communication port of liquid to be treated by the liquid to be treated liquid feed device
The liquid to be treated feed flow storage bin is connected by the liquid to be treated reflux unit,
To make the upstream end of liquid to be treated and the outflow end for completing the liquid to be treated being electrolysed with different height, prevent
Liquid to be treated is led to the problem of in electrolysis channel is detained domain, and multi-panel lateral electrode is open, including multiple lateral electrodes
Plate, and the opening of the multi-panel lateral electrode is corresponding with the water-resisting property board slot wall, remaining described lateral electrode plate matching is set
It sets between the process film cell wall and the external groove sidevall, and is formed between the lateral electrode plate and the process film cell wall
U-shaped flow path G, and one end of the U-shaped flow path G is connect with first communication port of liquid to be treated, the other end with it is described processed
The second communication port of liquid connection, so that liquid to be treated be made to circulate from first communication port of liquid to be treated or the liquid to be treated second
Mouthful enter the U-shaped flow path G, and by first communication port of liquid to be treated or the second communication port of the liquid to be treated from described
U-shaped flow path G outflow, so that liquid to be treated be made to carry out one-way flow in the U-shaped flow path G, not only make the present invention have compared with
Electrolysis area is improved under the premise of small size, increase liquid to be treated respectively with the lateral electrode plate and the process film slot
The contact area of wall, and the present invention not will form liquid interflow or the phenomenon that liquid holdup in flow path；
Lateral electrode connecting pin is provided on each lateral electrode plate, and institute is run through in the lateral electrode connecting pin
External groove sidevall is stated, multiple plural inside groove electrode connecting ends are set on the multi-panel plural number inside groove electrode, the plural number inside groove electrode connects
End is connect through the cover board, and the lateral electrode connecting pin and the plural inside groove electrode connecting end switch with the electrode
Device connection, to switch the lateral electrode connecting pin and the plural number inside groove electrode connecting end by the electrode switch
Polarity of electrode；
The cover board is detachably connected with the multi-panel outer groove and multi-panel inside groove sealing respectively, not only easy disassembly, but also
It ensure that the leakproofness of this practicability, and the cover plate central is provided with electrolyte solution and flows into nozzle, the electrolyte solution flows into
Nozzle bottom end stretches in the level control pipe, and the electrolyte solution storage is connected by the electrolyte solution liquid feed device in top
Case is deposited, and the electrolyte solution storage bin is connected by the electrolyte solution reflux unit in level control tube bottom end, thus
The electrolyte solution stored in the electrolyte solution storage bin passes sequentially through the electrolyte solution liquid feed device and the electrolyte solution
It flows into nozzle to enter in the multi-panel inside groove, and by the level control pipe by electrolyte solution superfluous in the multi-panel inside groove
It is transmitted back in the electrolyte solution storage bin by the electrolyte solution reflux unit, to be realized by the level control pipe
The liquid level for controlling the electrolyte solution in the multi-panel inside groove maintains the effect of specified value.
Preferably, the liquid to be treated liquid feed device include first pump and the first liquid pushing tube, the one of first liquid pushing tube
Termination passes to first communication port of liquid to be treated (or second communication port of the liquid to be treated), and the other end is pumped by described first
It is switched in the liquid to be treated feed flow storage bin, and first pump is connect with the control device, so that the control fills
Control first pump startup or closing are set, and when first pump startup, first liquid pushing tube is by the liquid to be treated
Liquid to be treated in feed flow storage bin is defeated by first communication port of liquid to be treated (or second communication port of the liquid to be treated)
Send into the U-shaped flow path G and be electrolysed, and the liquid to be treated in the liquid to be treated feed flow storage bin include hard water, soft water,
Heavy metal-polluted dye liquor, seawater, lake water, bog water, industry or waste cooking oil, acidic liquid, akaline liquid and germ contamination liquid
Deng.
Preferably, the liquid to be treated feed flow storage bin is arranged in the multi-functional continuous-flow type bottom of electrolytic tank.
Preferably, the liquid to be treated reflux unit includes the first return pipe and first switch, the first switch setting
It is connect on first return pipe, and with the control device, and one end of first return pipe is switched to described located
It manages in liquid feed flow storage bin, the other end is switched to second communication port of liquid to be treated (or first communication port of liquid to be treated), from
And the control device controls the first switch closing or opening, and when first switch closure, first reflux
Pipe is completed electrolysis in the U-shaped flow path G by second communication port of liquid to be treated (or first communication port of liquid to be treated)
Liquid to be treated is transmitted back in the liquid to be treated feed flow storage bin.
Preferably, the first gas discharge and recyclable device include the first conduit of gas and downtake pipe, the gas
The first tube at one end of body penetrates through the cover board and is switched in the U-shaped flow path G, and the other end is switched to the liquid to be treated feed flow
In storage bin, and described downtake pipe one end is switched to the liquid to be treated feed flow storage bin, and other end connection has the first gas
Body processing unit, to be directed into the gas generated in the U-shaped flow path G by first conduit of gas described processed
In liquid feed flow storage bin, and by the downtake pipe by enter the liquid to be treated feed flow storage bin in gas be transferred to
The first gas processing unit carries out harmless treatment or resource by gas of the first gas processing unit to absorption
Recovery processing.
Preferably, first tube at one end of gas penetrates through the cover board and is switched in the U-shaped flow path G, the other end
Be switched to the first gas processing unit, thus the first conduit of the gas directly by the gas in the U-shaped flow path G send to
The first gas processing unit carries out harmless treatment or resource by gas of the first gas processing unit to absorption
Recovery processing.
Preferably, the electrolyte solution liquid feed device includes that the second liquid pushing tube and second pump, and the one of second liquid pushing tube
Termination passes to the electrolyte solution and flows into nozzle, and the other end is switched in the electrolyte solution storage bin by second pump,
And second pump is connect with the control device, so that the control device controls second pump startup or closing, and is worked as
When second pump startup, the electrolyte solution in the electrolyte solution storage bin is passed through the electrolyte by second liquid pushing tube
Liquid stream, which enters nozzle and is delivered in the multi-panel inside groove, to be electrolysed, and the electrolyte solution includes the various liquid or soft of saliferous
Water, acidic electrolysis bath, alkaline electrolyte and seawater etc..
Preferably, the electrolyte solution storage bin is located at the multi-functional continuous-flow type bottom of electrolytic tank.
Preferably, the electrolyte solution reflux unit includes the second return pipe and second switch, and the second switch is set
It sets on second return pipe, and connect with the control device, and one end of second return pipe is switched to the electricity
It solves in matter liquid storage bin, the other end is switched to the bottom end of the level control pipe, thus control device control described second
It closes the switch or disconnects, and when second switch closure, second return pipe will be described by the level control pipe
The electrolyte solution that completion is electrolysed in multi-panel electrolytic cell is sent back in the electrolyte solution storage bin.
Preferably, the second gas discharge and recyclable device include the second conduit of gas and second exhaust pipe, and described
The second tube at one end of gas penetrates through the cover board and stretches in the multi-panel inside groove, and the other end is switched to the electrolyte solution storage
It deposits in case, and described second exhaust pipe one end is switched in the electrolyte solution storage bin, other end connection has at second gas
Device is managed, is stored up so that the gas generated in the multi-panel inside groove is directed into the electrolyte solution by second conduit of gas
It deposits in case, and the gas entered in the electrolyte solution storage bin is transferred to the second gas by the second exhaust pipe
Processing unit carries out harmless treatment by gas of the second gas processing unit to absorption or resource reclaim is handled.
Preferably, second tube at one end of gas penetrates through the cover board and stretches in the multi-panel inside groove, the other end
Be switched to the second gas processing unit, thus the second conduit of the gas directly by the gas in the multi-panel inside groove send to
The second gas processing unit carries out harmless treatment or resource by gas of the second gas processing unit to absorption
Recovery processing.
Preferably, the sensor leveling device includes first sensor and second sensor, first sensing
Device and the second sensor are arranged at the side wall of the liquid to be treated feed flow storage bin, and connect with the control device
It connects, and the second sensor is located at the bottom of the first sensor.
Preferably, the liquid to be treated feed flow discharger includes discharge pipe and third pump, and the discharge pipe passes through described
Third pump is switched in the liquid to be treated feed flow storage bin, and third pump is connect with the control device, to work as institute
When stating the liquid level of the liquid to be treated in liquid to be treated feed flow storage bin and being higher than the first sensor, the control device is by signal
It is transferred to the third pump, the third pump is automatic to be started, the liquid level of the liquid to be treated in the liquid to be treated feed flow storage bin
When lower than the second sensor, the control device transmits a signal to the third pump, and the third pump is automatically stopped.
Preferably, the liquid to be treated feed flow device for supplying includes supply pipe and supply valve, and supply valve setting exists
On the supply pipe, and it is connect with the control device, the supply pipe is switched in the liquid to be treated feed flow storage bin, from
And when the liquid level of the liquid to be treated in the liquid to be treated feed flow storage bin is lower than the second sensor, the control device
The supply valve is transmitted a signal to, the supply valve starts automatically, when processed in the liquid to be treated feed flow storage bin
When the liquid level of liquid is higher than the first sensor, the control device transmits a signal to the supply valve, and the supply valve is certainly
It is dynamic to stop.
Preferably, the power supply control apparatus is equipped with electric current, voltage automatic control device, if electric current is more than set definite value,
Electric current declines automatically, and each electrode is made to keep stable current value, and equally, voltage is more than set definite value, and voltage declines automatically, is made each
Electrode keeps stable voltage value, when the electric current and voltage of the power supply control apparatus are more than set definite value simultaneously, the power supply
Device is automatically closed.
Preferably, the power supply device output electric current is direct current, and the power supply device converts direct current configured with alternating current
Electric installation can be used cooperatively with direct-current generating device (such as device of solar generating).
Preferably, the maximum output voltage of the power supply device is about 15 volts.
Preferably, the electrode switch is set as manual mode or automatic mode, and the electrode switch can be in this hair
The polarity of electrode of the multi-panel lateral electrode and the multi-panel plural number inside groove electrode is persistently maintained under bright working condition, it can also be at this
The polarity of electrode of multi-panel lateral electrode described in invention working condition lower moment or exchange-column shift and the multi-panel plural number inside groove electrode.
Preferably, connect again with the power supply control apparatus after the multi-panel lateral electrode is mutually contacted by insulated electric conductor
It connects.
Preferably, it is filled again with the power-supply controller after the multi-panel plural number inside groove electrode is mutually contacted by insulated electric conductor
Set connection.
Preferably, the multi-panel outer groove and the cover board be all made of erosion resisting insulation synthetic resin material integration production and
At.
Preferably, the multiple external groove sidevall forms hollow polygonal structure, and the quantity of the external groove sidevall is 10, respectively
It is indicated with 13a~13j, wherein 13a~13e forms the front of multi-panel outer groove, and 13a and 13b is connected with each other, and section is in V word
The outside convex type of shape, same 13d and 13e are connected with each other, and section is in the shape of the letter V outside convex type, the V-shaped male part of positive two sides
With peripheral wall 13c be connected with each other, 13h formed multi-panel outer groove the back side, it is parallel with 13c, and 13e, 13f, 13g, 13h, 13i, 13j,
13a is connected with each other at an angle, thus the hollow polygonal formed by V-shaped male part increase by multiple external groove sidevalls
The space of structure,
Preferably, section formation is not limited to V-type, can also be the shapes such as U-shaped, circular arc type, trapezoidal.
Preferably, the U-shaped stream is formed between described external groove sidevall 13d, 13e and the water-resisting property board slot wall of opposite partition
The U-shaped flow path G is formed between the head end G1, described external groove sidevall 13a, 13b of road G and the water-resisting property board slot wall of opposite partition
End G2, and the head end G1 and the end G2 are triangle space.
Preferably, the head end G1 is connect with first communication port of liquid to be treated, the end G2 with it is described processed
The connection of the second communication port of liquid.
Preferably, the multi-panel lateral electrode and the multi-panel plural number inside groove electrode be by titanium plate through platinum plated film and
At.
Preferably, the multi-panel lateral electrode is fixed on the inside of the external groove sidevall, i.e., the described multi-panel lateral electrode bonding
On 13f~13j.
Preferably, the outer of the multi-panel outer groove is led to by the external groove sidevall 13f~13j in the lateral electrode connecting pin
Portion.
Preferably, process film cell wall is diaphragm or amberplex, according to the difference of diaphragm usage, usable titanium
The diaphragm of the diaphragm of the Kynoar preparation of plated film, the diaphragm of ethlyene dichloride preparation or the preparation of more ethlyene dichlorides, and according to making
Cation-exchange membrane or anion-exchange membrane can be used with the different ions exchange membrane of purposes.
Preferably, the multi-panel plural number inside groove electrode is U-shaped, including 3 blocks of medial electrode plates, and 3 pieces of insides are electric
Pole plate at right angles connects.
Preferably, opposite in the notch section of the multi-panel plural number inside groove electrode of U-shaped towards the 13c external groove sidevall
The medial electrode plate is arranged with the external groove sidevall and the process film walls parallel respectively.
Preferably, the spacing of the medial electrode plate and the process film cell wall is between 5mm~35mm, as spacing is more than
35mm, although increasing the volume of electrolytic cell, electrolysis performance also declines therewith, and if spacing is lower than 5mm, the circulation of electrolyte is resisted
Power increases, and influences to be electrolysed performance.
Preferably, the spacing of the multi-panel lateral electrode and the process film cell wall is 1.0mm~3.5mm, especially
It is the most suitable between 2.0mm~2.5mm.
Preferably, range and institute of the spacing of the multi-panel lateral electrode and the process film cell wall for 1.0mm~3.5mm
It states sealing material two to be consistent the most with the thickness of the sealing material three, to give full play to sealing effect.
Preferably, the top outer rim of the multi-panel inside groove is provided with sealing material two, and sealing material three is arranged in bottom end outer rim,
And the sealing material two and the sealing material three are made using corrosion-resistant flexible silicone rubber material, to pass through institute
It states sealing material two and the sealing material three assembly and the multi-panel outer groove are mutually touched and supported, not only makes institute
It is more firm to state assembly, and the partition panel is further assisted to separate between the lateral electrode plate and the multi-panel inside groove
The complete flow path formed realizes the effect for forming the U-shaped flow path G.
Preferably, the sealing ring that the sealing material two is integrated.
Preferably, the top of the external groove sidevall is provided with wheel rim, multi-panel described in the cover board and the wheel rim lap seal
Outer groove, and be uniformly arranged on the wheel rim it is multiple be connected and fixed slot one, and to be uniformly arranged multiple connections solid for the outer rim of the cover board
Determine slot two, it is described be connected and fixed slot one with described to be connected and fixed the matching of slot two corresponding.
Preferably, it is provided on the cover board and the matched electrode hole in lateral electrode connecting pin.
Preferably, the bottom periphery of the cover board is sealed processing using sealing material one, and the sealing material one makes
With silicone rubber material, shape is identical as the wheel rim that multi-panel outer groove top is arranged, for the cover board and described more
The sealing of face outer groove, prevents liquid leakage.
Preferably, the bottom periphery of the cover board forms convex by support portion, in the convex shaped part and multi-panel of the support portion
The shape of slot matches, and makes top and the closely sealed connection of the cover board of the multi-panel inside groove.
Preferably, it is provided with handle on the cover board, convenient for carrying out assembly and disassembly to the assembly.
Preferably, the operation for making the multi-panel outer groove and the assembly be closed and be fixed by pulling button manually,
And the button of pulling manually only needs manual operations, is not necessarily to any tool, save the cost.
Preferably, the button of pulling manually is made of convex wheel, bar, bolt, hex nut and gasket, and the circle of the upper end of bar
Hole and the convex wheel are mutually chimeric, and the convex wheel is embedded in the circular hole on the bar top, keep the bar upper and lower
Mobile, the bolt is connect with the convex wheel with screw socket, nut type, and the hex nut is in the lower end of bolt with screw socket, spiral shell
Matrix connection, bolt insertion be connected and fixed slot one and it is described be connected and fixed in the hole after slot two assembles, the bolt can
It moves up and down.
The upper end of the bar and the center complex portion of the convex wheel are to be designed using eccentric wheel, above and below the bar
It is mobile, decompression and pressurization are generated, to increase the closing of the multi-panel outer groove and the assembly when the bar gives power downwards
Pressure.
It can be seen via above technical scheme that compared with prior art, the present disclosure provides a kind of multi-functional flowing water
Following technical effect may be implemented in formula electrolysis installation:
1. preventing the generation of excess current and voltage for electrostrictive coefficient by power supply control apparatus adjusting power supply device, making
It keeps voltage and current to stablize with lower electric current and voltage, while persistently, thus control device control power supply control dress
Stable lower voltage will be generated and stable reduced-current supplies the internal and external electrode of multi-functional continuous-flow type electrolytic cell by setting after adjusting,
It solves traditional electrolyte equipment to be electrolysed using high voltage, high current and cause energy consumption higher and damage lateral electrode plate and place
The problem of managing film, extends the service life of lateral electrode plate and process film；
2. power supply control apparatus coordination electrode switch switches the polarity of the internal and external electrode of multi-functional continuous-flow type electrolytic cell, from
And the molecule being firmly combined can be decomposed, the effect that will be ionized by electrolysed substance is realized, to not only increase electrolysis
Efficiency, and a variety of liquid to be treated can be handled, expand application range of the invention；
3. multi-panel lateral electrode, multi-panel inside groove and multi-panel plural number inside groove electrode are successively detachably connected in multi-panel outer groove, from
And according to unused application demand, convenient for the type and polarity of unrestricted choice multi-panel lateral electrode and multi-panel plural number inside groove electrode,
It is conveniently replaceable multi-panel inside groove simultaneously, consequently facilitating the present invention carries out electrolysis processing to a variety of liquid to be treated, improves of the invention answer
Use range.
4. forming U-shaped flow path G between lateral electrode plate and process film cell wall, and one end of U-shaped flow path G and liquid to be treated the
The connection of one communication port, the other end are connect with the second communication port of liquid to be treated, so that liquid to be treated be made to circulate from liquid to be treated first
Mouth or the second communication port of liquid to be treated enter U-shaped flow path G, and are circulated by the first communication port of liquid to be treated or liquid to be treated second
Mouthful flowed out from U-shaped flow path G, so that liquid to be treated be made to carry out one-way flow in U-shaped flow path G, not only make the present invention have compared with
Electrolysis area is improved under the premise of small size, increase liquid to be treated respectively with the contact of lateral electrode plate and process film cell wall
Area, and the present invention not will form liquid interflow or the phenomenon that liquid holdup in flow path.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
The embodiment of invention for those of ordinary skill in the art without creative efforts, can also basis
The attached drawing of offer obtains other attached drawings.
Fig. 1 attached drawing is a kind of structure principle chart of multi-functional continuous-flow type electrolysis installation of the present invention；
Fig. 2 attached drawing is the overall structure of multi-functional continuous-flow type electrolytic cell in a kind of multi-functional continuous-flow type electrolysis installation of the present invention
Figure；
Fig. 3 attached drawing is multi-functional continuous-flow type electrolytic cell in Fig. 2 attached drawing along the cross-section diagram of F1-F2 line；
Fig. 4 attached drawing is the exploded view of multi-functional continuous-flow type electrolytic cell in Fig. 2 attached drawing；
Fig. 5 attached drawing is the partial cut-away figure of multi-functional continuous-flow type electrolytic cell in Fig. 2 attached drawing；
Fig. 6 attached drawing is the structure chart of assembly in multi-functional continuous-flow type electrolytic cell in Fig. 2 attached drawing.
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.
The present invention provides a kind of multi-functional continuous-flow type electrolysis installations, realize simultaneously in the area with larger electrolysis small
Typeization construction, and using low-voltage, the low energy consumption iterative cycles electrolysis mode of low current, it ensure that lateral electrode plate and processing
The service life of film, while process film of the present invention replacement is simple, can be used for highly enriched highly acid functional water or highly enriched strong basicity
The production of functional water, the harmless treatment of liquid, desalting processing etc. application it is upper, it can be achieved that a tractor serves several purposes effect.
The embodiment of the invention discloses a kind of multi-functional continuous-flow type electrolysis installations, comprising: multi-functional continuous-flow type electrolytic cell 2,
Liquid to be treated feed flow storage bin 52, electrolyte solution storage bin 62, first gas discharge and recyclable device, second gas are discharged and are returned
Receiving apparatus, control device 86, and connect with control device 86 liquid to be treated liquid feed device, electrolyte solution liquid feed device,
Liquid to be treated reflux unit, electrolyte solution reflux unit, sensor leveling device, power supply device 82, power supply control apparatus
81 and electrode switch 84, and power supply control apparatus 81 is connect with power supply device 82, while being connected by electrode switch 84 more
Function continuous-flow type electrolytic cell 2, multi-functional continuous-flow type electrolytic cell 2 pass through liquid to be treated liquid feed device, liquid to be treated reflux dress respectively
It sets and connects liquid to be treated feed flow storage bin 52 with recyclable device with first gas discharge, and set on liquid to be treated feed flow storage bin 52
Sensor leveling device is set, multi-functional continuous-flow type electrolytic cell 2 is flowed back by electrolyte solution liquid feed device, electrolyte solution respectively
Device connects electrolyte solution storage bin 62 with recyclable device with second gas discharge；
Further include: liquid to be treated feed flow discharger 71 and liquid to be treated feed flow device for supplying 77, and liquid to be treated feed flow
Discharger 71 and liquid to be treated feed flow device for supplying 77 are connect with liquid to be treated feed flow storage bin 52, and are filled with control
Set 82 connections；
Multi-functional continuous-flow type electrolytic cell 2 includes multi-panel outer groove 11, multi-panel lateral electrode 16 and assembly 21, and assembly 21 wraps
Multi-panel inside groove 22, multi-panel plural number inside groove electrode 25 and cover board 28 are included, electricity on the outside of multi-panel is successively detachably connected in multi-panel outer groove 11
Pole 16, multi-panel inside groove 22 and multi-panel plural number inside groove electrode 25；
Multi-panel outer groove 11 includes outer slot bottom 12 and multiple external groove sidevalls 13, and multi-panel inside groove 22 includes internal groove bottom, a water-resisting property
Board slot wall 22a and multiple process film cell walls 23, and level control pipe 33 is provided in multi-panel inside groove 22, level control pipe 33 passes through
Logical internal groove bottom, the fixed multiple partition racks 38 of the outside spacers of water-resisting property board slot wall 22a, and formed between every two partition rack 38 every
Disconnected fixing groove 38a separates and is removably connected with partition panel 40 in fixing groove 38a, water-resisting property board slot wall 22a by partition panel 40 with
External groove sidevall 13 is correspondingly connected with sealed connection, and is provided on the outside of the external groove sidevall 13 of sealed connection corresponding with water-resisting property board slot wall 22a
Positioned at the first communication port of liquid to be treated 48 and the second communication port of liquid to be treated 49 of different height, the first communication port of liquid to be treated 48
Liquid to be treated feed flow storage bin 52 is connected by liquid to be treated liquid feed device, the second communication port of liquid to be treated 49 passes through liquid to be treated
Reflux unit connects liquid to be treated feed flow storage bin 52, and multi-panel lateral electrode 16 is open, including multiple lateral electrode plates,
And the opening of multi-panel lateral electrode 16 is corresponding with water-resisting property board slot wall 22a, the matching of remaining lateral electrode plate is arranged in process film
U-shaped flow path G, and U-shaped flow path G are formed between cell wall 23 and external groove sidevall 13, and between lateral electrode plate and process film cell wall 23
One end connect with the first communication port of liquid to be treated 48, the other end is connect with the second communication port of liquid to be treated 49；
Lateral electrode connecting pin 16a is provided on each lateral electrode plate, and lateral electrode connecting pin 16a runs through outer groove
Multiple plural inside groove electrode connecting end 25a, plural inside groove electrode connecting end 25a are arranged on multi-panel plural number inside groove electrode 25 for wall 13
Through cover board 28, and lateral electrode connecting pin 16a and plural number inside groove electrode connecting end 25a are connect with electrode switch 84；
Cover board 28 is detachably connected with multi-panel outer groove 11 and the sealing of multi-panel inside groove 22 respectively, and cover board 28 is provided centrally with electricity
Solution matter liquid stream enters nozzle 32, and electrolyte solution flows into nozzle bottom end 32 and stretches in level control pipe 33, and top passes through electrolyte solution
Liquid feed device connects electrolyte solution storage bin 62, and electrolyte solution is connected by electrolyte solution reflux unit in 33 bottom end of level control pipe
Storage bin 62.
In order to further optimize the above technical scheme, liquid to be treated liquid feed device includes the first pump 54 and the first liquid pushing tube
53, one end of the first liquid pushing tube 53 is switched to the first communication port of liquid to be treated 48, and the other end is switched to by the first pump 54 to be located
It manages in liquid feed flow storage bin 52, and the first pump 54 is connect with control device 86.
In order to further optimize the above technical scheme, the setting of liquid to be treated feed flow storage bin 52 is electrolysed in multi-functional continuous-flow type
2 bottom of slot.
In order to further optimize the above technical scheme, liquid to be treated reflux unit includes the first return pipe 55 and first switch
56, the setting of first switch 56 is connect on the first return pipe 55, and with control device 86, and one end of the first return pipe 55 is connected
Into liquid to be treated feed flow storage bin 52, the other end is switched to the second communication port of liquid to be treated 49.
In order to further optimize the above technical scheme, first gas discharge and recyclable device include 57 He of the first conduit of gas
Downtake pipe 58,57 one end of the first conduit of gas perforation cover board 28 are simultaneously switched in U-shaped flow path G, and the other end, which is switched to, to be located
It manages in liquid feed flow storage bin 52, and 58 one end of downtake pipe is switched to liquid to be treated feed flow storage bin 52, other end connection has
First gas processing unit.
In order to further optimize the above technical scheme, 57 one end of the first conduit of gas penetrates through cover board 28 and is switched to U-shaped stream
In the G of road, the other end is switched to first gas processing unit.
In order to further optimize the above technical scheme, electrolyte solution liquid feed device includes the second liquid pushing tube 63 and the second pump
64, one end of the second liquid pushing tube 63 is switched to electrolyte solution and flows into nozzle 32, and the other end is switched to electrolyte by the second pump 64
In liquid storage bin 62, and the second pump 64 is connect with control device 86.
In order to further optimize the above technical scheme, electrolyte solution storage bin 62 is located at multi-functional 2 bottom of continuous-flow type electrolytic cell
Portion.
In order to further optimize the above technical scheme, electrolyte solution reflux unit includes the second return pipe 65 and second switch
66, and the setting of second switch 66 is connect on the second return pipe 65, and with control device 86, and a termination of the second return pipe 65
It passes in electrolyte solution storage bin 62, the other end is switched to the bottom end of level control pipe 33.
In order to further optimize the above technical scheme, second gas discharge and recyclable device include 67 He of the second conduit of gas
Second exhaust pipe 68, and 67 one end of the second conduit of gas penetrates through cover board 28 and stretches in multi-panel inside groove 22, the other end is switched to
In electrolyte solution storage bin 62, and 68 one end of second exhaust pipe is switched in electrolyte solution storage bin 62, and other end connection has the
Two gas treatment equipments.
In order to further optimize the above technical scheme, 67 one end of the second conduit of gas penetrates through cover board 28 and stretches in multi-panel
In slot 22, the other end is switched to second gas processing unit.
In order to further optimize the above technical scheme, sensor leveling device includes that first sensor 74 and second pass
Sensor 75, first sensor 74 and second sensor 75 are arranged at the side wall of liquid to be treated feed flow storage bin 52, and with control
Device 86 processed connects, and second sensor 75 is located at the bottom of first sensor 74.
In order to further optimize the above technical scheme, liquid to be treated feed flow discharger 71 includes that discharge pipe 72 and third pump
73, discharge pipe 72 is switched in liquid to be treated feed flow storage bin 52 by third pump 73, and third pump 73 connects with control device 86
It connects.
In order to further optimize the above technical scheme, liquid to be treated feed flow device for supplying 77 includes supply pipe 78 and supply valve
79, and the setting of valve 79 is fed on supply pipe 78, and is connect with control device 86, supply pipe 78 is switched to the storage of liquid to be treated feed flow
It deposits in case 52.
In order to further optimize the above technical scheme, power supply control apparatus 81 is equipped with electric current, voltage automatic control device, such as
Electric current is more than set definite value, and electric current declines automatically, and each electrode is made to keep stable current value, and equally, voltage is more than set definite value,
Voltage declines automatically, and each electrode is made to keep stable voltage value, and the electric current and voltage of power supply control apparatus 81 are more than set simultaneously
When definite value, power supply device 82 is automatically closed.
In order to further optimize the above technical scheme, it is direct current that power supply device 82, which exports electric current, and power supply device 82 configures
There is alternating current to convert DC plant, can be used cooperatively with direct-current generating device (such as device of solar generating).
In order to further optimize the above technical scheme, the maximum output voltage of power supply device 82 is about 15 volts.
In order to further optimize the above technical scheme, electrode switch 84 is set as manual mode or automatic mode, electrode
Switch 84 can persistently maintain the electrode of multi-panel lateral electrode 16 and multi-panel plural number inside groove electrode 25 under working condition of the present invention
Polarity, can also under working condition of the present invention moment or exchange-column shift multi-panel lateral electrode 16 and multi-panel plural number inside groove electrode 25
Polarity of electrode.
In order to further optimize the above technical scheme, multi-panel lateral electrode 16 by insulated electric conductor mutually contact after again with confession
Controller for electric consumption 81 connects.
In order to further optimize the above technical scheme, after multi-panel plural number inside groove electrode 25 is mutually contacted by insulated electric conductor again
It is connect with power-supply controller device 81.
In order to further optimize the above technical scheme, multi-panel outer groove 11 is using the integration of erosion resisting insulation synthetic resin material
It is made.
In order to further optimize the above technical scheme, the top of external groove sidevall 13 is provided with wheel rim 14, and on wheel rim 14 uniformly
Be arranged it is multiple be connected and fixed slot 14a, and the outer rim of cover board 28 is uniformly arranged and multiple is connected and fixed slot 28a, fixing groove 14a and fixation
Slot 28a matching corresponds to.
In order to further optimize the above technical scheme, multiple external groove sidevalls 13 form hollow polygonal structure, and external groove sidevall 13
Quantity be 10, is indicated respectively with 13a~13j, wherein the front of 13a~13e formation multi-panel outer groove 11, and 13a and 13b
It is connected with each other, section is in the shape of the letter V outside convex type, and same 13d and 13e are connected with each other, and section is in the shape of the letter V outside convex type, just
The V font male part and peripheral wall 13c of face two sides are connected with each other, and 13h forms the back side of multi-panel outer groove 11, parallel with 13c, and
13e, 13f, 13g, 13h, 13i, 13j, 13a are connected with each other at an angle, to be increased by V-shaped male part by multiple outer
The space for the hollow polygonal structure that cell wall 13 is formed,
In order to further optimize the above technical scheme, section formation is not limited to V-type, can also be U-shaped, circular arc type, trapezoidal etc.
Shape.
In order to further optimize the above technical scheme, the water-resisting property board slot of 13d, 13e in external groove sidevall 13 and opposite partition
The head end G1 of U-shaped flow path G is formed between wall 22a, the water-resisting property board slot wall 22a of 13a, 13b and opposite partition in external groove sidevall 13
Between form the end G2 of U type flow path G, and head end G1 and end G2 are triangle space.
In order to further optimize the above technical scheme, head end G1 is connect with the first communication port of liquid to be treated 48, end G2 with
The second communication port of liquid to be treated 49 connects.
In order to further optimize the above technical scheme, multi-panel lateral electrode 16 and multi-panel plural number inside groove electrode 25 are by titanium
Golden plate is formed through platinum plated film.
In order to further optimize the above technical scheme, multi-panel lateral electrode 16 is fixed on the inside of external groove sidevall 13, i.e. multi-panel
Lateral electrode 16 is bonded on 13f~13j.
In order to further optimize the above technical scheme, lateral electrode connecting pin 16a passes through 13f~13j in external groove sidevall 13
Lead to the outside of multi-panel outer groove 11.
In order to further optimize the above technical scheme, process film cell wall 23 is diaphragm or amberplex, is made according to diaphragm
With the difference of purposes, the diaphragm of the Kynoar preparation of titanium plated film, the diaphragm of ethlyene dichloride preparation or more chlorinations can be used
The diaphragm of ethylene preparation, and cation-exchange membrane or anion exchange can be used according to the different ions exchange membrane of usage
Film.
In order to further optimize the above technical scheme, multi-panel plural number inside groove electrode 25 is U-shaped, including 3 pieces of medial electrodes
Plate, and 3 blocks of medial electrode plates at right angles connect.
In order to further optimize the above technical scheme, in the notch section of the multi-panel plural number inside groove electrode 25 of U-shaped towards
13c external groove sidevall 13, opposite medial electrode plate are arranged in parallel with external groove sidevall 13 and process film cell wall 23 respectively.
In order to further optimize the above technical scheme, the spacing of medial electrode plate and process film cell wall 23 is 5mm~35mm
Between, if spacing is more than 35mm, although increasing the volume of electrolytic cell, electrolysis performance also declines therewith, if spacing is lower than 5mm,
The circulation resistance of electrolyte increases, and influences to be electrolysed performance.
In order to further optimize the above technical scheme, the spacing of multi-panel lateral electrode 16 and process film cell wall 23 is 1.0mm
It is the most suitable between~3.5mm, especially 2.0mm~2.5mm.
In order to further optimize the above technical scheme, the spacing of multi-panel lateral electrode 16 and process film cell wall 23 is 1.0mm
The range of~3.5mm is consistent the most with the thickness of sealing material 2 36 and sealing material 3 37, to give full play to sealing effect.
In order to further optimize the above technical scheme, the top outer rim of multi-panel inside groove 22 is provided with sealing material 2 36, bottom
Hold outer rim that sealing material 3 37 is set, and sealing material 2 36 and sealing material 3 37 use corrosion-resistant flexible silicone rubber
Material is made, to by assembly 21 and the mutually contiguity of multi-panel outer groove 11 and be propped up by sealing material 2 36 and sealing material 3 37
It holds, it is more firm not only to make assembly 21, but also further between auxiliary partition panel partition lateral electrode plate and multi-panel inside groove 22
The complete flow path formed realizes the effect for forming U-shaped flow path G.
In order to further optimize the above technical scheme, the sealing ring that sealing material 2 36 is integrated.
In order to further optimize the above technical scheme, the top of external groove sidevall 13 is provided with wheel rim 14, cover board and 14 weight of wheel rim
Folded sealing multi-panel outer groove 11, and be uniformly arranged on wheel rim 14 it is multiple be connected and fixed one 28a of slot, and the outer rim of cover board 28 is uniformly arranged
It is multiple to be connected and fixed two 14a of slot, it is corresponding with slot two 14a matching is connected and fixed to be connected and fixed one 28a of slot.
In order to further optimize the above technical scheme, it is provided on cover board 28 and the matched electricity of lateral electrode connecting pin 16a
Pole hole 30.
In order to further optimize the above technical scheme, the bottom periphery of cover board 28 is sealed place using sealing material 1
Reason, sealing material 1 use silicone rubber material, and shape is identical as the wheel rim 14 that 11 top of multi-panel outer groove is arranged, and are used for cover board
28 with the sealing of multi-panel outer groove 11, prevent liquid leakage.
In order to further optimize the above technical scheme, the bottom periphery of cover board 28 forms convex, support portion by support portion 29
The shape of 29 convex shaped part and multi-panel inside groove 22 matches, and makes top and the closely sealed connection of cover board 28 of multi-panel inside groove 22.
In order to further optimize the above technical scheme, it is provided with handle 35 on cover board 28, convenient for carrying out group to assembly 21
Assembly and disassembly.
In order to further optimize the above technical scheme, seal multi-panel outer groove 11 and assembly 21 by pulling button 41 manually
The operation closed and fixed, and manual 41, button of pulling needs manual operations, is not necessarily to any tool, save the cost.
In order to further optimize the above technical scheme, button 41 is pulled manually by convex wheel 42, bar 43, bolt 44, hex nut
45 and gasket 46 form, and the circular hole 43a of the upper end of bar 43 and convex wheel 42 are mutual chimeric, and convex wheel 42 is embedded in 43 top of bar
Circular hole 43a in, move up and down bar 43 can, bolt 44 is connect with convex wheel 42 with screw socket, nut type, and hex nut 45 exists
The lower end of bolt 44 is connected with screw socket, nut type, and the insertion of bolt 44 is connected and fixed one 28a of slot and is connected and fixed two 14a of slot assembling
In hole afterwards, bolt 44 can be moved up and down.
The center complex portion of the upper end of bar 43 and convex wheel 42 is to be designed using eccentric wheel, by moving up and down for bar 43,
Decompression and pressurization are generated, to increase the confining pressure of multi-panel outer groove 11 and assembly 21 when bar 43 gives power downwards.
Embodiment:
Working principle of the present invention is as follows:
Start control device 86 first, control device 86 starts the second pump 64 of electrolyte solution liquid feed device, by electrolyte
The second liquid B containing electrolyte is transported within the multi-panel inside groove 22 of multi-functional continuous-flow type electrolytic cell 2 in liquid storage bin 62, more
When the second liquid B ultrasound containing electrolyte that face inside groove 22 injects crosses the upper end of level control pipe 33, level control pipe 33 manages interior incite somebody to action
The second liquid B containing electrolyte more than liquid level is flowed back in 62 in electrolyte solution storage bin by the second return pipe 65.
The regulation liquid level that the second liquid B containing electrolyte is set with level control pipe 33 contains until closing the second pump 64
There is the second liquid B of electrolyte persistently to be recycled.
When the second liquid B containing electrolyte is flowed back by the second return pipe 65, second switch 66 obtains information, second switch
Obtained information is passed to control device 86 by 66, and control device 86 starts the first pump 54 of liquid to be treated liquid feed device, will be by
First liquid A (liquid to be treated) for the treatment of fluid feed flow storage bin 52 is transported to the liquid to be treated first of multi-functional continuous-flow type electrolytic cell 2
Communication port 48, the first liquid A (liquid to be treated) enter U-shaped flow path G, and the first liquid A (liquid to be treated) flows to G2 from G1, then from by from
It manages the second communication port of liquid 49 to flow out, the first liquid A (liquid to be treated) returns to liquid to be treated feed flow storage bin by the first return pipe 55
52。
Until the first pump 54 stops, the first liquid A (liquid to be treated) is recycled by aforementioned flow path, multi-functional continuous-flow type electricity
Solve first liquid A (liquid to be treated) u-shaped flowing in slot 2.
When first liquid A (liquid to be treated) flows in the first return pipe 55, first switch 56 obtains information, first switch 56
Obtained information is passed into control device 86, control device 86 starts the power supply control apparatus 81 of liquid to be treated liquid feed device,
Power supply control apparatus 81 is powered with opposed polarity to multi-panel lateral electrode 16 and multi-panel plural number inside groove electrode 25 respectively.
According to the type of the first liquid A (liquid to be treated) processed, different interior of different process film cell walls 23, selection is selected
The polarity of external electrode, selection second liquid B of the difference containing electrolyte, by multi-panel lateral electrode 16 and multi-panel plural number inside groove electrode 25
Between process film cell wall 23 be electrolysed, be electrolysed dialysis or both and meanwhile carry out.First liquid A (liquid to be treated) purpose processed
It can be sewage purification, functional water generation, desalting processing etc..
Control device 86 is equipped with timing means, and when power supply control apparatus 81 starts, timing means also starts simultaneously, timing
Device starts timing after control device 86 instructs 73 starting of third pump.
Timing means is such as more than timing, and timing means can be automatically closed, after timing means is automatically closed, control device
86 by 73 starting of third pump of liquid to be treated discharger 71, by the liquid of liquid to be treated feed flow storage bin 52 after 73 starting of third pump
Body is discharged by discharge pipe 72.
After the liquid of liquid to be treated feed flow storage bin 52 is discharged by discharge pipe 72, in liquid to be treated feed flow storage bin 52
The liquid level of first liquid A (liquid to be treated) declines, and when liquid level reaches second sensor 75, information passes to control device 86, control
Device 86 instructs third pump 73 to close.
After the work of third pump 73 stops, control device 86 instructs the supply valve 79 of liquid to be treated device for supplying 77 to start,
By supply pipe 78 by new the first liquid of object liquid A (liquid to be treated) processed add to liquid to be treated feed flow storage bin 52 it
It is interior.When the liquid level of the first liquid of object liquid A (liquid to be treated) processed rises to first sensor 74, the instruction supply of control device 86
Valve 79 is closed.
When the timer of control device 86 reaches the stipulated time, the time switch of control device 86 is closed, and point solution equipment 1 is stopped
Only work, that is to say, that control device 86 close power supply unit 81 while, close first pump 54, second pump 64, third pump 73,
Feed valve 79.
Power supply close after, the first liquid A (liquid to be treated) in the U-shaped flow path G of multi-functional continuous-flow type electrolytic cell 2, pass through by
Low the first communication port of liquid to be treated 48 in 49 positions of the second communication port for the treatment of fluid is (processed by the first liquid A by the first liquid pushing tube 53
Liquid) return to liquid to be treated feed flow storage bin 52.Multi-panel inside groove 22 includes the second liquid B of electrolyte solution, passes through the with siphon principle
Two liquid pushing tubes 63 return to electrolyte solution storage bin 62.
The first liquid A (liquid to be treated) and the second liquid B containing electrolyte solution are all returned after power supply is closed, after operation
Almost without residual liquid in multi-functional continuous-flow type electrolytic cell 2, multi-panel lateral electrode 16, multi-panel plural number inside groove electrode 25 and place are improved
Manage the service life of film cell wall 23.
The electrolyte solution of second liquid pushing tube 63 flows into nozzle 32, may also be arranged on inside multi-panel inside groove 22, process film cell wall
23 lower end makes the residual liquid in multi-panel inside groove 22 not touch process film cell wall 23, plays protection process film cell wall 23
Purpose.
First liquid A (liquid to be treated) U-shaped folk prescription flowing in multi-functional continuous-flow type electrolytic cell 2, that is to say, that from by from
Reason the first communication port of liquid 48 flows to the second communication port of liquid to be treated 49, due to the arc-shaped flowing of liquid stream, is difficult to generate liquid sinuous flow
With interflow phenomenon.
Since the first liquid A (liquid to be treated) will not generate sinuous flow and interflow phenomenon, the first liquid A is increased as far as possible and (is located
Manage liquid) electrolytic contacts area, increase electrolytic efficiency.Using multi-functional continuous-flow type electrolytic cell produced by the present invention, although small
Type, but electrolytic contacts area is larger, therefore, can reduce the weight and volume of electrolysis installation.Due to interior multi-panel lateral electrode 16
Miniaturization, substantially reduce the increased cost because of platinum plated film.
The head end G1 and tail end G2 of U-shaped flow path, since its space section area is greater than multi-panel lateral electrode 16 and process film
Space section area between cell wall 23, the head end G1 of U-shaped flow path are entering flow path after stablizing the first liquid A (liquid to be treated),
And processed liquid stabilising is discharged the tail end G2 of U-shaped flow path, therefore it is existing to generate liquid sinuous flow and interflow in flow path
As.
Second return pipe 65 of electrolyte solution liquid feed device is connected to the level control pipe 33 being arranged in multi-panel inside groove 22,
So that the second liquid B in multi-panel inside groove 22 is passed through the adjusting of the second liquid B level control pipe 33, the second liquid B is made to remain regulation
Liquid level, simplify liquid level adjust, also simplify the composition of multi-functional continuous-flow type electrolytic cell 2.
First liquid pushing tube 53 can be with either party of the first communication port of liquid to be treated 48 or the second communication port of liquid to be treated 49
Connection, equally, the first return pipe 55 can be with any the one of the second communication port of liquid to be treated 49 or the first communication port of liquid to be treated 48
Side's connection, such composition can be such that the flow direction of aforementioned first liquid A (liquid to be treated) flows in opposite direction.
The change of path direction, liquid stream or arc-shaped flowing will not generate sinuous flow and interflow phenomenon.
The U-shaped flow path G (stream formed between multi-panel lateral electrode 16 and process film cell wall 23 of multi-functional continuous-flow type electrolytic cell 2
Road) it is in polygonal flow path, polygonal flow passage structure increases the resistance to the first liquid A (liquid to be treated), increases the first liquid A
The time of contact of (liquid to be treated) and multi-panel lateral electrode 16 and process film cell wall 23, to increase multi-functional continuous-flow type electrolysis
The treatment effeciency of slot 2.
The first communication port of liquid to be treated 48 and the second communication port of liquid to be treated 49 are arranged at various height, such as the first liquid A
When (liquid to be treated) is flowed from the first communication port of liquid to be treated 48 to the second communication port of liquid to be treated 49, flowing liquid level is gradually risen
While high, liquid is flowed in U font, this to construct in addition to the generation for inhibiting the first liquid A (liquid to be treated) to be detained domain,
The time of contact of the first liquid A (liquid to be treated) and multi-panel lateral electrode 16 and process film cell wall 23 is increased,
The power supply control apparatus 81 for being connected to multi-panel lateral electrode 16 and multi-panel plural number inside groove electrode 25 was provided with
Electric current, over-voltage protection device, when the second liquid B containing electrolyte solution electrolyte concentration decline when, containing electrolyte solution second
The electric current flowing of liquid B is difficult, and power supply control apparatus 81 increases voltage to electrode automatically at this time, and process film cell wall 23 is ion exchange
When film, to guarantee electric current flowing when ion exchange, when corresponding voltage declines, electric current can rise to corresponding electric current most
Big value.It therefore, is the generation for preventing overvoltage and overcurrent, power supply control apparatus 81 can be automatically controled 16 He of multi-panel lateral electrode
The power supply value of multi-panel plural number inside groove electrode 25.
Due to occurring between multi-panel lateral electrode 16 and multi-panel plural number inside groove electrode 25 without excess current, it is therefore prevented that cross residual electricity
The damage to multi-functional continuous-flow type electrolytic cell is flowed, the generation of multi-functional continuous-flow type electrolyte bath heat is reduced and has saved electricity
Can, and the setting of automatic power control, the power supply value of electrode can be made to reach most perfect condition, substantially prolong equipment uses the longevity
Life.
Switch 84 of the invention, can free switching multi-panel lateral electrode 16 and multi-panel plural number inside groove electrode 25 polarity,
Different electrode switching methods, increases application range of the invention.
In the operating condition, switch 84 can manually or automatically switch electrode to the present invention.The present invention in the operating condition, adopts
Restore the polar work of primary electrode once again after switching the polarity of multi-panel lateral electrode 16 and multi-panel plural number inside groove electrode 25 with moment
Mode can decompose the molecule in the first liquid A (liquid to be treated), combine in the first liquid A (liquid to be treated) there are various forms
Molecule, such as ions binding molecule, shared binding molecule, metal bonding molecule diversified forms, very due to these combinations
Securely, the electrolysis of internal and external electrode is difficult its electrolytic separation restoring former once again after switching internal and external electrode polarity using above-mentioned moment
The working method of polarity of electrode, make above-mentioned binding molecule is decomposed into possibility, makes to be ionized by electrolysed substance.
The electrolysis mode that first liquid A (liquid to be treated) is switched using above-mentioned electrode, after being ionized by electrolysed substance, ionization
Substance passes through electrolysis or electrolysis dialysis, multi-functional continuous-flow type mobile to multi-panel lateral electrode 16 or multi-panel plural number inside groove electrode 25
The above-mentioned working method of electrolytic cell more improves the process performance of multi-functional continuous-flow type electrolytic cell 2.Test example is seen below.
First liquid A (liquid to be treated) enters multi-functional continuous-flow type electricity by the first pump 54 from liquid to be treated feed flow storage bin 52
After the U-shaped flow path G for solving slot 2, liquid to be treated feed flow storage bin 52 is returned again to, is electrolysed and be electrolysed repeatedly after dialysing, processed the
The concentration of one liquid A (liquid to be treated) improves.
Second liquid B enters in the multi-panel of multi-functional continuous-flow type electrolytic cell 2 from electrolyte solution storage bin 62 by the second pump 64
After slot 22, electrolyte solution storage bin 62 is returned again to, after being electrolysed and being electrolysed repeatedly dialysis, due to multi-panel plural number inside groove electrode 25
Attract (such as metal ion), improves the ion concentration in the second liquid B containing electrolyte.
The present invention is in electrolytic process, and the anode side that power supply device 82 connects can generate oxygen, what power supply device 82 connected
Cathode side can generate hydrogen, and electrolytic efficiency of the invention is higher, can generate a large amount of gas, such as can produce a large amount of hydrogen.
If the balance of input and the reflux of the second liquid B containing electrolyte in multi-panel inside groove 22 is destroyed, it may make
At the full liquid status of the second liquid B in multi-panel inside groove 22 containing electrolyte, when such case occurs, cross in containing containing electrolyte
Second liquid B can return to electrolyte solution storage bin 62 by the second return pipe 65, not will cause the second liquid B containing electrolyte from more function
The problem of energy continuous-flow type electrolytic cell 2 leaks outside, and second gas conduit 67 is while being discharged gas, it is common with level control pipe 33
Coping with the second liquid B expires the generation of liquid status.
The present invention has very high liquid handling capacity, under different conditions, selects the first liquid (liquid to be treated) and contains
Second liquid of electrolyte, the type of process film cell wall 23, multi-panel lateral electrode 16 and multi-panel plural number inside groove electrode 25 polarity, pole
Property the presence or absence of moment switching, the length etc. of processing time, diversified solution can be handled.
Test result of the invention is shown in Table 1, table 2.
Have the test of polarity switching text in table 1, table 2, refers to that 84 moment of electrode switch switches multi-panel lateral electrode
16 and multi-panel plural number inside groove electrode 25 polar processing result.Have the test of primary, secondary text in table 1, table 2, refers to
Processing result after switching the polarity of multi-panel lateral electrode 16 and multi-panel plural number inside groove electrode 25.With directly out in table 1, table 2
The test of character refers to that the second liquid B containing electrolyte stores up stream, without cyclic process in multi-panel inside groove 22, and the first liquid A (is located
Manage liquid) only one time test result of circulation in U-shaped flow path G.With the test of circulation text in table 1, table 2, refer to the first liquid
A (liquid to be treated) and the second liquid B containing the electrolyte test result under cycling condition at the same time.With seawater text in table 1, table 2
The test of word refers to the test result for not adjusting seawater using concentration.
Be illustrated first with the test 1 of table 1: the first liquid A (liquid to be treated) be soft water, the second liquid B be without adjustment seawater,
The anode (anode) of power supply device 82 is connected to multi-panel lateral electrode 16, and it is multiple that the cathode (cathode) of power supply device 82 is connected to multi-panel
Inside groove electrode 25 is counted, the first liquid A (liquid to be treated) in multi-functional continuous-flow type electrolytic cell 2 and the second liquid B containing electrolyte are in
Recurrent state when supplying necessary electric current and voltage to internal and external electrode, generates following chemical reactions: multi-functional after electrode power supply
Continuous-flow type electrolytic cell 2 starts to carry out electrolytic process, and the flow path G between the multi-panel lateral electrode 16 and process film cell wall 16 of anode is produced
Raw oxygen (O2) and hydrogen ion (H+), at the same time, salt aquatic products between the multi-panel plural number inside groove electrode 25 and process film cell wall 23 of cathode
It gives birth to chloride ion (CI-), chloride ion (CI-) is through being electrolysed Dialysis, after being moved by process film cell wall 23 into flow path G, CI member
Element reacts to each other as chlorine (CI2), and chlorine (CI2) is reacted with the water generation in flow path G generates hypochlorous acid (HCIO) or hydrochloric acid
(HCI), the discharge of multi-functional 2 the second communication port of liquid to be treated 49 of continuous-flow type electrolytic cell be containing hypochlorous, sterilizing ability very
Strong liquid.The liquid of generation is in the lower highly acid of pH value, can produce and be applied to doctor because of the hydrogen ion containing high concentration
It treats, the antibacterial water of food service industry.
The multi-functional continuous-flow type electrolytic cell 2 that electrolysis installation of the present invention is also designed to plural number is connected with each other, liquid to be treated supplies
The building method that liquid device and each multi-functional continuous-flow type electrolytic cell 2 share.It is the multi-functional continuous-flow type electrolytic cell 2 of plural number and used time, multiple
The multi-functional continuous-flow type electrolytic cell 2 of number is set as configuring up and down, and liquid to be treated liquid feed device is with the multi-functional flowing water of conduit input upper end
The U-shaped flow path G of formula electrolytic cell 2, it is more that the second communication port of liquid to be treated 49 of the multi-functional continuous-flow type electrolytic cell 2 in upper end is connected to lower end
The first communication port of liquid to be treated 48 of function continuous-flow type electrolytic cell 2, the first liquid pushing tube 53 are connected to the multi-functional continuous-flow type electricity in upper end
2 the first communication port of liquid to be treated 48 of slot is solved, the first return pipe 55 is connected to the processed of the multi-functional continuous-flow type electrolytic cell 2 in bottom
The second communication port of liquid 49.The multi-functional continuous-flow type electrolytic cell 2 of plural number and used time, each multi-functional 2 flow path of continuous-flow type electrolytic cell is except direct-connected
Other than connection type, parallel way can also be used, when using parallel way, the first liquid pushing tube 53 is according to and with multi-functional continuous-flow type
The quantity of electrolytic cell 2 carries out branch, is connected to the first communication port of liquid to be treated 48 of multi-functional continuous-flow type electrolytic cell 2, the
One return pipe 55 also according to and carry out branch with the quantity of multi-functional continuous-flow type electrolytic cell 2, be connected to multi-functional continuous-flow type
The second communication port of liquid to be treated 49 of electrolytic cell 2.According to the different connection methods of above-mentioned connecting tube, be arranged the second liquid feed device to
The connection method of the liquid supply pipe and return pipe of multi-functional continuous-flow type electrolytic cell 2.
The electrolysis installation 1 that multi-functional continuous-flow type electrolytic cell 2 assembles is to electroplating effluent harmless treatment experimental result:
Each 98mm of inside and outside each electrode plate length and width, circulation the first liquid A (liquid to be treated) copper ion concentration 75ppm,
5 liters of the electroplating effluent of pH9.18, the power supply containing the circulating second liquid B containing electrolyte of 20% potassium chloride (KCI), electrolysis unit
3 switching polarity of electrode, result are as follows in 15 volts of voltage, electrolytic process: the plating of copper ion concentration 75ppm, pH9.18
Waste liquid is after electrolysis dialysis, and when pH value reaches 12.5, the first switchback changes polarity of electrode.It is saturating through being electrolysed after switching polarity of electrode
Analysis, electroplating effluent pH value drop to 9.0, and copper ion concentration at this time drops to 0.1ppm.Electroplating effluent pH value drops to 9.0
When, second of switching polarity of electrode is dialysed, electroplating effluent pH value reaches 12.5, and copper ion concentration at this time drops to through electrolysis
0.00ppm.When electroplating effluent pH value reaches 12.5, third time switches polarity of electrode, and electroplating effluent pH value drops to 9.0, copper from
Sub- concentration is 0.00ppm.
The highly enriched highly acid functional water experimental result that the electrolysis unit 1 that multi-functional continuous-flow type electrolytic cell 2 assembles generates:
Inside and outside each each 98mm of electrode plate length and width, multi-panel lateral electrode are anode, and multi-panel plural number inside groove electrode is cathode, circulation
The first liquid A (liquid to be treated) be 15 liters of 60ppm soft water below, the circulation containing 0.1% refined salt (NaCI) containing electrolyte
Second liquid B, 8 volts of supply voltage, the electric current 28A of electrolysis unit, the complete start cycles of electrolysis unit after five minutes, the first liquid A
The property of (liquid to be treated) is pH1.6, ORP (oxidation-reduction potential) 1170mV, concentration of residual chlorine 50mg/L, undecomposed salt are dense
Spend 0.01% highly enriched highly acid functional water below.
The highly enriched strong basicity functional water experimental result that the electrolysis unit 1 that multi-functional continuous-flow type electrolytic cell 2 assembles generates:
Inside and outside each each 98mm of electrode plate length and width, multi-panel lateral electrode are cathode, and multi-panel plural number inside groove electrode is anode, circulation
The first liquid A (liquid to be treated) be 15 liters of 60ppm soft water below, containing 0.15% potassium carbonate (K2CO3) circulation containing electrolysis
Second liquid B of matter, 8 volts of supply voltage, the electric current 28A of electrolysis unit, the complete start cycles of electrolysis unit after five minutes, first
The property of liquid A (liquid to be treated) is pH13.5, ORP (oxidation-reduction potential) -980mV, concentration of residual chlorine 0mg/L, undecomposed food
The highly enriched strong basicity functional water of salinity 0.00%.
Table 1
Table 2
Each embodiment in this specification is described in a progressive manner, and the highlights of each of the examples are implement with other
The difference of example, the same or similar parts in each embodiment may refer to each other.For device disclosed in embodiment
Speech, since it is corresponded to the methods disclosed in the examples, so being described relatively simple, related place is said referring to method part
It is bright.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention.To this
A variety of modifications of a little embodiments will be readily apparent to those skilled in the art, and as defined herein one
As principle can realize in other embodiments without departing from the spirit or scope of the present invention.Therefore, of the invention
It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase
Consistent widest scope.
Claims (10)
1. a kind of multi-functional continuous-flow type electrolysis installation characterized by comprising multi-functional continuous-flow type electrolytic cell (2), liquid to be treated
Feed flow storage bin (52), electrolyte solution storage bin (62), first gas discharge and recyclable device, second gas discharge and recycling dress
It sets, control device (86), and the liquid to be treated liquid feed device, the electrolyte solution feed flow dress that are connect with the control device (86)
It sets, liquid to be treated reflux unit, electrolyte solution reflux unit, sensor leveling device, power supply device (82), power supply control
Device (81) and electrode switch (84), and the power supply control apparatus (81) is connect with the power supply device (82), is led to simultaneously
It crosses the electrode switch (84) and connects the multi-functional continuous-flow type electrolytic cell (2), the multi-functional continuous-flow type electrolytic cell (2) point
Do not connected by the discharge of the liquid to be treated liquid feed device, the liquid to be treated reflux unit and the first gas and recyclable device
The liquid to be treated feed flow storage bin (52) is connect, and the sensor liquid level is set on the liquid to be treated feed flow storage bin (52)
Control device, the multi-functional continuous-flow type electrolytic cell (2) are returned by the electrolyte solution liquid feed device, the electrolyte solution respectively
Stream device connects the electrolyte solution storage bin (62) with recyclable device with second gas discharge；
Further include: liquid to be treated feed flow discharger (71) and liquid to be treated feed flow device for supplying (77), and the liquid to be treated
Feed flow discharger (71) and the liquid to be treated feed flow device for supplying (77) with the liquid to be treated feed flow storage bin (52)
Connection, and connect with the control device (82)；
The multi-functional continuous-flow type electrolytic cell (2) includes multi-panel outer groove (11), multi-panel lateral electrode (16) and assembly (21), institute
Stating assembly (21) includes multi-panel inside groove (22), multi-panel plural number inside groove electrode (25) and cover board (28), the multi-panel outer groove (11)
In be successively detachably connected the multi-panel lateral electrode (16), the multi-panel inside groove (22) and the multi-panel plural number inside groove electrode
(25)；
The multi-panel outer groove (11) includes outer slot bottom (12) and multiple external groove sidevalls (13), and the multi-panel inside groove (22) includes inside groove
Bottom, a water-resisting property board slot wall (22a) and multiple process film cell walls (23), and liquid level control is provided in the multi-panel inside groove (22)
Tubulation (33), the level control pipe (33) penetrate through the internal groove bottom, and the outside spacers of the water-resisting property board slot wall (22a) are fixed
Multiple partition racks (38), and partition fixing groove (38a), the partition fixing groove are formed between partition rack described in every two (38)
It is removably connected in (38a) partition panel (40), the water-resisting property board slot wall (22a) passes through the partition panel (40) and described outer
Cell wall (13) is correspondingly connected with sealed connection, and the external groove sidevall of sealed connection corresponding with water-resisting property board slot wall (22a)
(13) outside is provided with the first communication port of liquid to be treated (48) and the second communication port of liquid to be treated (49) positioned at different height, institute
It states the first communication port of liquid to be treated (48) and the liquid to be treated feed flow storage bin is connected by the liquid to be treated liquid feed device
(52), second communication port of liquid to be treated (49) connects the liquid to be treated feed flow by the liquid to be treated reflux unit and stores up
It deposits case (52), and multi-panel lateral electrode (16) is open, including multiple lateral electrode plates, and the multi-panel lateral electrode (16)
Opening it is corresponding with water-resisting property board slot wall (22a), remaining described lateral electrode plate matching is arranged in the process film slot
It is formed between wall (23) and the external groove sidevall (13), and between the lateral electrode plate and the process film cell wall (23) U-shaped
Flow path G, and one end of the U-shaped flow path G is connect with first communication port of liquid to be treated (48), the other end with it is described processed
The second communication port of liquid (49) connection；
It is provided with lateral electrode connecting pin (16a) on each lateral electrode plate, and the lateral electrode connecting pin (16a)
Through the external groove sidevall (13), multiple plural inside groove electrode connecting ends (25a) are set on the multi-panel plural number inside groove electrode (25),
The plural number inside groove electrode connecting end (25a) runs through the cover board (28), and the lateral electrode connecting pin (16a) and described multiple
Number inside groove electrode connecting end (25a) is connect with the electrode switch (84)；
The cover board (28) is detachably connected with the multi-panel outer groove (11) and the multi-panel inside groove (22) sealing respectively, and described
Cover board (28) is provided centrally with electrolyte solution and flows into nozzle (32), and electrolyte solution inflow nozzle (32) bottom end stretches to described
In level control pipe (33), the electrolyte solution storage bin (62), and institute are connected by the electrolyte solution liquid feed device in top
It states level control pipe (33) bottom end and the electrolyte solution storage bin (62) is connected by the electrolyte solution reflux unit.
2. a kind of multi-functional continuous-flow type electrolysis installation according to claim 1, which is characterized in that the liquid to be treated feed flow
Device includes that the first pump (54) and the first liquid pushing tube (53), one end of first liquid pushing tube (53) are switched to the liquid to be treated
First communication port (48), the other end are switched in the liquid to be treated feed flow storage bin (52) by first pump (54), and
First pump (54) is connect with the control device (86).
3. a kind of multi-functional continuous-flow type electrolysis installation according to claim 2, which is characterized in that the liquid to be treated reflux
Device includes the first return pipe (55) and first switch (56), and the first switch (56) is arranged in first return pipe (55)
On, and connect with the control device (86), and one end of first return pipe (55) is switched to the liquid to be treated feed flow
In storage bin (52), the other end is switched to second communication port of liquid to be treated (49).
4. a kind of multi-functional continuous-flow type electrolysis installation according to claim 1, which is characterized in that the first gas discharge
It include the first conduit of gas (57) and downtake pipe (58) with recyclable device, first conduit of gas (57) one end penetrates through institute
State cover board | it (28) and is switched in the U-shaped flow path G, the other end is switched in the liquid to be treated feed flow storage bin (52), and
Described downtake pipe (58) one end is switched to the liquid to be treated feed flow storage bin (52), and other end connection has at first gas
Manage device.
5. a kind of multi-functional continuous-flow type electrolysis installation according to claim 3, which is characterized in that the electrolyte solution feed flow
Device includes the second liquid pushing tube (63) and the second pump (64), and one end of second liquid pushing tube (63) is switched to the electrolyte solution
It flows into nozzle (32), the other end is switched in the electrolyte solution storage bin (62) by second pump (64), and described the
Two pumps (64) are connect with the control device (86).
6. a kind of multi-functional continuous-flow type electrolysis installation according to claim 5, which is characterized in that the electrolyte solution reflux
Device includes the second return pipe (65) and second switch (66), and the second switch (66) is arranged in second return pipe
(65) it on, and is connect with the control device (86), and one end of second return pipe (65) is switched to the electrolyte solution
In storage bin (62), the other end is switched to the bottom end of the level control pipe (33).
7. a kind of multi-functional continuous-flow type electrolysis installation according to claim 1, which is characterized in that the second gas discharge
It include the second conduit of gas (67) and second exhaust pipe (68) with recyclable device, and the second conduit of the gas (67) one end penetrates through
The cover board (28) simultaneously stretches in the multi-panel inside groove (22), and the other end is switched in the electrolyte solution storage bin (62),
And described second exhaust pipe (68) one end is switched in the electrolyte solution storage bin (62), other end connection has at second gas
Manage device.
8. a kind of multi-functional continuous-flow type electrolysis installation according to claim 6, which is characterized in that the sensor liquid level control
Device processed includes first sensor (74) and second sensor (75), the first sensor (74) and the second sensor
(75) it is arranged at the side wall of the liquid to be treated feed flow storage bin (52), and is connect with the control device (86), and institute
State the bottom that second sensor (75) are located at the first sensor (74).
9. a kind of multi-functional continuous-flow type electrolysis installation according to claim 8, which is characterized in that the liquid to be treated feed flow
Discharger (71) includes discharge pipe (72) and third pump (73), and the discharge pipe (72) is switched to by third pump (73)
In the liquid to be treated feed flow storage bin (52), and third pump (73) is connect with the control device (86).
10. a kind of multi-functional continuous-flow type electrolysis installation according to claim 9, which is characterized in that the liquid to be treated supplies
Liquid device for supplying (77) includes supply pipe (78) and supply valve (79), and the supply valve (79) setting manages (78) in the supply
On, and connect with the control device (86), the supply pipe (78) is switched in the liquid to be treated feed flow storage bin (52).
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| CN112744900A (en) * | 2020-12-30 | 2021-05-04 | 沧州信昌化工股份有限公司 | Electrochemical sewage integral treatment system and process |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112744900A (en) * | 2020-12-30 | 2021-05-04 | 沧州信昌化工股份有限公司 | Electrochemical sewage integral treatment system and process |
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