CN205035477U - Electrolytic manganese fluid infusion system - Google Patents

Electrolytic manganese fluid infusion system Download PDF

Info

Publication number
CN205035477U
CN205035477U CN201520653625.8U CN201520653625U CN205035477U CN 205035477 U CN205035477 U CN 205035477U CN 201520653625 U CN201520653625 U CN 201520653625U CN 205035477 U CN205035477 U CN 205035477U
Authority
CN
China
Prior art keywords
skimmer
floating drum
fluid infusion
electrolyzer
overflow port
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201520653625.8U
Other languages
Chinese (zh)
Inventor
银永忠
姚茂君
向于心
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Jishou University
Original Assignee
Jishou University
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Jishou University filed Critical Jishou University
Priority to CN201520653625.8U priority Critical patent/CN205035477U/en
Application granted granted Critical
Publication of CN205035477U publication Critical patent/CN205035477U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Abstract

The utility model discloses an electrolytic manganese fluid infusion system, the knockout bottom is connected through the backward flow solenoid valve and is joined in marriage the liquid bath, joins in marriage the liquid bath and is equipped with mixing pump, joins in marriage the liquid bath and connects the knockout inlet through qualified manganese solution transfer pump, join in marriage the liquid bath and connect the high -order pond of high concentration manganese solution through high concentration manganese solution solenoid valve, having the flotation pontoon in the knockout, having the guide pile of symmetry on the flotation pontoon, the knockout inner wall is equipped with upper and lower locating piece, the sleeve that the knockout top was fixed with the symmetry passes the slide -bar and connects the flotation pontoon in, the knockout bottom is a plurality of quantitative cup's structure side by side, below link flow tube and electrolysis trough, the stripper bar is connected to the flotation pontoon below, electrolysis trough yin, anode chamber all is equipped with the overflow mouth, and the catholyte overflow mouth is connected through negative pole liquid pump, leaf filter, cooling tower and is joined in marriage the liquid bath, but yin, yang utmost point hydrorrhea head piece all is equipped with rotation angle's overflow control board. The utility model provides an electrolyte that exists among electrolytic manganese rehydration process homogeneous not, a great deal of technical problem such as inefficiency, application prospect is wide.

Description

Electrolytic manganese fluid infusion system
Technical field
The utility model relates to a kind of electrolytic manganese fluid infusion system.
Background technology
Constantly supplement toward electrolyzer the necessary processing step that qualifying liquid to be electrolysed is electrolytic manganese production, the object of fluid infusion makes the processing parameter needed for electrolysis be stabilized in certain scope, as the concentration, temperature etc. of electrolytic solution, is conducive to the carrying out of electrolysis.Fluid infusion is completed by special fluid infusion system, and existing fluid infusion system is adopt feed flow supervisor to add the mode of branching valve toward electrolyzer fluid infusion mostly, and branching valve mainly adopts manually operated mode.
Generally there are up to a hundred electrolyzers in electrolytic manganese production workshop, thus need to complete fluid infusion manipulation to up to a hundred electrolyzers simultaneously, due to the defect of the difference of operating experience, the difference of electric tank working parameter and change, manual control valve, the electrolyzer of substantial amounts cannot keep more consistent efficient electrolysis state, makes electrolytic efficiency decline, power consumption improves, benefit reduces.
Utility model content
The technical problems to be solved in the utility model overcomes the deficiencies in the prior art exactly, provides a kind of defect that can make up the fluid infusion of manual control branching valve, and the electrolyzer of substantial amounts is consistent the fluid infusion system of efficient electrolysis state.
For overcoming the deficiencies in the prior art, the utility model takes following technical scheme:
A kind of electrolytic manganese fluid infusion system, comprises skimmer, it is characterized in that: connect dosing pond through return flow solenoid valve bottom skimmer, dosing pond is provided with mixing pump, and dosing pond connects skimmer fluid inlet through qualified manganese solution transferpump; Dosing pond connects high concentration manganese solution feed coefficient through high concentration manganese solution electromagnetic valve; Have floating drum in skimmer, floating drum has symmetrical spud, skimmer inwall is provided with upper and lower preset pieces, and floating drum floats and declines and limits by upper and lower preset pieces; Be fixed with symmetrical sleeve above skimmer, pass slide-bar in sleeve and connect floating drum; Be the side by side configuration of multiple Measuring glass bottom skimmer, connect a choker-line below each Measuring glass, below each choker-line, be provided with an electrolyzer; The multiple cleaning rods corresponding with Measuring glass are connected below floating drum; Electrolyzer is common the anode chamber and the cathode chamber diaphragm electrolytic cell, each electric tank cathode room is provided with an overflow port, overflow port connects catholyte collecting tray, and catholyte collecting tray connects dosing pond through negative electrode liquid pump, leaf filter, water cooling tower, and each electrolyzer anode chamber is also provided with an overflow port; Catholyte overflow port, anolyte overflow port are equipped with the overflow switchboard of angle rotatable.
Described cleaning rod front end is provided with hairbrush.
Be provided with hose connection below described choker-line, supplement qualified manganese solution by connecting hose to corresponding electrolyzer.
Described anolyte overflow port jointed anode liquid collecting tray, anolyte collecting tray is through anode liquid pump jointed anode liquid pond for recovering.
The major parts of fluid infusion system is skimmer, skimmer is square container mostly, floating drum is had in skimmer, floating drum there is symmetrical spud, floating drum floats and declines owing to being subject to upper and lower preset pieces barrier effect, spud stroke is limited between preset pieces, thus controls floating and the descending stroke of floating drum; Symmetrical sleeve and slide-bar ensure that the accuracy that floating drum moves up and down.
Floating drum arranges corresponding cleaning rod with Measuring glass in addition, and form one-to-one relationship, there is hairbrush cleaning rod front end, and floating drum can be with electric brush repeatedly to scrub choker-line up and down, and make choker-line keep unimpeded, choker-line controls speed and the flow of fluid infusion.Be provided with hose connection below choker-line, supplement qualified manganese solution by connecting hose to corresponding electrolyzer.
Manganese solution qualified in dosing pond can be inputted skimmer by pipeline and fluid inlet by qualified manganese solution transferpump fast, floating drum floats to upper extreme position, qualifying liquid transferpump is closed by travel switch, open return flow solenoid valve simultaneously, liquid quick backflow in skimmer is allowed to enter dosing pond, now floating drum drops to lower limit position with liquid level, qualified manganese solution in Measuring glass is then transported to corresponding electrolyzer by choker-line and flexible pipe, realize electrolyzer quantitative, suitable speed supplements qualified manganese solution, liquid in Measuring glass can open qualifying liquid transferpump after exporting once again automatically, carry out going up liquid and supply once again, and realize floating drum band electric brush and move up and down, scrub choker-line, ensure unimpeded.
Electrolyzer is common diaphragm electrolytic cell, in the design, newly-increased catholyte overflow port is concentrated by catholyte collecting tray, by catholyte pump delivery, trace impurity is removed through leaf filter, dispelled the heat by water cooling tower again and complete circulation into dosing pond, water cooling tower can the catholyte of effective temperature-reducing backflow, and evaporates wherein water in a large number, effectively avoids the liquid expansion issues of electrolytic manganese production.
Dosing pond has mixing pump to keep the homogeneity of liquid in pond, simultaneously mn ion content in good time reasonable analysis liquid, then by high concentration manganese solution electromagnetic valve UNICOM high concentration manganese solution feed coefficient, keeps dosing pond mn ion content in moderate scope.
Though electrolyzer has barrier film to isolate, due to law of connected vessels, the liquid level of the anode chamber and the cathode chamber is consistent.Newly-increased anolyte overflow switchboard and catholyte overflow switchboard, the angle that can rotate and set overflow switchboard, to control the output flow of cathode and anode liquid, meets the demands.
Compared with prior art, the beneficial effects of the utility model are also:
Measuring glass in skimmer can be arranged more, multiple row is arranged, reliable to multiple electrolyzer quantitative liquid feeding; Choker-line can keep unimpeded by repeatedly scrubbing up and down, thus obtains reliable flow velocity supply, and regulates to realize amount infused by controlling fluid infusion cup number per hour; Catholyte overflow allotment supply pump circulation, effectively can realize the liquid phase homogeneity of electrolyzer, and be convenient to effectively improve electrolysis electricity effect, less anolyte spillway discharge effectively can improve acidity, reduces later stage sulfuric acid input amount; Catholyte can temperature with high efficiency evaporate large quantity of moisture by water cooling tower, and greatly alleviate the liquid expansion ring packing pressure of electrolytic manganese production, direct radiating and cooling is also more efficient than the heat radiation of traditional calandria partition water cycle a lot; Valve plate type anode and cathode hydrorrhea flow modulation device is effectively simple especially, is convenient to manipulation.
In sum, the utility model solves the many technical problems existed in electrolytic manganese fluid infusion process, has a extensive future.
Accompanying drawing explanation
Fig. 1 is the two dimensional structure schematic diagram of the utility model at floating drum upper limit.
Fig. 2 is the two dimensional structure schematic diagram of the utility model in floating drum lower limit.
Fig. 3 is overflow control principle drawing of the present utility model.
In figure, each label represents:
1, floating drum; 2, skimmer; 3, sleeve; 4, slide-bar; 5, spud; 6, upper preset pieces; 7, lower preset pieces; 8, cleaning rod; 9, Measuring glass; 10, hairbrush; 11, choker-line; 12, hose connection; 13, electrolyzer; 14, anode liquid pump; 15, anolyte overflow port; 16 anolyte collecting traies; 17, catholyte collecting tray; 18, catholyte overflow port; 19, negative electrode liquid pump; 20, leaf filter; 21, skimmer fluid inlet; 22 return flow solenoid valves; 23, high concentration manganese solution feed coefficient; 24, water cooling tower; 25, mixing pump; 26, dosing pond; 27, qualified manganese solution transferpump; 28, high concentration manganese solution electromagnetic valve; 29, anolyte pond for recovering; 31, anolyte overflow switchboard; 32, catholyte overflow switchboard.
Embodiment
Now by reference to the accompanying drawings, the utility model is illustrated further.
Electrolytic manganese fluid infusion system, comprises skimmer as depicted in figs. 1 and 2, connects dosing pond 26 bottom skimmer 2 through return flow solenoid valve 22, and dosing pond 26 is provided with mixing pump 25, and dosing pond 26 connects skimmer fluid inlet 21 through qualified manganese solution transferpump 27; Dosing pond 26 connects high concentration manganese solution feed coefficient 23 through high concentration manganese solution electromagnetic valve 28; Have floating drum 1 in skimmer 2, floating drum 1 has symmetrical spud 5, skimmer 2 inwall is provided with upper and lower preset pieces 6,7, and floating drum floats and declines and limited by upper and lower preset pieces 6,7; Be fixed with symmetrical sleeve 3 above skimmer 2, pass slide-bar 4 in sleeve 3 and connect floating drum 1; Be the side by side configuration of multiple Measuring glass 9 bottom skimmer 2, connect a choker-line 11 below each Measuring glass 9, below each choker-line 11, be provided with an electrolyzer 13; The multiple cleaning rods 8 corresponding with Measuring glass are connected below floating drum 1; Electrolyzer 13 is common the anode chamber and the cathode chamber diaphragm electrolytic cell, each electric tank cathode room is provided with an overflow port 18, overflow port 18 connects catholyte collecting tray 17, catholyte collecting tray 17 connects dosing pond 26 through negative electrode liquid pump 19, leaf filter 20, water cooling tower 24, and each electrolyzer anode chamber is also provided with an overflow port 15; Catholyte overflow port 18, anolyte overflow port 15 are equipped with the overflow switchboard 32,31 of angle rotatable.
Described cleaning rod 8 front end is provided with hairbrush 10.
Be provided with hose connection 12 below described choker-line 11, supplement qualified manganese solution by connecting hose to corresponding electrolyzer.
Described anolyte overflow port 15 jointed anode liquid collecting tray 16, anolyte collecting tray 16 is through anode liquid pump 14 jointed anode liquid pond for recovering 29.
The major parts of fluid infusion system is skimmer 2, skimmer 2 is square container mostly, floating drum 1 is had in skimmer, floating drum 1 there is symmetrical spud 5, floating drum 1 floats and declines owing to being subject to upper and lower preset pieces 6,7 barrier effect, spud 5 stroke is limited between preset pieces, thus controls floating and the descending stroke of floating drum 1; Symmetrical sleeve 3 ensure that with slide-bar 4 accuracy that floating drum 1 moves up and down.
Floating drum arranges corresponding cleaning rod 8 with Measuring glass 9 in addition, form one-to-one relationship, there is hairbrush 10 cleaning rod 8 front end, and floating drum can be with electric brush 10 repeatedly to scrub choker-line 11 up and down, make choker-line 11 keep unimpeded, choker-line 11 controls speed and the flow of fluid infusion.Be provided with hose connection 12 below choker-line 11, supplement qualified manganese solution by connecting hose to corresponding electrolyzer 13.
Manganese solution qualified in dosing pond 26 can be inputted skimmer 2 by pipeline and fluid inlet 21 by qualified manganese solution transferpump 27 fast, floating drum 1 floats to upper extreme position (shown in Fig. 1), qualifying liquid transferpump 27 is closed by travel switch, open return flow solenoid valve 22 simultaneously, liquid quick backflow in skimmer 2 is allowed to enter dosing pond 26, now floating drum 1 drops to lower limit position (shown in Fig. 2) with liquid level, qualified manganese solution in Measuring glass 9 is then transported to corresponding electrolyzer 13 by choker-line 11 and flexible pipe, realize electrolyzer 13 quantitative, suitable speed supplements qualified manganese solution, liquid in Measuring glass 9 can open qualifying liquid transferpump 27 after exporting once again automatically, carry out going up liquid and supply once again, and realize floating drum 1 and be with electric brush 10 to move up and down, scrub choker-line 11, ensure unimpeded.
Electrolyzer 13 is common diaphragm electrolytic cell, in the design, newly-increased catholyte overflow port 18 is concentrated by catholyte collecting tray 17, carried by negative electrode liquid pump 19, trace impurity is removed through leaf filter 20, dispelled the heat by water cooling tower 24 again and complete circulation into dosing pond 26, water cooling tower 24 can the catholyte of effective temperature-reducing backflow, and evaporates wherein water in a large number, effectively avoids the liquid expansion issues of electrolytic manganese production.
Dosing pond 26 has mixing pump 25 to keep the homogeneity of liquid in pond, simultaneously mn ion content in good time reasonable analysis liquid, then by high concentration manganese solution electromagnetic valve 28 UNICOM high concentration manganese solution feed coefficient 23, keeps dosing pond mn ion content in moderate scope.
Though electrolyzer 13 has barrier film to isolate, due to law of connected vessels, the liquid level of the anode chamber and the cathode chamber is consistent.Newly-increased anolyte overflow switchboard 31 and catholyte overflow switchboard 32, the angle that can rotate and set overflow switchboard, to control the output flow of cathode and anode liquid, meets the demands.
Above-mentioned just preferred embodiment of the present utility model, not does any pro forma restriction to the utility model.Any those of ordinary skill in the art, when not departing from technical solutions of the utility model scope, the technology contents of above-mentioned announcement all can be utilized to make many possible variations and modification to technical solutions of the utility model, or be revised as the Equivalent embodiments of equivalent variations.Therefore, every content not departing from technical solutions of the utility model, according to the utility model technical spirit to any simple modification made for any of the above embodiments, equivalent variations and modification, all should drop in the scope of technical solutions of the utility model protection.

Claims (4)

1. an electrolytic manganese fluid infusion system, comprises skimmer, it is characterized in that: connect dosing pond through return flow solenoid valve bottom skimmer, dosing pond is provided with mixing pump, and dosing pond connects skimmer fluid inlet through qualified manganese solution transferpump; Dosing pond connects high concentration manganese solution feed coefficient through high concentration manganese solution electromagnetic valve; Have floating drum in skimmer, floating drum has symmetrical spud, skimmer inwall is provided with upper and lower preset pieces, and floating drum floats and declines and limits by upper and lower preset pieces; Be fixed with symmetrical sleeve above skimmer, pass slide-bar in sleeve and connect floating drum; Be the side by side configuration of multiple Measuring glass bottom skimmer, connect a choker-line below each Measuring glass, below each choker-line, be provided with an electrolyzer; The multiple cleaning rods corresponding with Measuring glass are connected below floating drum; Electrolyzer is common the anode chamber and the cathode chamber diaphragm electrolytic cell, each electric tank cathode room is provided with an overflow port, overflow port connects catholyte collecting tray, and catholyte collecting tray connects dosing pond through negative electrode liquid pump, leaf filter, water cooling tower, and each electrolyzer anode chamber is also provided with an overflow port; Catholyte overflow port, anolyte overflow port are equipped with the overflow switchboard of angle rotatable.
2. electrolytic manganese fluid infusion system according to claim 1, is characterized in that: described cleaning rod front end is provided with hairbrush.
3. electrolytic manganese fluid infusion system according to claim 1, is characterized in that: be provided with hose connection below described choker-line, supplements qualified manganese solution by connecting hose to corresponding electrolyzer.
4. electrolytic manganese fluid infusion system according to claim 1, is characterized in that: described anolyte overflow port jointed anode liquid collecting tray, anolyte collecting tray is through anode liquid pump jointed anode liquid pond for recovering.
CN201520653625.8U 2015-08-27 2015-08-27 Electrolytic manganese fluid infusion system Expired - Fee Related CN205035477U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520653625.8U CN205035477U (en) 2015-08-27 2015-08-27 Electrolytic manganese fluid infusion system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520653625.8U CN205035477U (en) 2015-08-27 2015-08-27 Electrolytic manganese fluid infusion system

Publications (1)

Publication Number Publication Date
CN205035477U true CN205035477U (en) 2016-02-17

Family

ID=55294389

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201520653625.8U Expired - Fee Related CN205035477U (en) 2015-08-27 2015-08-27 Electrolytic manganese fluid infusion system

Country Status (1)

Country Link
CN (1) CN205035477U (en)

Similar Documents

Publication Publication Date Title
CN105660514A (en) Closed-type industrialized aquaculture circulating water and intelligent temperature control system and method
CN104157735A (en) Solar cell texturing process
CN205035469U (en) Electrolytic manganese fluid infusion system
CN205035468U (en) Electrolytic manganese liquid supplementation device
CN105063672B (en) A kind of electrolytic manganese liquid supply device
CN205035476U (en) Electrolytic manganese liquid supplementation device
CN105002523A (en) Manganese electrolysis liquid supplementing system
CN205035477U (en) Electrolytic manganese fluid infusion system
CN206188890U (en) Proton exchange membrane water electrolytic ozone oxygen generating device with from purification performance
CN204550732U (en) A kind of can the high efficient horizontal electrolytic copper device of even feed liquor
CN208256799U (en) A kind of start and stop lead-acid accumulator electrolyte added automatically system
CN105063670A (en) Electrolytic manganese solution supplementing system
CN105063671B (en) Electrolytic manganese liquid supply device
CN206384902U (en) Salt separation concentration integral type ion-exchange membrane facility
CN207537542U (en) The mutual even formula water electrolytic oxygen-hydrogen generator of independent electrical grade
CN108360012A (en) The mutual even formula water electrolytic oxygen-hydrogen generator of independent electrical grade
CN210560453U (en) Automatic control microalgae culture nutrient salt flow adding device
CN208485963U (en) It is a kind of for producing the electrolytic cell assembly of javelle water
CN202465886U (en) Novel electrolysis equipment
CN208430233U (en) A kind of waterway structure of water electrolyser
CN206418208U (en) A kind of high composition brass positive plate electrolysis and the device of low copper solution electrodeposition
CN203033850U (en) Three-dimensional electrolyzer with back flushing devices
CN205081174U (en) Simple and easy full vanadium redox flow battery electrolyte apparatus for producing
CN216123615U (en) Agricultural equipment of renewable energy resource facility
CN208480576U (en) A kind of biological feedstuff continuous producing apparatus

Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20160217

Termination date: 20170827