CN104071869B - Ring electrode electrolytic cell - Google Patents
Ring electrode electrolytic cell Download PDFInfo
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- CN104071869B CN104071869B CN201410348571.4A CN201410348571A CN104071869B CN 104071869 B CN104071869 B CN 104071869B CN 201410348571 A CN201410348571 A CN 201410348571A CN 104071869 B CN104071869 B CN 104071869B
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Abstract
Ring electrode electrolytic cell of the present invention relates to technical field of sewage.Take " annular anodic-cathodic is set " gordian technique, its anode and cathode terminal stud outer end and supply lead, anode and cathode terminal stud negative electrode the inner and negative electrode, anode and cathode terminal stud anode the inner and anode, negative electrode side and water trap, water trap and water-in, water-in and electrolytic cell outer barrel side, negative electrode opposite side and water collector, water collector and water outlet, water outlet and electrolytic cell outer barrel opposite side, ceiling electrode position plate is all fixedly connected with electrode cover, anode upper end and negative electrode upper end all with ceiling electrode position plate, anode lower end and negative electrode lower end all with electrode lower limiting board with buckle and mosaic mode be connected, electrodes lower limiting board at the bottom of electrolytic cell outer barrel bucket, electrolytic cell outer barrel upper end is connected in buckle closure mode with electrolysis cover.For sewage disposal.Easy making, efficiency are high, effective.
Description
Technical field
Ring electrode electrolytic cell of the present invention, relates to technical field of sewage.
Background technology
As everyone knows, along with human industry is movable and the increasing sharply of population, the just more and more serious pendulum of environmental problem is in face of people, in environmental problem, the problem of water pollution is again the most important thing, therefore, for polluted water process and the technology realizing qualified discharge/or reuse is also just more and more important.At present, for sewage disposal, many is adopt contact oxidation method, activated sludge process, biomembrance process, AO method etc. both at home and abroad, but aforesaid method and the equipment/used or the existing known technology such as facility/or device, also exist floor space large, must have cultivate biological flora condition, need continuum micromeehanics, method loaded down with trivial details and expend time in long, by the cost of manufacture of temperature and objective condition restriction, equipment/or facility/or device and many deficiencies, defect and the drawback such as running cost is high.Specific to electrolysis, only have the simple assembly of electrolyzer, electrolyzer and so on, its electrolytic solution is mostly applied to carry out electroplating etc. in technique, seldom and is applied to sewage disposal; The present invention carries out electrolysis to sewage exactly thus reaches the object of disposing of sewage.In particular, what electrolyzer, electrolyzer were common is square or rectangle structure, and in sewage treatment process, sewage itself has pressure, and the structure that ring electrode electrolytic cell is manufactured cylindrical can by the present invention just solves this problem.
Based on the expertise of contriver with abundant working experience and to the excelsior unremitting pursue of cause, the present invention conscientiously and is fully investigating, is understanding, is analyzing, is summing up on above-mentioned existing known technology and present situation basis exactly, for overcoming and solve deficiency, defect and drawback that existing known technology and present situation exist, " annular anodic-cathodic is set " gordian technique is taked to succeed in developing.The present invention by the restriction of any conditions such as temperature, region, bacteria group culture, does not only need the electrode effect of electric energy, just sewage can be implemented electrolysis, for sewage disposal plays a key effect, creates good conditions.
Summary of the invention
Gordian technique that the present invention takes " arranging annular anodic-cathodic ", its anode and cathode terminal stud outer end and supply lead, anode and cathode terminal stud negative electrode the inner and negative electrode, anode and cathode terminal stud anode the inner and anode, negative electrode side and water trap, water trap and water-in, water-in and electrolytic cell outer barrel side, negative electrode opposite side and water collector, water collector and water outlet, water outlet and electrolytic cell outer barrel opposite side, ceiling electrode position plate is all fixedly connected with electrode cover, anode upper end and negative electrode upper end all with ceiling electrode position plate, anode lower end and negative electrode lower end all with electrode lower limiting board with buckle and mosaic mode be connected, electrodes lower limiting board at the bottom of electrolytic cell outer barrel bucket, electrolytic cell outer barrel upper end is connected in buckle closure mode with electrolysis cover.
The object reached by the present invention is: (1), take " arranging annular anodic-cathodic " gordian technique, provides a kind of " ring electrode electrolytic cell " product innovation.(2), the present invention be directed to sewage carry out electrolysis thus reach the object of disposing of sewage.(3), negative electrode of the present invention is made by steel plate, anode is made by titanium plate, ceiling electrode position plate and electrode lower limiting board make by insulating material, water trap, water collector, electrode cover are made by steel, electrolytic cell outer barrel, water-in, water outlet make by ABS, PVC, PE, PP, its selection is convenient, the position that should insulate be ensure that and definitely insulate firmly, to needing the position of intensity to ensure that solid intensity, facilitate making, installation, use, achieve sturdy and durable and elegant in appearance.(4), novel uniqueness of the present invention, design science are rationally, simple and ingenious structure, effect stability be reliable.(5), of the present invention simple and efficient to handle and easy to use, thus opened up the new way implementing sewage disposal.(6), the present invention adopts electric energy completely, do not need the cultivation flora of existing known technology, not by any restriction of temperature and region, is applicable to most area and occasion, applied widely.(7), volume of the present invention is little, floor space is little, not only easy to use and facilitate cost of manufacture low.(8), the present invention is applicable to the process of various sewage, and the water quality face of process is extremely broad.(9), the invention solves the deficiency of existing known technology and present situation existence, defect and drawback.(10), of the present inventionly to succeed in developing, effectively promote the technical progress of sewage treatment industry, improve the state of the art of the industry.
For achieving the above object, technical scheme provided by the invention is:
A kind of ring electrode electrolytic cell, is made up of anode and cathode terminal stud, ceiling electrode position plate, electrolytic cell outer barrel, water trap, water-in, electrode lower limiting board, anode, negative electrode, water outlet, water collector, electrode cover, electrolysis cover;
Described ring electrode electrolytic cell, the outer end of its anode and cathode terminal stud and supply lead, the inner of anode and cathode terminal stud negative electrode and negative electrode, the inner of anode and cathode terminal stud anode and anode, the side of negative electrode and water trap, water trap and water-in, the side of water-in and electrolytic cell outer barrel, the opposite side of negative electrode and water collector, water collector and water outlet, the opposite side of water outlet and electrolytic cell outer barrel, ceiling electrode position plate is all fixedly connected with electrode cover, the upper end of its anode and the upper end of negative electrode all with ceiling electrode position plate, the lower end of anode and the lower end of negative electrode all with electrode lower limiting board with buckle and the mode of inlaying be connected, electrode lower limiting board is placed with at the bottom of the bucket of its electrolytic cell outer barrel, the upper end of its electrolytic cell outer barrel is connected in the mode of buckle closure with electrolysis cover.
Described ring electrode electrolytic cell, described anode and cathode terminal stud is line columnar structure, described ceiling electrode position plate, electrode lower limiting board are discoideus structure, described electrolytic cell outer barrel is barrel-shaped structure, described water trap, water collector are the structure that the inner both sides of cavity are provided with limbers, described water-in, water outlet are the tubular structure that outer end is provided with ring flange, described anode, negative electrode are cylinder-like structure, described electrode cover is the discoideus structure being provided with handle, and described electrolysis cover is the round lid-like being provided with handle.
Described ring electrode electrolytic cell, described water trap and water collector, water-in and water collector are mirror-image structure.
Described ring electrode electrolytic cell, the diameter that diameter is greater than the diameter of negative electrode, the diameter of negative electrode is greater than anode of described electrolytic cell outer barrel.
Described ring electrode electrolytic cell, described anode replaces with negative electrode and negative electrode replaces with anode simultaneously.
Principle of work of the present invention and working process are: shown in Figure of description, sewage enters water trap from water-in, sewage is assigned to uniformly in the cavity between anode and cathode by water trap, be energized later anode and negative electrode just carries out electrolysis to sewage, sewage after electrolysis is collected by water collector, then flow out through water outlet, principle of work of the present invention and working process is simple and efficient, effect stability is reliable.
Owing to have employed technical scheme provided by the present invention, because the present invention takes " arranging annular anodic-cathodic " gordian technique, described in principle of work of the present invention and working process, due to the present invention its anode and cathode terminal stud outer end and supply lead, anode and cathode terminal stud negative electrode the inner and negative electrode, anode and cathode terminal stud anode the inner and anode, negative electrode side and water trap, water trap and water-in, water-in and electrolytic cell outer barrel side, negative electrode opposite side and water collector, water collector and water outlet, water outlet and electrolytic cell outer barrel opposite side, ceiling electrode position plate is all fixedly connected with electrode cover, anode upper end and negative electrode upper end all with ceiling electrode position plate, anode lower end and negative electrode lower end all with electrode lower limiting board with buckle and mosaic mode be connected, electrodes lower limiting board at the bottom of electrolytic cell outer barrel bucket, electrolytic cell outer barrel upper end is connected in buckle closure mode with electrolysis cover.Thus make the present invention compared with existing known technology and present situation, obtain following beneficial effect:
1, the present invention takes " arranging annular anodic-cathodic " gordian technique, provides a kind of ring electrode electrolytic cell product innovation.
2, the present invention be directed to sewage carry out electrolysis thus reach the object processed sewage.
3, negative electrode of the present invention is made by steel plate, anode is made by titanium plate, ceiling electrode position plate and electrode lower limiting board make by insulating material, water trap, water collector, electrode cover are made by steel material material, electrolytic cell outer barrel, water-in, water outlet make by ABS, PVC, PE, PP, its selection is very convenient, the position that should insulate be ensure that and definitely insulate reliably, to needing the position of intensity to ensure that solid intensity, facilitate making, installation, use, achieve sturdy and durable and elegant in appearance.
4, ring electrode electrolytic cell is manufactured the structure of cylindrical can by the present invention, can bear the pressure of sewage, be suitable for the process to sewage most; As electrolyzer, the electrolyzer of existing known technology, common shape is square or rectangle structure, and in sewage treatment process, sewage itself has pressure, and the structure that ring electrode electrolytic cell of the present invention manufactures cylindrical can just solves this problem.
5, novel uniqueness of the present invention, design science are rationally, simple and ingenious structure, effect stability be reliable.
6, of the present invention simple and efficient to handle and easy to use, thus opened up the new way implementing sewage disposal.
7, the present invention adopts electric energy completely, does not need the cultivation flora of existing known technology, not by any restriction of temperature and region, is applicable to most area and occasion, it is applied widely.
8, volume of the present invention is little, floor space is little, not only easy to usely especially conveniently to make and cost is low.
9, the present invention is applicable to the process of various sewage, and the water quality face of process is extremely broad.
10, the invention solves the deficiency of existing known technology and present situation existence, defect and drawback.
11, of the present inventionly to succeed in developing, effectively promote the technical progress of sewage treatment industry, improve the state of the art of the industry.
Accompanying drawing explanation
Figure of description is the schematic diagram of the specific embodiment of the invention.
Label in figure: 1, anode and cathode terminal stud, 2, ceiling electrode position plate, 3, electrolytic cell outer barrel, 4, water trap, 5, water-in, 6, electrode lower limiting board, 7, anode, 8, negative electrode, 9, water outlet, 10, water collector, 11, electrode cover, 12, electrolysis cover.
Embodiment
Below in conjunction with Figure of description, ring electrode electrolytic cell of the present invention is described in detail.Shown in Figure of description:
A kind of ring electrode electrolytic cell, is made up of anode and cathode terminal stud 1, ceiling electrode position plate 2, electrolytic cell outer barrel 3, water trap 4, water-in 5, electrode lower limiting board 6, anode 7, negative electrode 8, water outlet 9, water collector 10, electrode cover 11, electrolysis cover 12;
Described ring electrode electrolytic cell, the outer end of its anode and cathode terminal stud 1 and supply lead, the inner of anode and cathode terminal stud 1 negative electrode and negative electrode 8, the inner of anode and cathode terminal stud 1 anode and anode 7, the side of negative electrode 8 and water trap 4, water trap 4 and water-in 5, the side of water-in 5 and electrolytic cell outer barrel 3, the opposite side of negative electrode 8 and water collector 10, water collector 10 and water outlet 9, the opposite side of water outlet 9 and electrolytic cell outer barrel 3, ceiling electrode position plate 2 is all fixedly connected with electrode cover 11, the upper end of its anode 7 and the upper end of negative electrode 8 all with ceiling electrode position plate 2, the lower end of anode 7 and the lower end of negative electrode 8 all with electrode lower limiting board 6 with buckle and the mode of inlaying be connected, electrode lower limiting board 6 is placed with at the bottom of the bucket of its electrolytic cell outer barrel 3, the upper end of its electrolytic cell outer barrel 3 is connected in the mode of buckle closure with electrolysis cover 12.
Described ring electrode electrolytic cell, described anode and cathode terminal stud 1 is line columnar structure, described ceiling electrode position plate 2, electrode lower limiting board 6 is discoideus structure, described electrolytic cell outer barrel 3 is barrel-shaped structure, described water trap 4, water collector 10 is the structure that the inner both sides of cavity are provided with limbers, described water-in 5, water outlet 9 is the tubular structure that outer end is provided with ring flange, described anode 7, negative electrode 8 is cylinder-like structure, described electrode cover 11 is for being provided with the discoideus structure of handle, described electrolysis cover 12 is for being provided with the round lid-like of handle.
Described ring electrode electrolytic cell, described water trap 4 is mirror-image structure with water collector 10, water-in 5 with water collector 10.
Described ring electrode electrolytic cell, the diameter that the diameter of described electrolytic cell outer barrel 3 is greater than the diameter of negative electrode 8, the diameter of negative electrode 8 is greater than anode 7.
Described ring electrode electrolytic cell, described anode 7 replaces with negative electrode and negative electrode 8 replaces with anode simultaneously.
In above-mentioned specific implementation process: negative electrode is replaced with to described anode 7 and simultaneously anticathode 8 replaces with anode and implements; All have received the good result of expection.
These are only preferred embodiment of the present invention, not any pro forma restriction is done to the present invention; The those of ordinary skill of all industry, all can shown in by specification accompanying drawing and the above and implement the present invention swimmingly; But the equivalent variations of the change made not departing from technical solution of the present invention, modification, differentiation, is Equivalent embodiments of the present invention, all still belong to the technical scope of the present invention's protection.
Claims (3)
1. a ring electrode electrolytic cell, is characterized in that: be made up of anode and cathode terminal stud (1), ceiling electrode position plate (2), electrolytic cell outer barrel (3), water trap (4), water-in (5), electrode lower limiting board (6), anode (7), negative electrode (8), water outlet (9), water collector (10), electrode cover (11), electrolysis cover (12);
Described ring electrode electrolytic cell, the outer end of its anode and cathode terminal stud (1) and supply lead, the inner of anode and cathode terminal stud (1) negative electrode and negative electrode (8), the inner of anode and cathode terminal stud (1) anode and anode (7), the side of negative electrode (8) and water trap (4), water trap (4) and water-in (5), the side of water-in (5) and electrolytic cell outer barrel (3), the opposite side of negative electrode (8) and water collector (10), water collector (10) and water outlet (9), the opposite side of water outlet (9) and electrolytic cell outer barrel (3), ceiling electrode position plate (2) is all fixedly connected with electrode cover (11), the upper end of its anode (7) and the upper end of negative electrode (8) all with ceiling electrode position plate (2), the lower end of anode (7) and the lower end of negative electrode (8) all with electrode lower limiting board (6) with buckle and the mode of inlaying be connected, electrode lower limiting board (6) is placed with at the bottom of the bucket of its electrolytic cell outer barrel (3), the upper end of its electrolytic cell outer barrel (3) is connected in the mode of buckle closure with electrolysis cover (12),
The diameter of described electrolytic cell outer barrel (3) is greater than the diameter of negative electrode (8), the diameter of negative electrode (8) is greater than the diameter of anode (7);
Described anode (7) replaces with negative electrode and negative electrode (8) replaces with anode simultaneously.
2. ring electrode electrolytic cell according to claim 1, it is characterized in that: described anode and cathode terminal stud (1) is line columnar structure, described ceiling electrode position plate (2), electrode lower limiting board (6) is discoideus structure, described electrolytic cell outer barrel (3) is barrel-shaped structure, described water trap (4), water collector (10) is the structure that the inner both sides of cavity are provided with limbers, described water-in (5), water outlet (9) is the tubular structure that outer end is provided with ring flange, described anode (7), negative electrode (8) is cylinder-like structure, described electrode cover (11) is for being provided with the discoideus structure of handle, described electrolysis cover (12) is for being provided with the round lid-like of handle.
3. ring electrode electrolytic cell according to claim 1, is characterized in that: described water trap (4) is mirror-image structure with water collector (10), water-in (5) with water collector (10).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410348571.4A CN104071869B (en) | 2014-07-18 | 2014-07-18 | Ring electrode electrolytic cell |
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| CN201410348571.4A CN104071869B (en) | 2014-07-18 | 2014-07-18 | Ring electrode electrolytic cell |
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| CN104071869A CN104071869A (en) | 2014-10-01 |
| CN104071869B true CN104071869B (en) | 2016-04-20 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111018056B (en) * | 2020-01-03 | 2022-08-30 | 南京环保产业创新中心有限公司 | Reduction oxidation electrochemistry sewage treatment plant |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5849172A (en) * | 1997-06-25 | 1998-12-15 | Asarco Incorporated | Copper solvent extraction and electrowinning process |
| CN102010034A (en) * | 2010-12-21 | 2011-04-13 | 北京碧水源膜科技有限公司 | Preparation device of ferron used for water treatment and application method thereof |
| CN202968709U (en) * | 2012-12-07 | 2013-06-05 | 湖南万容科技股份有限公司 | Device for electrolyzing and recovering precious metal |
| CN203976449U (en) * | 2014-07-18 | 2014-12-03 | 宛金晖 | Ring electrode electrolytic cell |
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2014
- 2014-07-18 CN CN201410348571.4A patent/CN104071869B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5849172A (en) * | 1997-06-25 | 1998-12-15 | Asarco Incorporated | Copper solvent extraction and electrowinning process |
| CN102010034A (en) * | 2010-12-21 | 2011-04-13 | 北京碧水源膜科技有限公司 | Preparation device of ferron used for water treatment and application method thereof |
| CN202968709U (en) * | 2012-12-07 | 2013-06-05 | 湖南万容科技股份有限公司 | Device for electrolyzing and recovering precious metal |
| CN203976449U (en) * | 2014-07-18 | 2014-12-03 | 宛金晖 | Ring electrode electrolytic cell |
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