CN108249525B

CN108249525B - The electrolytic cell of Industrial Wastewater Treatment

Info

Publication number: CN108249525B
Application number: CN201711488639.9A
Authority: CN
Inventors: 骆秀芳
Original assignee: Guangdong Chuangmeida Environmental Protection Technology Co Ltd
Current assignee: Guangdong Chuangsheng Holding Group Co ltd
Priority date: 2017-12-30
Filing date: 2017-12-30
Publication date: 2019-07-02
Anticipated expiration: 2037-12-30
Also published as: CN108249525A

Abstract

The invention discloses a kind of electrolytic cell of Industrial Wastewater Treatment, the electrolytic cell includes pond body, cathode part, anode member and connecting component；The cathode part and the anode member are spaced apart from each other setting；The connecting component includes connection ontology, first connecting portion and second connecting portion；What the first connecting portion and anode member were connected, the second connecting portion is detachably connected by a fixation member and cathode part；Cathode part of the invention and anode member are spaced apart from each other setting, can accelerate the speed of water body electrolysis, improve electrolytic efficiency.

Description

The electrolytic cell of Industrial Wastewater Treatment

Technical field

The utility model belongs to field of mechanical technique, more particularly, to a kind of electrolytic cell of Industrial Wastewater Treatment.

Background technique

With the development of industry, organic wastewater discharge amount increasingly increases, especially the row such as chemistry, food, pesticide and medicine The waste water of the high concentration of industry discharge, coloration high toxicity is big, containing a large amount of bio-refractory ingredient, seriously polluted rivers lake Sea.

Existing major part Industrial Wastewater Treatment can realize that electrolysis mode is by will be in waste water by way of electrolysis For organic matter in anodic oxidation, organic matter is converted to water and carbon dioxide, is not necessarily to add chemical agent in treatment process, will not produce Raw secondary pollution, high treating effect and high-efficient；And existing some electrolytic cells, cathode part are fixedly connected, and work as damage After dismantle or replace more troublesome, whole tank volume is huge, and structure is complicated, at high cost.

Utility model content

The utility model for overcome the deficiencies in the prior art, provides that a kind of electrolytic efficiency is high, the simple Industry Waste of structure The electrolytic cell of water process.

To achieve the goals above, the utility model uses a kind of following technical scheme: electrolysis of Industrial Wastewater Treatment Pond, the electrolytic cell include pond body, cathode part, anode member and connecting component；The cathode part is spaced apart from each other with the anode member Setting；The connecting component includes connection ontology, first connecting portion and second connecting portion；The first connecting portion and anode member are solid Even, the second connecting portion is detachably connected by a fixation member and cathode part；The cathode part and anode of the utility model Part is spaced apart from each other setting, can accelerate the speed of water body electrolysis, improves electrolytic efficiency, reduces the overall volume of electrolytic cell, reduction accounts for Ground area；First connecting portion and anode member are connected, and stability is high, and anode member will not be broken, and cathode circuit directly passes through the first company Socket part is connected with anode member, and electrical efficiency performance is good, and anodic oxidation ability is strong；And cathode is general using stainless steel, iron plate, graphite etc. Energization pole, low cost reduce the cost of electrolytic cell, are detachably connected by fixation member, can be convenient for the yin being lost Pole part is replaced, convenient disassembly, will not damage connecting component.

Further, the fixation member including the first fixinig plate, the second fixinig plate and is equipped with the first fixinig plate and second Elastic component between fixinig plate.

Further, first fixinig plate is equipped with the first arc protrusion, and second fixinig plate is equipped with the second arc Shape protrusion and the third arc protrusion below second arc protrusion；Horizontal plane position locating for first arc protrusion Between the second arc protrusion and third arc protrusion；First fixinig plate and the mutual cooperation of the second fixinig plate can consolidate cathode part It lives calmly；And the first arc protrusion, the second arc protrusion and third arc protrusion are set, can convenient for cathode part directly from lower end along The arcwall face of arc protrusion slides into, and the connection type is simple, and when installation removes from the first fixinig plate and the second fixinig plate specially The step of opening, and the forced area between three arc protrusions and cathode part is small, therefore its mutual active force is big, makes first Fixinig plate and the second fixinig plate more step up to what cathode part pressed from both sides；

Three curved portions are set on three different horizontal planes, the first arc protrusion resists the centre on cathode part top, And second and third arc protrusion be against the upper and lower of the first arc protrusion, so that cathode part is in arc protrusion tool, there are three different Mutual stress point, play three identical function and effect, be located in same level compared to by arc protrusion, only one by Force can drop fixed effect and improve three times in the case where not changing manufacturing cost substantially.

Further, the cathode part is equipped with the first groove, convex with the second arc matched with the first arc protrusion The second groove that portion matches and the third groove matched with third arc protrusion；Arc protrusion is set on cathode part to think The groove of cooperation increases the forced area of arc protrusion Yu cathode part, and peace is judged when being not easy to fall, and can also be easily installed Whether in place dress, and reduces the overall volume of fixation member during operation；

Further, first arc protrusion is equipped with multiple retaining lugs, and first groove is equipped with multiple The fixation cavity matched with the retaining lugs；Retaining lugs is set and fixed cavity can be when connection, retaining lugs It penetrates intracavitary to anchor, the fixed effect to cathode part can be kept, it is ensured that slide downward and shaking will not occur for cathode part, make Obtaining cathode part can steady operation；The setting of retaining lugs and fixed cavity further increases the first arc protrusion and the first groove Between contact area, to increase power of rubbing.

Further, the bottom of the pond body is installed with a clamping component, the clamping component include the first clamping element and Second clamping element, first clamping element and the second clamping element are the titanium part of a C font.The clamping component can make Cathode part and anode member lower end are fixed, and are kept lower end not shake under water impact, are further kept monolithic stability； And clamping component also can avoid cathode part and move downward, and keep monolithic stability.

Further, it is equipped with a placed cavity in the connection ontology, first insulator is equipped in the placed cavity.

Preferably, the first insulator is pipeline made of ceramics.

Further, the connection ontology is equipped with multiple lock chambers being connected with placed cavity.

Further, the bottom of the pond body is equipped with ozone pipeline, is equipped with outside the pond body and is connected with the ozone pipeline Ozone generating-device.

In conclusion the speed of the utility model water body electrolysis is fast, electrolytic efficiency is high；Cathode is detachable by fixation member Connection, can be convenient for replacing the cathode part being lost, and convenient disassembly will not damage connecting component.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the enlarged drawing of A in Fig. 1.

Fig. 3 is the enlarged drawing of B in Fig. 2.

Fig. 4 is the enlarged drawing of C in Fig. 2.

Specific embodiment

In order to make those skilled in the art better understand the utility model, below in conjunction with the utility model reality The attached drawing in example is applied, the technical solutions in the embodiments of the present invention are clearly and completely described.

As shown in Figs 1-4, a kind of electrolytic cell of Industrial Wastewater Treatment, including pond body 1, cathode part 2, anode member 3 and company Relay part 4 sets that there are four by the yin wherein the pond body 1 is that inner wall is equipped with ceramic layer fountain square in the pond body 1 The electrolysis means that pole part 2, anode member 3 and power supply 6 are constituted, the cathode part 1 are steel plate, and the anode member 3 is in compound Ni―Ti anode net made of interbed ti-supported lead dioxide electric material, the anode member 3 and the cathode part 2, which are spaced apart from each other, to be arranged one Rise, i.e., anode member 3 it is adjacent with cathode part 2 together with, then by connecting component 4 realize fix；

Wherein the connecting component 4 include to connect ontology 41, first connecting portion 42 and second connecting portion 43, it is described First connecting portion 42 and second connecting portion 43 are respectively perpendicular to connection 41 bottom of ontology；And first connecting portion 42 is and the connection The integrally formed titanium item of ontology 41, the second connecting portion 43 are the titanium item of inner hollow；Described first connects Socket part 42 and the anode member 3 are connected, the connected mode be via being welded and fixed together, the second connecting portion 43 with The cathode part 2 is detachably connected.

Specifically, being equipped with a placed cavity 411 in the connection ontology 41, first is equipped in the placed cavity 411 absolutely Edge body 413, the first insulator 413 are pipeline made of ceramics；Simultaneously be additionally provided on the connection ontology 411 it is multiple and The quantity of the lock chamber that placed cavity 413 is connected, the lock chamber is consistent with the quantity of cathode part 2, and the lock chamber and second connects Chamber in socket part 43 is connected, and second insulator 414, the second insulator are equipped on the lock chamber and second connecting portion 43 414 are made of ceramic material, and are connected in second connecting portion 43；Electric conductor 44 is equipped in the first insulator 413, The electric conductor 44 is electric wire, and be equipped in the second insulator 414 copper bar that is connected with the electric conductor 44 and with the copper The connected copper sheet of item, the copper sheet are installed on the inner wall of second insulator 414；First insulator and second insulator, can It effectively avoids the cathode traces of power supply from passing on connection ontology, causes power supply short circuit, lead to power-fail.

Further, a fixation member 5 is equipped on the lower end of the second connecting portion 43, which includes First fixinig plate 51, the second fixinig plate 52 and elastic component 53, wherein dividing on first fixinig plate 51 and the second fixinig plate 52 Not She You inner wall there is the ceramic insulating layer of copper sheet, and first fixinig plate 51 and the second fixinig plate 52 pass through 53 phase of elastic component Even, and elastic component 53 is in non-retracted position；The the first arc protrusion to bend inwards is equipped on first fixinig plate 51 511, the second arc protrusion 522 and third arc protrusion 523 to bend inwards is equipped on second fixinig plate 52, wherein the Two arc protrusions 522 are located at the top of third arc protrusion 523, and horizontal plane locating for the first arc protrusion 511 is located at second Between horizontal plane locating for arc protrusion 522 and third arc protrusion 523.

Further, the first groove 211, the second groove 222 and third groove 223, tool are equipped on the cathode part 2 Body, first groove 211 is matched with first arc protrusion 511, and the second groove 222 and second arc are convex Portion 522 matches, and third groove 223 is matched with third arc protrusion 523, and described herein matching is combined into, in cathode part 2 When being caught between the first fixinig plate 51 and the second fixinig plate 52, arc protrusion can be caught in corresponding groove；Described First arc protrusion 511 is equipped with multiple retaining lugs 514, and first groove 511 is equipped with multiple convex with the fixation The fixation cavity 214 that portion 514 matches, specifically, being caught in the cathode part 2 to the first fixinig plate 51 and the second fixinig plate 52 Between when, the retaining lugs 514 can be first caught in fixed cavity 214, then the second arc protrusion 522 and the Three arc protrusions 523 can be caught in corresponding groove.

In order to enable cathode part 2 and 3 lower end of anode member are stablized, it is installed with a clamping component 7 in 1 bottom of pond body, The clamping component 7 includes the first clamping element 71 and the second clamping element 72, and first clamping element 71 and the second clamping element 72 divide Not Wei a C font titanium；The clamping component 7 can be such that cathode part 2 and 3 lower end of anode member fixes, and keep lower end in water flow It will not shake under impact, further keep monolithic stability；And clamping component 7 also can avoid cathode part 2 and move downward, and protect Hold monolithic stability；It is also equipped with ozone pipeline 8 in the bottom of the pond body 1, which can be convenient for ozone in electrolytic process Organic matter is aoxidized；The ozone generating-device 9 being connected with the ozone pipeline 8 is equipped with outside the pond body 1.

Obviously, described embodiment is only a part of the embodiment of the utility model, instead of all the embodiments. Based on the embodiments of the present invention, obtained by those of ordinary skill in the art without making creative efforts The range of the utility model protection all should belong in every other embodiment.

Claims

1. a kind of electrolytic cell of Industrial Wastewater Treatment, including pond body (1), cathode part (2), anode member (3) and connecting component (4)；The cathode part (2) and the anode member (3) are spaced apart from each other setting；It is characterized by: the connecting component (4) includes connecting Connect ontology (41), first connecting portion (42) and second connecting portion (43)；The first connecting portion (42) and anode member (3) are connected, The second connecting portion (43) is detachably connected by a fixation member (5) with cathode part (2)；The fixation member (5) includes First fixinig plate (51), the second fixinig plate (52) and the elastic component being set between the first fixinig plate (51) and the second fixinig plate (52) (53)；First fixinig plate (51) is equipped with the first arc protrusion (511)；Second fixinig plate (52) is equipped with the second arc Shape protrusion (522) and the third arc protrusion (523) being located at below second arc protrusion (522)；First arc is convex Horizontal plane locating for portion (511) is between the second arc protrusion (522) and third arc protrusion (523)；The cathode part (2) it is equipped with the first groove (211) matched with the first arc protrusion (511), matches with the second arc protrusion (522) Second groove (222) and the third groove (223) matched with third arc protrusion (523)；First arc protrusion (511) It is equipped with multiple retaining lugs (514), first groove (211) matches equipped with multiple with the retaining lugs (514) Fixation cavity (214).

2. a kind of electrolytic cell of Industrial Wastewater Treatment according to claim 1, it is characterised in that: the pond body (1) Bottom is installed with clamping component (7), the clamping component include the first clamping element (71) and the second clamping element (72), described first Clamping element and the second clamping element are the titanium part of a C font.

3. a kind of electrolytic cell of Industrial Wastewater Treatment according to claim 1, it is characterised in that: the connection ontology (41) placed cavity (411) are equipped in, are equipped with first insulator (413) in the placed cavity.

4. a kind of electrolytic cell of Industrial Wastewater Treatment according to claim 3, it is characterised in that: the first insulator It (413) is pipeline made of ceramics.

5. a kind of electrolytic cell of Industrial Wastewater Treatment according to claim 3, it is characterised in that: the connection ontology (41) multiple lock chambers being connected with placed cavity (411) are equipped with.

6. a kind of electrolytic cell of Industrial Wastewater Treatment according to claim 1, it is characterised in that: the bottom of the pond body Equipped with ozone pipeline (8), the ozone generating-device (9) being connected with the ozone pipeline is equipped with outside the pond body.