CN207726780U - A kind of pressure-bearing type device for electrochemical water preparation - Google Patents

Abstract

The utility model is related to a kind of pressure-bearing type device for electrochemical water preparation, including babinet, door body, cathode plate, anode plate, water inlet component, outlet pipe, anti-fall arm, anti-fall arm one end connects door body pivot, and the other end connects door body；Water inlet component includes water inlet pipe and backstop, and water inlet pipe, outlet pipe are respectively arranged at the lower part and top of babinet, and outlet pipe is connected to box house, and water inlet pipe both ends, outlet pipe both ends are pierced by from tank ends respectively；Backstop is obliquely installed and is fixedly connected on water inlet pipe, and water inlet pipe is connected to by the mesh on backstop with box house；The cross section of babinet is arc-shaped, and door body includes arc panel and rectangle door-plate, and rectangle door-plate includes door cover plate, doorframe, and sealing strip is arranged between doorframe and door cover plate.The utility model water treatment facilities pressure-bearing is big, and anode plate service life is long, and door body is easy to open, and device treatment effect improves, O＆M is simple, conveniently, improves sealing performance, extends applying working condition condition and adapts to installation space.

Description

A kind of pressure-bearing type device for electrochemical water preparation

Technical field

The utility model is related to electro-chemical water process field more particularly to a kind of pressure-bearing type device for electrochemical water preparation.

Background technology

Currently, the country is for industrial circulation water treatment system, it is common to use add water stabilization medicament to improve recirculated water The cycles of concentration of system, to reduce new water amount of makeup water and sewage treatment.Traditional water stabilization medicament includes mainly：Inhibition Agent, antisludging agent, fungicide etc., for the fouling and corrosion of pipeline and equipment in control loop water system, in addition to being used for water every year Except the medicament somewhat expensive and operating cost height of matter processing, there is also problems with：(1) chemical agent usage amount is larger, It is transported and storage pollutes the environment in the process；(2) medicament itself can form suspended matter and precipitation in circulation, pollution Circulating water quality；(3) raising of circulation conductivity, acceleration system blowdown can be caused after medicament by adding；(4) sewerage by In containing water treatment agent, secondary pollution can be generated to environment with the discharge of trade effluent.

Therefore, it is necessary to develop a kind of economical and practical method for treating circulating cooling water so that the above problem be resolved and Improve in recent years, domestic and international scientist proposes and a kind of perfect so-called " high-level oxidation technology " method, and this method passes through comprehensive The processing for carrying out organic sewage using light, sound, electricity, magnetic or innocuous agents catalytic oxidation technologies is closed, good effect has been obtained.It is high Grade oxidation technology method is more difficult to degrade before capable of handling and endangers biotic environment larger Components of Organic Pollutants, to become Sewage disposal face to face is studied and the forward position of application.And the one kind of electrochemical water treatment technology as high-level oxidation technology, due to it The advantages that cleaning, environmental-friendly, using water wisely, selects well as one of technology of industrial recirculating cooling water treatment.Electrochemistry The inhibition of circulating water quality stabilization treatment technology, scale inhibition, sterilization algae removal effect are good, need not be thrown using the recirculated water of this technology Add any chemical agent, and force water amount of blowdown few, can not only save medicament expense and moisturizing expense, but also has energy saving well subtract Row and environmental protection effect.

Electrochemical water treatment technology refers in specific electrochemical reactor, passing through one under the action of extra electric field Chemical reaction, electrochemical process or the physical process of Series Design generate a large amount of free radical, and then utilize the strong oxygen of free radical The technical process that the property changed degrades to the pollutant in waste water, is one kind of high-level oxidation technology, as a kind of clean place Science and engineering skill, electrochemical techniques have the advantages that incomparable compared with other water technologies.

Electrochemical techniques are that the present Treatment of Industrial Water field that solves uses the important of negative issue caused by chemical agent Method is generally handled using electro-chemical water processing dress stomach to be directly placed into pond to be treated in currently available technology Work, although simple and practicable, has the following defects：(1) device for electrochemical water preparation cross section is that square structure is set at present Meter, pressure-bearing is small, cannot meet current operating mode requirement, and making welding capacity is big, difficulty of processing is big, of high cost；(2) flow from into Water pipe directly washes away anode after entering babinet, and anode plate service life is short；(3) inlet and outlet pipes are unidirectionally to set stomach, are needed It to be laid out according to Operating condition adjustment device structure, device adaptability for working condition is poor, the degree of modularity is low；(4) door body opening ways are most Using guide rail is arranged above babinet, guide rail is interconnected to constitute by straightway and arc section, in guide rail structure arc transition section There are dead angle, equipment door-plate opens difficulty, especially particularly problematic in use for some time；(5) square structure is to carrying High water process amount, can only aggrandizement apparatus size, thus cause device occupied space big, in significant portion enterprise due to being fitted without Space causes project that can not promote, and device O＆M difficulty is big, and device upper end pole plate snaking is difficult；(6) water treatment facilities door body Sealing effect is bad, influences water treatment efficiency.

Utility model content

For the defect of above-mentioned device for electrochemical water preparation, the purpose of this utility model is to provide a kind of pressure-bearing type electrifications Water treatment facilities is learned, existing device for electrochemical water preparation pressure-bearing is small, anode plate is fragile, inlet and outlet pipes operating mode to solve at present The technical problems such as bad adaptability.

The technical issues of the utility model is solved can take following scheme to realize：At a kind of pressure-bearing type electro-chemical water Device, including babinet, door body, cathode plate, anode plate, water inlet component, outlet pipe are managed, the babinet front is open, water process institute Cathode plate and/or anode plate are fixedly installed in the babinet, and the anode plate and/or cathode plate used in water process fix peace On inner surface loaded on the door body, the door body is pivotally connected with the babinet by pivot, and the pivot can be with own axes It being rotated for shaft, the door body can seal the opening of the babinet, when the door body is in sealing state, the cathode plate Stomach is set with the anode plate interval and the door body is fixedly connected with the babinet；It is characterized in that：Described device further includes preventing Arm is fallen, one end of the anti-fall arm is fixedly connected with the top of the pivot, and the other end is fixedly connected with the upper end of the door body； The water inlet component includes water inlet pipe and backstop, and the water inlet pipe is set to the lower part of the babinet, and the outlet pipe is set to The top of the babinet, the outlet pipe are connected to the box house, and the both ends of the water inlet pipe, the both ends of outlet pipe are divided equally Be not pierced by from the both ends of the babinet, when the water inlet pipe one end water inlet when, the other end is closed by valve, when it is described go out When one end water outlet of water pipe, the other end is closed by valve；The backstop is obliquely installed and is fixedly connected on the water inlet pipe Positioned at the part of box house, the water inlet pipe is connected to by the mesh on the backstop with the box house；The babinet Arbitrary height at cross section it is arc-shaped, the door body is that the rear surrounded by roof, bottom wall, antetheca and two side walls opens The shell of mouth, when the door body is in sealing state, the opening of the door body and open corresponding, the shell of the babinet The two side walls of body are arc panel, and antetheca is rectangle door-plate, and the rectangle door-plate includes door cover plate, doorframe, sealing strip, in institute The seal groove for being provided with rectangular ring on doorframe is stated, the sealing strip of rectangular ring is provided in the seal groove, when the door When cover board is fixedly connected with the doorframe, the door cover plate contacts realization sealing with the sealing strip.

As preferred：The left or right of the cathode plate is provided with several water holes, and the water hole of each layer cathode plate is left The right side is staggered, and scattering device has multiple holes on the anode plate.

As preferred：The quantity of the backstop is two and is symmetricly set on the both sides on the water inlet pipe top.

As preferred：The lower end of two backstops is fixedly connected with the water inlet pipe, and is had in the water inlet component On cross section at backstop, the distance between two backstops gradually increases from bottom to up.

As preferred：The backstop is 25 degree to 45 degree relative to the inclination angle of vertical direction.

After technical solution described in the utility model, following advantageous effect is brought：(1) the utility model electro-chemical water Processing unit can solve environmental issue caused by Circulating water effluent, save medicament expense, save supplement water rate use, avoid it is secondary Pollution, while huge sewage disposal and discharge fee are saved, it realizes optimization circulation, reduces the huge of enterprise's sewerage Volume is invested and O＆M expense；(2) apparatus main body feature cross-section is generally circular, and bearing capacity is big, can meet current open type, Closed-type circulating cooling water system pressure demand promotes the treating capacity of effective device space, increases equipment disposal ability；(3) round Structure is reduced compared with square structure manufacture difficulty, production process is less, low manufacture cost；(4) compared with square structure, due to pressure-bearing Increase, in same treating capacity, equipment size reduces, height reduces, floor space reduces, and adapts to special operation condition (installation Space is relatively low) workshop, it is convenient and simple for operation during project maintenance, equipment snaking；(5) dress stomach door-opening mechanism is designed as door Axis adds anti-fall arm, avoids dress stomach door body tenesmus deformation, will not subsequently cause to fill stomach door with the extension of operation hours Body unlatches and closes difficulty；(6) backstop is set on water inlet pipe, and backstop is designed as being biased to obliquity structure, avoids flow direct The case where flushing device critical piece (anode plate), greatly improve the service life of anode plate, reduce anode plate the replacement frequency, Reduce cost；(7) device water inlet, outlet conduit are set as two-way, and both ends can intake, be discharged, and actual condition is avoided to dock Nozzle facilitates all kinds of operating modes in adaptation scene to form field moduleization installation, previous one direction is overcome to pass in and out towards inconsistence problems The drawbacks of water；(8) sealing structure between door cover plate and doorframe improves the sealing performance of door cover plate.

Description of the drawings

It is required in being described below to embodiment in order to illustrate more clearly of the technical scheme in the embodiment of the utility model Attached drawing to be used is briefly described, it should be apparent that, the accompanying drawings in the following description is only some realities of the utility model Example is applied, it for those of ordinary skill in the art, without creative efforts, can also be according to these attached drawings Obtain other attached drawings.

Fig. 1 is the structural schematic diagram of the utility model pressure-bearing type device for electrochemical water preparation；

Fig. 2 is the structural schematic diagram of the utility model pressure-bearing type device for electrochemical water preparation；

Fig. 3 is the vertical view of the utility model pressure-bearing type electro-chemical water processing dress stomach；

Fig. 4 is the assembling schematic diagram of the utility model pressure-bearing type electro-chemical water processing dress stomach rectangle door-plate；

Fig. 5 is the cross section view of the utility model pressure-bearing type electro-chemical water processing dress stomach rectangle door-plate；

Fig. 6 is the structural schematic diagram of the utility model pressure-bearing type electro-chemical water processing dress stomach water inlet component；

Fig. 7 is the sectional view of line A-A of the utility model pressure-bearing type device for electrochemical water preparation water inlet component in Fig. 4；

Main tender and label：

Babinet：1；Door body：2；Cathode plate：3；Anode plate：4；Anti-fall arm：5；Water inlet component：6：Outlet pipe：7：Pedestal：8； Pivot：21；Arc panel：22；Rectangle door-plate：23；Water hole：31；Water inlet pipe：61；Backstop：62；Door cover plate：231；Doorframe： 232；Sealing strip：233.

Specific implementation mode

To make the purpose of this utility model, technical solution and advantage clearly show, below in conjunction with attached drawing to this Utility model embodiment is described in further detail.

Embodiment

Fig. 1, Fig. 2 are the structural schematic diagram of the present embodiment pressure-bearing type electro-chemical water processing dress stomach, and Fig. 3 is device vertical view, The water treatment facilities as shown in Fig. 1 to 3 includes babinet 1, door body 2, cathode plate 3, anode plate 4, water inlet component 6, outlet pipe 7, described 1 front of babinet is open, and the cathode plate 3 used in water process is fixedly installed in the babinet 1, and the anode plate 4 used in water process is solid On inner surface of the Dingan County loaded on the door body 2, the babinet 1 is fixedly connected on pedestal 8, and the door body 2 is logical with the babinet 1 The pivot joint of pivot 21 is crossed, the pivot 21 can be rotated by shaft of own axes, and the door body 2 can seal the babinet 1 Opening, when the door body 2 is in sealing state, the cathode plate 3 and the anode plate 4 interval setting and the door body 2 with The babinet 1 is fixedly connected, and this be fixedly connected can be realized by threaded fastener；

Cross section at the arbitrary height of the babinet 1 is arc-shaped, and the door body 2 is by roof, bottom wall, antetheca and two The shell for the rear opening that a side wall surrounds, when the door body 2 is in sealing state, opening and the case of the door body 2 The opening of body 1 is corresponding, and the two side walls of the shell are arc panel 22, and antetheca is rectangle door-plate 23, and Fig. 4,5 are rectangular door The structural schematic diagram of plate 23, as shown in Figure 4,5, the rectangle door-plate 23 include door cover plate 231, doorframe 232, sealing strip 233, institute Doorframe 232 is stated to be fixedly connected in the front openings surrounded by roof, bottom wall, antetheca and two side walls, the door cover plate 231 with The pivot joint on one side of the doorframe 232, the door cover plate 231 can be fixedly connected with the doorframe 232, when the door cover plate 231 When being fixedly connected with the doorframe 232, the door cover plate 231 closes the front openings, in each edge of the doorframe 232 It is respectively provided with seal groove, the seal groove on adjacent edge is connected to form the seal groove of rectangular ring, and sealing strip is equipped in seal groove 233, sealing strip 233 is the sealing strip of rectangular ring corresponding with sealing groove shape, when the door cover plate 231 and the door When frame 232 is fixedly connected, the door cover plate 231 contacts realization sealing with the sealing strip 233.Sealing between door cover plate and doorframe Structure enhances the sealing performance of door cover plate, ensure that the bearing capacity of whole device, while door cover plate can also be to being mounted on door Anode plate on body forms protection.

The dress stomach further includes anti-fall arm 5, and one end of the anti-fall arm 5 is fixedly connected with the top of the pivot 21, separately One end is fixedly connected with the upper end of the door body 2；Because being mounted with the anode plate with constant weight in door body, with dressing stomach Tenesmus deformation can occur using door body, the setting of anti-fall arm can give door body to apply a upward power, avoid door body with using Gradually the caused door body unlatching of tenesmus, closing are difficult for the extension of time.

Fig. 6, Fig. 7 are the structure chart of water inlet component, and as shown in Figure 6,7, the water inlet component 6 includes water inlet pipe 61 and backstop 62, the quantity of the backstop 62 is two and is symmetricly set on the both sides on 61 top of the water inlet pipe, two backstops 62 Lower end is fixedly connected with the part that the water inlet pipe 61 is located inside babinet 1, and is had at backstop 62 in the water inlet component 6 On cross section, the distance between two backstops 62 gradually increases from bottom to up, and the backstop 62 inclines relative to vertical direction Angle is 25 degree.

The water inlet pipe 61 sets stomach in the lower part of the babinet 1, and the outlet pipe 7 sets stomach in the top of the babinet 1, institute It states outlet pipe 7 to be connected to 1 inside of the babinet, the both ends of the water inlet pipe 61, the both ends of outlet pipe 7 are respectively from the babinet 1 both ends are pierced by, and the both ends of the water inlet pipe 61 can intake, when the water inlet of one end of the water inlet pipe 61, the other end It is closed by valve, the both ends of the outlet pipe 7 can be out of the water, and when the water outlet of one end of the outlet pipe 7, the other end is logical Cross valve closing；The backstop 62 is obliquely installed and is fixedly connected on the part that the water inlet pipe 61 is located inside babinet 1, described Water inlet pipe 61 is connected to by the mesh on the backstop 62 with 1 inside of the babinet.Backstop, water inlet pipe are set on water inlet pipe It is only connected to 1 inside of babinet by the mesh on backstop, flow is inevitable when flowing into babinet from water inlet pipe first to flow through backstop, to keep away Exempt from flow and impact directly is formed to anode plate after water inlet pipe outflow；Backstop is set to be inclined at the top of water inlet pipe, transversal Distance at face between two backstops gradually increases from bottom to up, further extends the water that flow reaches anode plate from water inlet pipe Road further decreases impact force of the flow for anode plate.

The left or right of the cathode plate 3 is provided with several water holes 31, and the water hole 31 or so of each layer cathode plate is handed over Mistake sets stomach, and scattering device has multiple holes on the anode plate 4；The water hole being staggered on cathode plate makes device entirety flow side To curve eddy flow flow direction is designed as, the water for flowing through equipment every time passes through repeatedly the electrochemical treatments in same voltage regime space, Greatly improve the processing capacity of equipment.

Above description is only a specific implementation of the present invention, but the scope of protection of the utility model is not limited to In this, any one skilled in the art within the technical scope disclosed by the utility model, can readily occur in variation Or replace, it should be covered within the scope of the utility model.Therefore, the scope of protection of the utility model should be with the power Subject to the protection domain that profit requires.

Claims (5)

1. a kind of pressure-bearing type device for electrochemical water preparation, including babinet (1), door body (2), cathode plate (3), anode plate (4), water inlet Component (6), outlet pipe (7), babinet (1) front is open, and the cathode plate (3) and/or anode plate (4) used in water process are fixed It is installed in the babinet (1), anode plate (4) and/or cathode plate (3) used in water process are fixedly installed in the door body (2) Inner surface on, the door body (2) and the babinet (1) are pivotally connected by pivot (21), and the pivot (21) can be with itself axis Line rotates for shaft, and the door body (2) can seal the opening of the babinet (1), when the door body (2) is in sealing state When, the cathode plate (3) and the setting of the anode plate (4) interval and the door body (2) are fixedly connected with the babinet (1)；

It is characterized in that：Described device further includes anti-fall arm (5), the top of one end and the pivot (21) of the anti-fall arm (5) End is fixedly connected, and the other end is fixedly connected with the upper end of the door body (2)；The water inlet component (6) include water inlet pipe (61) and Backstop (62), the water inlet pipe (61) are set to the lower part of the babinet (1), and the outlet pipe (7) is set to the babinet (1) Top, be connected to inside the outlet pipe (7) and the babinet (1), the both ends of the water inlet pipe (61), the two of outlet pipe (7) End is respectively pierced by from the both ends of the babinet (1), and when the water inlet of one end of the water inlet pipe (61), the other end passes through valve It closes, when the water outlet of one end of the outlet pipe (7), the other end is closed by valve；The backstop (62) be obliquely installed and It is fixedly connected on the water inlet pipe (61) and is located at the internal part of babinet (1), the water inlet pipe (61) passes through the backstop (62) On mesh and the babinet (1) inside be connected to；

Cross section at the arbitrary height of the babinet (1) is arc-shaped, and the door body (2) is by roof, bottom wall, antetheca and two The shell for the rear opening that a side wall surrounds, when the door body (2) is in sealing state, the opening of the door body (2) and institute The opening for stating babinet (1) is corresponding, and the two side walls of the shell are arc panel (22), and antetheca is rectangle door-plate (23), institute It includes door cover plate (231), doorframe (232), sealing strip (233) to state rectangle door-plate (23), and square is provided on the doorframe (232) The cricoid seal groove of shape is provided with the sealing strip (233) of rectangular ring in the seal groove, when the door cover plate (231) with When the doorframe (232) is fixedly connected, the door cover plate (231) contacts realization sealing with the sealing strip (233).

2. pressure-bearing type device for electrochemical water preparation according to claim 1, it is characterised in that：A left side for the cathode plate (3) End or right end are provided with several water holes (31), and water hole (31) left and right of each layer cathode plate is staggered, the anode plate (4) Upper scattering device has multiple holes.

3. pressure-bearing type device for electrochemical water preparation according to claim 1, it is characterised in that：The quantity of the backstop (62) For two and it is symmetricly set on the both sides on the water inlet pipe (61) top.

4. pressure-bearing type device for electrochemical water preparation according to claim 3, it is characterised in that：Two backstops (62) Lower end is fixedly connected with the water inlet pipe (61), and on the cross section that the water inlet component (6) has at backstop (62), two Distance between the backstop (62) gradually increases from bottom to up.

5. pressure-bearing type device for electrochemical water preparation according to claim 4, it is characterised in that：The backstop (62) relative to The inclination angle of vertical direction is 25 degree to 45 degree.