CN205556191U - Highly dense microvovtex electrolytic flocculation device - Google Patents
Highly dense microvovtex electrolytic flocculation device Download PDFInfo
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- CN205556191U CN205556191U CN201620360354.1U CN201620360354U CN205556191U CN 205556191 U CN205556191 U CN 205556191U CN 201620360354 U CN201620360354 U CN 201620360354U CN 205556191 U CN205556191 U CN 205556191U
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Abstract
The utility model relates to a highly dense microvovtex electrolytic flocculation device belongs to water treatment facilities technical field, including support piece, connecting piece and three blade profile rivers control panels, this electrolytic flocculation device laminate arrangement is equipped with two -layerly at least, and through the support piece connection, every layer is equipped with 2~8 three blade profile rivers control panels between each layer, and the equidistant parallel arrangement of three blade profile rivers control panels is on the connecting piece to with connecting piece fixed connection, three blade profile rivers control panels include the highly dense piece of dividing, first microvovtex piece and the second microvovtex piece that blocks water that blocks water, the highly dense piece of dividing is on a parallel with water flow direction and arranges, first microvovtex blocks water piece and second microvovtex and blocks water the piece symmetry and set up in the extension line direction both sides of the highly dense piece of dividing, compares with prior art, this electrolytic flocculation device material economizes, with low costs, intensity is high, longe -lived, and effectual, efficient.
Description
Technical field
This utility model belongs to technical field of water treatment equipment, particularly to a kind of highly dense microvovtex flocculation plant.
Background technology
In water treatment field, flocculation is indispensable one procedure, belongs to water and processes the most frequently used core work
Skill, mainly by flocculation reaction device, changes the current rule of the water having added flocculant, so that wadding
Solidifying agent and water are sufficiently mixed reaction, promote floccule body that the colloidal impurity in water formed with active and in hanging
The ripe floccule body of floating shape comes in contact adsorption, forms uniform floccule body, then follow-up clarified
Impurity is removed by journey by solid-liquid separation.
Existing technology mainly machinery flocculation and waterpower are flocculated.Machinery flocculation is to plant equipment prescription relatively
Height, plant equipment maintenance is big, and Comparison of Management is complicated, and electromechanical equipment needs electricity consumption, and energy consumption is big, operating cost
Height, the most energy-conservation, there is the trend that utilization rate gradually reduces.Waterpower flocculation utilization carrys out water pressure, effectively utilizes remaining
Pressure carries out the coagulation of current, medicament, and Application comparison is many.Waterpower flocculation form is mainly grid flocculation, grizzly bar
Flocculation, flap corrugated sheet flocculation etc., but all there is more shortcoming, such as grid grizzly bar, due to weave mesh
Mostly the material of grizzly bar is plane bar shaped, is in operation, alumina blossom particles decline during easily hanging fascia at its table
Face, affects flocculating effect, the deformation of grid grizzly bar can be caused damaged or even scrap, additionally, due to current time serious
Having equipment and wash away more greatly, the particularly centre of equipment is big by amount of deflection impact, causes grid grizzly bar pole
Yielding, and plane net bar grizzly bar intensity is poor, easily damaged after tangling floating thing；Flap corrugated sheet is then wadded a quilt with cotton
Solidifying effect is general, needs the longer flocculation reaction time could generate preferable alumen ustum, and general flocculation time is wanted
More than 25 minutes, civil engineering cell body is big, investment height, and constructs complex, and material usage is many, and price is relatively
Expensive.
Therefore need badly in the middle of prior art and want a kind of novel technical scheme to solve this problem.
Summary of the invention
Technical problem to be solved in the utility model is: the defect existed for existing flocculation apparatus and deficiency,
In order to solve, the hanging fascia alumen ustum of grid grizzly bar, intensity is poor, the problem of cracky deformation, and flap waveform
The problem that plate flocculating effect is poor, material usage is big, cost is high, it is provided that a kind of highly dense microvovtex flocculation plant,
This flocculation plant material province, low cost, intensity is high, the life-span is long and effective, efficiency is high.
For realizing above-mentioned technical purpose, the technical solution adopted in the utility model is for providing a kind of highly dense microvovtex wadding
Solidifying device, is characterized in that: include support member, connector and trilobal cross water flow control plate, this flocculation plant divides
Layer is arranged, at least provided with two-layer, being connected by support member between each layer, every layer is provided with 2～8 trilobal crosses
Water flow control plate, described trilobal cross water flow control plate is equidistantly set in parallel on connector, and and connector
Fixing connection；
Wherein said trilobal cross water flow control plate includes highly dense water diversing sheet, the first microvovtex waterstop and the second microvovtex
Waterstop；Described highly dense water diversing sheet is parallel to water (flow) direction and arranges；Described first microvovtex waterstop and second micro-
Whirlpool waterstop is symmetricly set on the both sides, extended line direction of highly dense water diversing sheet.
In 30 °～the angle of 180 ° between described first microvovtex waterstop and the second microvovtex waterstop.
Described highly dense water diversing sheet, the first microvovtex waterstop and the second microvovtex waterstop are evenly arranged, each other
In the angle of 120 °.
In same level, adjacent two described trilobal cross water flow control plate spacing are 50mm～400mm, same perpendicular
Adjacent two described trilobal cross water flow control plate spacing 100mm～500mm in straight plane.
Described highly dense water diversing sheet, the first microvovtex waterstop and the second microvovtex waterstop are solid by welding each other
Surely link together.
Described highly dense water diversing sheet, the first microvovtex waterstop and the second microvovtex waterstop pass through center circle each other
Pipe is fixed together.
By above-mentioned design, this utility model can bring following beneficial effect: a kind of highly dense microvovtex is wadded a quilt with cotton
Solidifying device, water flow control plate is SANYE section bar, and trilobal cross water flow control plate includes highly dense water diversing sheet, first micro-
Whirlpool waterstop and the second microvovtex waterstop, the highly dense water diversing sheet of vertical direction can regard straight plate, highly dense point of water as
Sheet is parallel to water (flow) direction layout can effectively split current, segments flocculation basin lattice size, reduces flocculation
The yardstick of pond vortex, increases considerably vortex quantity, is greatly increased the strength and stiffness of equipment simultaneously, extends
Service life of equipment；First microvovtex waterstop and the second microvovtex waterstop are symmetricly set on prolonging of highly dense water diversing sheet
Both sides, long line direction, the first microvovtex waterstop and the second microvovtex waterstop can be regarded as the planar strip of grid grizzly bar
Shape makes the shelving of doubling into, and one is the equipment intensity being greatly increased, and stress is more preferable；Two is to be especially advantageous for slip,
Will not be in the surface deposition of net bar；Three is that microvovtex waterstop can make the cross-section of river change, and the fluidised form of current is anxious
Acute change, thus form a high proportion of micro-vortex；Trilobal cross water flow control plate enhances flow-disturbing, is greatly increased
The quantity of micro-vortex, so that medicament spreads rapidly, granule and current are fully contacted collision and flocculation, solidifying
Poly-, flocculation time is substantially shorter, and within 8-10 minute, can react complete, more traditional grid grizzly bar flap wadding
The solidifying 20-30 minute time is highly efficient, and the civil engineering pond saving more than 50% holds, and is substantially reduced construction investment.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, this utility model is further described:
Fig. 1 is a kind of highly dense microvovtex flocculation plant structural representation of this utility model.
Fig. 2 is the schematic front view of a kind of highly dense microvovtex flocculation plant of this utility model.
Fig. 3 is the schematic top plan view of a kind of highly dense microvovtex flocculation plant of this utility model.
Fig. 4 is the structural representation of trilobal cross water flow control plate in embodiment one of the present utility model.
Fig. 5 is the structural representation of trilobal cross water flow control plate in embodiment two of the present utility model.
In figure: 1-support member, 2-connector, 3-trilobal cross water flow control plate, the highly dense water diversing sheet of 301-, 302-
First microvovtex waterstop, 303-the second microvovtex waterstop.
Detailed description of the invention
A kind of highly dense microvovtex flocculation plant, as shown in Figure 1, Figure 2 and Figure 3, including support member 1, connector
2 and trilobal cross water flow control plate 3, this flocculation plant layered arrangement, at least provided with two-layer, pass through between each layer
Support member 1 connects, and during flocculation reaction, differs in size according to the lattice size of flocculation basin, and every layer sets
Having 2～8 trilobal cross water flow control plate 3, described trilobal cross water flow control plate 3 is equidistantly set in parallel in
On connector 2, and fixing with connector 2 it is connected；This flocculation plant can be plastic material or metal material；
Wherein said trilobal cross water flow control plate 3 includes highly dense water diversing sheet the 301, first microvovtex waterstop 302 and
Second microvovtex waterstop 303；Described highly dense water diversing sheet 301 is parallel to water (flow) direction and arranges；Described first microvovtex
Waterstop 302 and the second microvovtex waterstop 303 are symmetricly set on the extended line direction two of highly dense water diversing sheet 301
Side.
Further, in 30 °～the folder of 180 ° between the first microvovtex waterstop 302 and the second microvovtex waterstop 303
Angle, angle therebetween is mainly the water quality and quantity according to engineering water and water outlet requires and other waterpower
Condition determines.
Further, described highly dense water diversing sheet the 301, first microvovtex waterstop 302 and the second microvovtex waterstop 303
It is evenly arranged, each other in the angle of 120 °.
Further, in same level adjacent two described trilobal cross water flow control plate 3 spacing be 50mm～
400mm, adjacent two described trilobal cross water flow control plate 3 spacing 100mm～500mm on same perpendicular.
Further, described highly dense water diversing sheet the 301, first microvovtex waterstop 302 and the second microvovtex waterstop 303
It is fixedly connected by welding each other together.
Further, described highly dense water diversing sheet the 301, first microvovtex waterstop 302 and the second microvovtex waterstop 303
It is fixed together by center pipe each other.
Embodiment one
A kind of highly dense microvovtex flocculation plant, this device materials uses metal material, including support member 1, connector
2 and trilobal cross water flow control plate 3, by six trilobal cross water flow control plate 3 at a certain distance parallel through connection
Part 2 is assembled into monolayer mesh sheet, then is superposed to multilamellar by monolayer mesh sheet by support member 1, and single unit system is made
Cage type structure, six of which trilobal cross water flow control plate 3 is set in parallel between connector 2 mutually,
And end, six trilobal cross water flow control plate 3 two ends is all connected by welding is fixing with connector 2；Such as Fig. 4
Shown in, trilobal cross water flow control plate 3 includes that highly dense water diversing sheet the 301, first microvovtex waterstop 302 and second is micro-
Whirlpool waterstop 303, described highly dense water diversing sheet 301 is parallel to water (flow) direction and arranges；Described first microvovtex waterstop
302 and second microvovtex waterstop 303 be symmetricly set on the both sides, extended line direction of highly dense water diversing sheet 301, highly dense
Water diversing sheet the 301, first microvovtex waterstop 302 and the second microvovtex waterstop 303 are directly welded at one each other
Rise.
Embodiment two
A kind of highly dense microvovtex flocculation plant, this device materials uses plastic material, including support member 1, connector
2 and trilobal cross water flow control plate 3, by four trilobal cross water flow control plate 3 at a certain distance parallel through connection
Part 2 is assembled into monolayer mesh sheet, then is superposed to multilamellar by monolayer mesh sheet by support member 1, and single unit system is made
Cage type structure, as it is shown in figure 5, trilobal cross water flow control plate 3 includes highly dense water diversing sheet the 301, first microvovtex
Waterstop 302 and the second microvovtex waterstop 303, described highly dense water diversing sheet the 301, first microvovtex waterstop 302
Being fixed together by center pipe each other with the second microvovtex waterstop 303, plastic material connects
Part 2 uses five-way tubing and the connected composition of short tube, and wherein the five-way of five-way tubing is divided into five directions the most up and down
Left and right and vertical direction, the pipeline of upper and lower both direction is for connecting a point support member 1 for row, left and right both direction
Pipeline for connecting the short tube of layering, the pipeline of vertical direction is for connecting trilobal cross water flow control plate 3
Middle pipe, and support member 1 is PVC pipe, the caliber of support member 1 and trilobal cross water flow control plate 3
The caliber of middle pipe be all higher than the caliber of five-way tubing, it is simple to insert sizing gluing.
Social benefit:
A kind of highly dense microvovtex flocculation plant, trilobal cross water flow control plate 3 includes that highly dense water diversing sheet 301, first is micro-
Whirlpool waterstop 302 and the second microvovtex waterstop 303, the highly dense water diversing sheet 301 of vertical direction can regard straight plate as,
Can effectively split current, segment flocculation basin lattice size, reduce the yardstick of flocculation basin vortex, significantly
Increase vortex quantity, be greatly increased the strength and stiffness of equipment simultaneously, extension device service life.First is micro-
Whirlpool waterstop 302 and the second microvovtex waterstop 303, can regard as the plane bar shaped of grid (grizzly bar) is made into right
The shelving of folding, one is the equipment intensity being greatly increased, and stress is more preferable；Two is to be especially advantageous for slip, Bu Hui
The surface deposition of net bar；Three is that microvovtex waterstop can make the cross-section of river change, and the fluidised form of current drastically changes,
Thus form a high proportion of micro-vortex.Trilobal cross water flow control plate 3 enhances flow-disturbing, considerably increases microvovtex
The quantity of rotation, so that medicament spreads rapidly, granule and current are fully contacted collision and flocculation, cohesion, wadding
The solidifying time is substantially shorter, and within 8-10 minute, can react complete, the more traditional grid grizzly bar folded plate flocculation time
(20-30 minute) is highly efficient, and the civil engineering pond saving more than 50% holds, and is substantially reduced construction investment.This reality
With novel highly dense microvovtex flocculation plant, grid (grizzly bar) and flap (corrugated sheet) are combined,
The two shortcoming being got rid of, advantage is strengthened further, has the advantage of the two, material province, low cost, intensity concurrently
High, the life-span is long and effective, efficiency is high.
Claims (6)
1. a highly dense microvovtex flocculation plant, is characterized in that: include support member (1), connector (2) and
Trilobal cross water flow control plate (3), this flocculation plant layered arrangement, at least provided with two-layer, pass through between each layer
Support member (1) connects, and every layer is provided with 2～8 trilobal cross water flow control plate (3), described trilobal cross water
Flow control plate (3) is equidistantly set in parallel on connector (2), and fixing with connector (2) is connected；
Wherein said trilobal cross water flow control plate (3) includes that highly dense water diversing sheet (301), the first microvovtex block water
Sheet (302) and the second microvovtex waterstop (303)；Described highly dense water diversing sheet (301) is parallel to water (flow) direction
Arrange；Described first microvovtex waterstop (302) and the second microvovtex waterstop (303) are symmetricly set on highly dense
The both sides, extended line direction of water diversing sheet (301).
One the most according to claim 1 highly dense microvovtex flocculation plant, is characterized in that: described first
In 30 °～the angle of 180 ° between microvovtex waterstop (302) and the second microvovtex waterstop (303).
One the most according to claim 1 highly dense microvovtex flocculation plant, is characterized in that: described highly dense
Water diversing sheet (301), the first microvovtex waterstop (302) and the second microvovtex waterstop (303) are evenly arranged,
Each other in the angle of 120 °.
One the most according to claim 1 highly dense microvovtex flocculation plant, is characterized in that: same level
Upper adjacent two described trilobal cross water flow control plate (3) spacing are 50mm～400mm, on same perpendicular
Adjacent two described trilobal cross water flow control plate (3) spacing 100mm～500mm.
One the most according to claim 1 highly dense microvovtex flocculation plant, is characterized in that: described highly dense point
Water sheet (301), the first microvovtex waterstop (302) and the second microvovtex waterstop (303) pass through each other
It is welded and fixed and links together.
One the most according to claim 1 highly dense microvovtex flocculation plant, is characterized in that: described highly dense point
Water sheet (301), the first microvovtex waterstop (302) and the second microvovtex waterstop (303) pass through each other
Center pipe is fixed together.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620360354.1U CN205556191U (en) | 2016-04-26 | 2016-04-26 | Highly dense microvovtex electrolytic flocculation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620360354.1U CN205556191U (en) | 2016-04-26 | 2016-04-26 | Highly dense microvovtex electrolytic flocculation device |
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| CN205556191U true CN205556191U (en) | 2016-09-07 |
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| CN201620360354.1U Active CN205556191U (en) | 2016-04-26 | 2016-04-26 | Highly dense microvovtex electrolytic flocculation device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107162122A (en) * | 2017-07-09 | 2017-09-15 | 北京航天环境工程有限公司 | Iron carbon microvovtex flocculation clarifier |
-
2016
- 2016-04-26 CN CN201620360354.1U patent/CN205556191U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107162122A (en) * | 2017-07-09 | 2017-09-15 | 北京航天环境工程有限公司 | Iron carbon microvovtex flocculation clarifier |
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| GR01 | Patent grant |