CN206467074U - Integrated reclaimed water and rainwater treatment device - Google Patents
Integrated reclaimed water and rainwater treatment device Download PDFInfo
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- CN206467074U CN206467074U CN201720160891.6U CN201720160891U CN206467074U CN 206467074 U CN206467074 U CN 206467074U CN 201720160891 U CN201720160891 U CN 201720160891U CN 206467074 U CN206467074 U CN 206467074U
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Abstract
The utility model discloses a kind of integrated reclaimed water and rainwater treatment device, belong to water treatment field, it is connected including water pump and with water pump and is integrated in the water treatment system on cylindrical cavities, water treatment system is made up of the medicament coagulation unit along current successively one-way flow, stirring flocculation unit, sloping plate deposition unit, filter-cloth filtering unit and activated carbon filter element；Under water pump effect, processed reclaimed water and rainwater passes through flowing flux one-way flow between each unit of water treatment system.The purpose of this utility model be to solve small-sized water treatment station room take certain ground space, mixed economy be worth that low problem and other integration apparatus hydraulics are poor, easily produce dead angle, backwash water greatly, high energy consumption, not good actual motion effect the problem of.
Description
Technical field
The utility model belongs to water treatment engineering technology field, and in particular to a kind of integrated reclaimed water and rainwater treatment dress
Put.
Background technology
Common, the purified treatment and rainwater reuse water process of reclaimed water are, it is necessary to set up the water process station of certain scale.So
And, for the few rainwater profit of the few enterprise of some stain disease treating capacities, small-sized residential area or single building and rainwater reuse amount
With engineering, if setting up a water treatment station, then it is difficult to give full play to reclaimed water and the efficiency of saving water and energy of rainwater reuse.Meanwhile,
Water treatment station, which can be accounted for, consumes certain land area so that its mixed economy value is low.
This problem can be solved using integration apparatus, integrated water treatment equipment has years of researches history so far,
Because having the advantages that small compact conformation, occupation of land, investment and operating cost are small, technique is simple, high treating effect, in municipal drainage pipe
Net is difficult to that the region covered and place be limited, the down town place of an inch of land is an inch of gold has wide application and promotion prospect.
In the early stage of development, this device is based on square, and the biggest advantage of this style of device is exactly easy to process.But,
In theory with actual application, this pattern has larger defect.Hydraulics difference is it with easily generation dead angle
Two main defects, actual treatment does not often reach the effect of needs；In R＆D process of today, people are often with circle
Or the pattern of ellipse is as first choice, so as to solve the problem of selection square device is brought, profile also increasingly tends to be attractive in appearance.
Filter element in general integrated water treatment equipment is more using the handling process of pressure sand filtration, but sand filtration technique has many
Shortcoming, if desired for regular backwash, expends water is big, and good impact load, effluent quality is unstable, and the loss of flood peak is big etc.；This
Research and development go to solve the above problems using filter-cloth filtering unit, while other processing units of reasonable combination are designed.
Utility model content
In view of this, the purpose of this utility model is to provide a kind of integrated reclaimed water and rainwater treatment device, to solve
Small-sized water treatment station room takes certain ground space, mixed economy and is worth low problem and other integration apparatus hydraulics
The problem of difference, easily generation dead angle, big backwash water, high energy consumption, not good actual motion effect.
The utility model is achieved through the following technical solutions：
Integrated reclaimed water and rainwater treatment device, including water pump and be connected with water pump and be integrated in the water on cylindrical cavities
Processing system, the water treatment system is sunk by the medicament coagulation unit along current successively one-way flow, stirring flocculation unit, swash plate
Shallow lake unit, filter-cloth filtering unit and activated carbon filter element composition；The medicament coagulation unit, stirring flocculation unit, swash plate sink
Shallow lake unit, filter-cloth filtering unit and activated carbon filter element include coagulation cavity volume, the stirring appearance being arranged in cylindrical cavities respectively
Chamber, precipitation cavity volume, filter cloth cavity volume and activated carbon cavity volume；
The cylindrical cavities include the inner cylinder and outer barrel that are coaxially disposed, and stirring cavity volume is located in inner cylinder, inner tank theca with it is outer
Pass through the coagulation cavity volume described in dividing plate successively ring cloth, precipitation cavity volume, filter cloth cavity volume and activated carbon cavity volume between cylinder inwall；The post
The outer barrel of shape cavity is connected provided with water inlet, dispensing mouth and delivery port, coagulation cavity volume with water pump by water inlet, and activated carbon holds
Chamber is connected with delivery port；The first perforate and the second perforate are provided with the inner cylinder of the cylindrical cavities, coagulation cavity volume holds with stirring
Chamber is connected by the first perforate, and stirring cavity volume is connected with precipitation cavity volume by the second perforate；Set on the dividing plate of the cylindrical cavities
The 3rd perforate and conduit are equipped with, precipitation cavity volume is connected with filter cloth cavity volume by the 3rd perforate, and filter cloth cavity volume leads to activated carbon cavity volume
Cross conduit connection.
Further, the cross section of the cylindrical cavities is circular, ellipse or D-shaped.
Further, the stirring flocculation unit is additionally included in the mechanical agitation coagulation component set in stirring container, by stirring
Mix motor, rotating shaft, paddle board composition, the rotating shaft vertically located at stirring cavity volume interior center, its be exposed to stirring cavity volume outside
One end is connected with described stirring motor, and its one end being located in stirring cavity volume is configured with described paddle board.
Further, the paddle board is multigroup, multigroup paddle board uniformly at intervals in rotating shaft, and multigroup paddle board stirring partly without leave
Top to bottm is gradually reduced.
Further, the sloping plate deposition unit is additionally included in multiple precipitation inclined plates (32) that precipitation cavity volume inside spin is set,
Its hand of spiral extends from the second perforate to the 3rd perforate.
Further, the filter-cloth filtering unit is additionally included in the filter cloth set in filter cloth cavity volume by support, the filter cloth
Inner chamber activated carbon cavity volume is connected to by described conduit.
Further, the activated carbon filter element is additionally included in the activated carbon piled up in activated carbon cavity volume.
Further, the activated carbon cavity volume of the activated carbon filter element is set to S-type multiple cavitys, adjacent two
Connected between cavity by the 4th perforate.
Advantageous effects of the present utility model are：
1st, coagulation cavity volume, stirring cavity volume, precipitation cavity volume, filter cloth in the integrated device of the utility model, processing unit
Cavity volume and activated carbon cavity volume interval are formed in the closed column shape cavity volume of an entirety, and under water pump conveying, current unidirectionally flow
The dynamic inwall perforate by closed column shape cavity volume is connected, and without unnecessary annex, the loss of flood peak is small, and energy consumption is low；For pressurized tank
Body, its arrangement is compact, occupies little space.
2nd, in the utility model processing unit coaxial line cylindrical cavity, compared to polygon or the sky of irregular shape
Chamber, can reduce the kinetic energy consumption of water flow process, reduce water delivery energy consumption.
3rd, the filter-cloth filtering unit of the utility model processing unit has following excellent compared to more common sand filtration is used at present
Point：1) using water wisely.Backwashing time only has the 1/7 of common sand filtration, saves substantial amounts of backwash water, also can be directly by filter cloth
Cleaning is taken out, it is convenient and swift.2) effluent quality is good and stably.Filter cloth aperture is small, and it is the micro- of several microns (μm) that can retain particle diameter
Little particle；, can be because rinse water remaining in filtering layer be to water outlet after flushing and conventional sand filtration rinses preceding because penetration problem water quality is poor
Have an impact；The water filtered in addition also changes with the change of resistance.3) filter cycle is long, Clean after every length, hydraulic load and
Sludge loading is higher, and the impact of resisting high-concentration load.In filter cloth unit, the big sludge Direct precipitation of particle, will not to bottom of pond
Filter cloth is blocked, i.e., unlike common sand filtration：All suspensions (SS) all have to pass through filtrate.Suspension (SS) load is equivalent to general
1.5 times of logical sand filtration, the common sand filtration increase by 50% of filtering velocity ratio.4) loss of flood peak is small, operating cost is low：The loss of flood peak only has commonly
The 1/7 of sand filtration.
4th, the utility model processing unit from top to bottom, with the reduction for the radius that multigroup paddle board is stirred, is stirring cavity volume
The speed of interior current is gradually reduced, and is so more beneficial for reacting the precipitation of rear impurity with coagulant.
Generally speaking, the utility model processing unit does not ask large and complete, just for gray- water and rain using there is pressure to design
Water, using the physical and chemical process with filter cloth, only needs a water pump to meet requirement, and consume energy low, low cost, and water consume is low, dimension
Protect cost low, take up an area small；The living miscellaneous wastewater that can be widely applied to house, hotel, apartment, school etc. is the sewerage disposing at water source
With part Industrial Wastewater Treatment and rainwater treatment.
The advantage of the utility model annex will be provided in the description of embodiment part below, partly will be from following
Description in become obvious, or by it is of the present utility model practice recognize.
Brief description of the drawings
In order that the purpose of this utility model, technical scheme and advantage are clearer, below in conjunction with accompanying drawing to this practicality
It is new to be described in further detail, wherein：
Fig. 1 is planar structure schematic diagram of the present utility model；
Fig. 2 is Fig. 1 A-A profiles
Fig. 3 is annular regional implementation schematic flow sheet in Fig. 1；
Fig. 4 is process chart of the present utility model；
Reference：1- medicament coagulation units, 11- coagulation cavity volumes；2- stirs flocculation unit, 21- stirrings cavity volume, 22- machines
Tool stirs coagulation component, 221- stirring motors, 222- rotating shafts, 223- paddle boards；3- sloping plate deposition units, 31- precipitations cavity volume, 32-
Precipitation inclined plate；4- filter-cloth filtering units, 41- filter clothes cavity volume, 42- filter clothes, 43- supports, 44- conduits；5- activated carbon filter elements,
51- activated carbons cavity volume, 52- activated carbons；6- columns cavity volume, 61- water inlets, 62- dispensings mouth, the perforates of 63- first, 64- second are opened
Hole, the perforates of 65- the 3rd, the perforates of 66- the 4th, 67- delivery ports；7- reserves water pump rest area.
Embodiment
Below with reference to accompanying drawing, preferred embodiment of the present utility model is described in detail；It should be appreciated that it is preferred that real
Example is applied only for explanation the utility model, rather than in order to limit protection domain of the present utility model.
For the mixed economy of the regeneration treatment of reclaimed water or rainwater to rural area, town region and hotel
Value considers.(do not drawn the utility model proposes integrated reclaimed water and rainwater treatment device, including a whole set of water treatment system and water pump
Go out).Its general principle is a whole set of water treatment system of water pump connection and reclaimed water and rainwater collection pool, and water pump is by the reclaimed water in collecting pit
And rainwater is inputted from the water inlet of a whole set of water treatment system, delivery port of the reclaimed water and rainwater after processing from a whole set of water treatment system
Output.
Referring to Fig. 1, Fig. 2, Fig. 3, a whole set of water treatment system includes medicament coagulation unit 1, the stirring flocculation being sequentially communicated
Unit 2, sloping plate deposition unit 3, filter-cloth filtering unit 4 and activated carbon filter element 5, unit are distributed in a closed post
In shape cavity volume 6.Wherein, stirring flocculation unit 2 is inner positioned at the inner cylinder (unmarked) of column cavity volume 6, medicament coagulation unit 1, swash plate
Precipitation unit 3, filter-cloth filtering unit 4 and activated carbon filter element 5 are sequentially distributed in column cavity volume 6 by dividing plate (unmarked)
In ring-shaped chamber between outer barrel (unmarked) inwall and its inner tank theca, column cavity volume 6 upper cover plate (unmarked) it is every
Individual unit area each sets an access hole (not shown).
Medicament coagulation unit 1, including coagulation cavity volume 11, offer on the outer barrel of column cavity volume 6 and connect with coagulation cavity volume 11
Logical dispensing mouth 62, water inlet 61 and the first perforate connected with stirring cavity volume 21 is offered on the inner cylinder of column cavity volume 6
63.Coagulated agent is put into coagulation cavity volume 11 from dispensing mouth 62, and reclaimed water and rainwater are transported to coagulation cavity volume 11 from water inlet 61
In, after coagulated agent and reclaimed water are mixed in coagulation cavity volume 11, entered by the first perforate 63 in stirring cavity volume 21.This process
For mix stages.
Stir flocculation unit 2, including stirring cavity volume 21, mechanical agitation coagulation component 22.It is to hold with column to stir cavity volume 21
The cylinder cavity volume of chamber coaxial line, mechanical agitation coagulation component 22 includes three groups of paddle boards 223, rotating shaft 222, stirring motors 221, turns
Axle 222 is located in stirring cavity volume 21, and line is arranged coaxially therewith, and one end of rotating shaft 222 is with being fixed on stirring outside stirring cavity volume 21
Mix motor 221 to connect, three groups of distributions of paddle board 223 are fixed on the development length of rotating shaft 222, along rotating shaft 222 from top to bottom, three groups
The stirring radius of paddle board 223 is gradually reduced.This process is flocculated stage.
Sloping plate deposition unit 3, including precipitation cavity volume 31 and precipitation inclined plate 32, precipitation cavity volume 31 are surrounded in column cavity volume 6
In arc cavity volume between outer tube inner wall and its inner tank theca, precipitation inclined plate 32 is fixed on described arc along the precipitation spiral of cavity volume 31
Describe in device.Stirring cavity volume 21 is offered on the inner cylinder of column cavity volume 6 and the second perforate 64 that connects of cavity volume 31 is precipitated, from stirring
Mix cavity volume 21 come out reclaimed water and rainwater by the second perforate 64 enter precipitation cavity volume 31 in.This process is precipitate phase.
Filter-cloth filtering unit 4, including filter cloth cavity volume 41, filter cloth 42, support 43 and conduit 44, it is solid in the bottom of filter cloth cavity volume 41
Surely there is support 43, filter cloth 42 is set on filter cloth support 43, one end of conduit 44 is penetrated in the intracavity space that filter cloth 42 is surrounded, its
The other end is extend into activated carbon filter element 5.Filter cloth cavity volume 41 and precipitation cavity volume 31 are offered on the dividing plate of column cavity volume 6
Between the 3rd perforate 65 that connects, reclaimed water and rainwater in precipitation cavity volume 31 enter filter cloth cavity volume 41 by the 3rd perforate 65
In.Filter cloth 42 keeps apart the 3rd perforate 65 and conduit 44, so realizes and filters tiny miscellaneous in reclaimed water using filter cloth 42
Matter.Certainly by the 3rd perforate 65 and conduit 44 by way of filter cloth 42 is kept apart, fixed except foregoing using support 43
Filter cloth 42, can also be directly anchored to filter cloth 42 using the cavity wall of filter cloth cavity volume 41.This process is the first filtration stage.
Activated carbon filter element 5, including activated carbon cavity volume 51 and activated carbon 52, activated carbon 52 are piled up in activated carbon cavity volume 51
In, on height of the activated carbon 52 to it, it can be configured according to the requirement to the water quality of delivery port 67, when the water of delivery port 67
Matter requires high, then can be by increasing the capacity of activated carbon 52, to increase the contact of water and activated carbon 52.In activated carbon cavity volume 51
During limited height, in order to improve the water quality of delivery port 67, activated carbon cavity volume 51 can be arranged to S types, so come increase water with
The contact of activated carbon 52.In the present embodiment, activated carbon cavity volume 51 is used and led between two cavitys arranged side by side, two cavitys
The 4th perforate 66 is crossed to connect.This process is the second filtration stage.
In the present embodiment, reserved water pump rest area 7 is arranged between the inner cylinder of column cavity volume 6 and outer barrel, so, using oblique
Indwelling has certain space between precipitation cavity volume 31 and column cavity volume 6 that plate precipitation unit 3 is in tilted layout, for putting the water
Pump, can be such that water pump is also integrated in the column cavity volume, be conducive to saving space so that its compact conformation is practical.Certainly in difference
Embodiment in, water pump can also be placed on to the outside of a whole set of water treatment system according to concrete engineering situation.
The utility model after a long time use, in stirring cavity volume 21 and precipitation cavity volume 31, and filter cloth cavity volume 41
The outboard chambers bottom of filter cloth 42, which can accumulate, a certain amount of impurity.For the ease of blowdown, in stirring cavity volume 21 and precipitation cavity volume 31,
And be connected to valve respectively in the outboard chambers of filter cloth 42 of filter cloth cavity volume 41, the valve connection position can be its bottom or
Sidepiece, the spoil disposal under can the carrying out of its bottom, or can carry out side spoil disposal in its sidepiece.Filter cloth 42 and activated carbon 52
Replacing maintenance is carried out by the access hole on its cavity volume top.
As shown in figure 4, for simple, processing technological flow of the present utility model is：It is whole that raw water enters this by water pump
Water treatment system is covered, after addition coagulant is mixed with reclaimed water and rainwater completion medicament in medicament coagulation unit, into stirring wadding
Mechanical agitation, flocculation are completed in solidifying unit, then, enters back into sloping plate deposition unit and completes after precipitation, into filter-cloth filtering list
Member completes the filtration of the first step, enters back into activated carbon filter element and completes second step filtration, finally can therefrom arrange
Except water outlet, the processing of the integrated reclaimed water and rainwater is completed with this.
Preferred embodiment of the present utility model is the foregoing is only, the utility model is not limited to, it is clear that this area
Technical staff can to the utility model carry out it is various change and modification without departing from spirit and scope of the present utility model.This
Sample, if these modifications and variations of the present utility model belong to the utility model claim and its equivalent technologies scope it
Interior, then the utility model is also intended to comprising including these changes and modification.
Claims (8)
1. a kind of integrated reclaimed water and rainwater treatment device, including water pump, it is characterised in that also including being connected with water pump and integrated
Water treatment system on cylindrical cavities (6), the water treatment system is by the medicament coagulation unit along current successively one-way flow
(1), stirring flocculation unit (2), sloping plate deposition unit (3), filter-cloth filtering unit (4) and activated carbon filter element (5) composition；Institute
State medicament coagulation unit, stirring flocculation unit, sloping plate deposition unit, filter-cloth filtering unit and activated carbon filter element includes respectively
It is arranged at coagulation cavity volume (11), stirring cavity volume (21), precipitation cavity volume (31), filter cloth cavity volume (41) and activated carbon in cylindrical cavities
Cavity volume (51)；
The cylindrical cavities include the inner cylinder and outer barrel being coaxially disposed, and stirring cavity volume is located in inner cylinder, in inner tank theca and outer barrel
Pass through the coagulation cavity volume described in dividing plate successively ring cloth, precipitation cavity volume, filter cloth cavity volume and activated carbon cavity volume between wall；The column chamber
The outer barrel of body is connected provided with water inlet (61), dispensing mouth (62) and delivery port (67), coagulation cavity volume with water pump by water inlet,
Activated carbon cavity volume is connected with delivery port；The first perforate (63) and the second perforate (64) are provided with the inner cylinder of the cylindrical cavities,
Coagulation cavity volume is connected with stirring cavity volume by the first perforate, and stirring cavity volume is connected with precipitation cavity volume by the second perforate；The post
The 3rd perforate (65) and conduit (44) are provided with the dividing plate of shape cavity, precipitation cavity volume is connected with filter cloth cavity volume by the 3rd perforate
Logical, filter cloth cavity volume is connected with activated carbon cavity volume by conduit.
2. integrated reclaimed water according to claim 1 and rainwater treatment device, it is characterised in that the cylindrical cavities (6)
Cross section be circular, ellipse or D-shaped.
3. integrated reclaimed water according to claim 1 and rainwater treatment device, it is characterised in that the stirring flocculation unit
(2) the mechanical agitation coagulation component (22) set in stirring container (21) is additionally included in, by stirring motor (221), rotating shaft
(222), paddle board (223) is constituted, the interior center located at stirring cavity volume of the rotating shaft vertically, and it is exposed to one outside stirring cavity volume
End is connected with described stirring motor, and its one end being located in stirring cavity volume is configured with described paddle board.
4. integrated reclaimed water according to claim 3 and rainwater treatment device, it is characterised in that the paddle board (223) is
Multigroup, multigroup paddle board is uniformly at intervals in rotating shaft, and the stirring radius of multigroup paddle board is gradually reduced from top to bottom.
5. integrated reclaimed water according to claim 1 and rainwater treatment device, it is characterised in that the sloping plate deposition unit
(3) multiple precipitation inclined plates (32) that precipitation cavity volume (31) inside spin is set are additionally included in, its hand of spiral is from the second perforate to the
Three perforates extend.
6. integrated reclaimed water according to claim 1 and rainwater treatment device, it is characterised in that the filter-cloth filtering unit
(4) it is additionally included in the filter cloth (42) set by support (43) in filter cloth cavity volume (41), the inner chamber of the filter cloth passes through described
Conduit is connected to activated carbon cavity volume (51).
7. integrated reclaimed water according to claim 1 and rainwater treatment device, it is characterised in that the activated carbon filtering is single
First (5) are additionally included in the activated carbon (52) piled up in activated carbon cavity volume (51).
8. integrated reclaimed water according to claim 7 and rainwater treatment device, it is characterised in that the activated carbon filtering is single
The activated carbon cavity volume (51) of first (5) is set to pass through the 4th perforate (66) between S-type multiple cavitys, two adjacent cavitys
Connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720160891.6U CN206467074U (en) | 2017-02-22 | 2017-02-22 | Integrated reclaimed water and rainwater treatment device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720160891.6U CN206467074U (en) | 2017-02-22 | 2017-02-22 | Integrated reclaimed water and rainwater treatment device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206467074U true CN206467074U (en) | 2017-09-05 |
Family
ID=59707205
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| Application Number | Title | Priority Date | Filing Date |
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| CN201720160891.6U Active CN206467074U (en) | 2017-02-22 | 2017-02-22 | Integrated reclaimed water and rainwater treatment device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110342621A (en) * | 2019-05-27 | 2019-10-18 | 安徽理工大学 | A kind of processing equipment of two sections of concentration and settlements high concentration beneficiation wastewater |
-
2017
- 2017-02-22 CN CN201720160891.6U patent/CN206467074U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110342621A (en) * | 2019-05-27 | 2019-10-18 | 安徽理工大学 | A kind of processing equipment of two sections of concentration and settlements high concentration beneficiation wastewater |
| CN110342621B (en) * | 2019-05-27 | 2021-12-28 | 安徽理工大学 | Two-stage concentration sedimentation high-concentration beneficiation wastewater treatment equipment |
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