CN205528318U - Integration embrane method sewage purification device - Google Patents
Integration embrane method sewage purification device Download PDFInfo
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- CN205528318U CN205528318U CN201620355255.4U CN201620355255U CN205528318U CN 205528318 U CN205528318 U CN 205528318U CN 201620355255 U CN201620355255 U CN 201620355255U CN 205528318 U CN205528318 U CN 205528318U
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- embrane method
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Abstract
The utility model discloses an integration embrane method sewage purification device, belong to sewage treatment device technical field, its technical essential includes the barrel, is equipped with inclosed anoxic zone and mutual turn -on connection's the good oxygen district and the oxygen district of holding concurrently in the barrel according to the preface along the length of drum direction, be equipped with the inlet tube with anoxic zone turn -on connection on cylinder side wall, anoxic zone upper portion be equipped with with anoxic zone turn -on connection's overflow pipe, overflow free end of pipeline extends to in the oxygen district of holding concurrently, be equipped with the suction pump in the barrel, distinguishing, good oxygen be equipped with filtering mechanism in, filtering mechanism play water end (W. E. ) is intake to hold with the suction pump and is connected, draws water and pumps the water end (W. E. ) and establish the outlet pipe turn -on connection on cylinder side wall, the suction pump is connected with the control unit, the utility model aims at providing a convenient to use, respond well integration embrane method sewage purification device, be used for purifying waste water.
Description
Technical field
This utility model relates to a kind of cleaning equipment, more specifically, particularly relates to a kind of integration embrane method sewage purifier.
Background technology
Small towns rural sewage treatment rate is the highest at present, the most treated just discharge of major part, exacerbates the pollution of natural water.And agriculture
Village's sewage has these features: (1) pollutes wide and dispersion.Compared with city, the floor space in rural area is big, and population is not concentrated,
Distribution density is little.Sewage discharge quite disperses, and pipe network cannot extend into family.(2) water quality, water yield regional difference are bigger.Because of each
The difference of geographical environment, economic condition, season and living habit in area and have bigger difference.The ground that overall economic is flourishing
District's water yield is more than backward areas, and each index concentration in dry season is higher than rainy season.(3) intermittent discharge.The discharge of country sewage typically exists
The morning, noon, afternoon are respectively arranged with a peak period, and night, discharge capacity was little.Discharge is uneven discharge, and daily variation factor is bigger.
(4) water quality is the most stable.Nitrogen, phosphorus and content of organics are higher, general without heavy metal and poisonous and harmful substance, biodegradability
Good.In this case, it is crucial for selecting suitable distributing middle and small scale sewage purification device.And traditional single embrane method technology
There is the problem that Nitrogen/Phosphorus Removal is low, Treatment of Sludge cost high, automatic control degree is low, floor space is big, it is impossible to meet dirt
Water processes and the requirement of reuse.Therefore a kind of efficient integration embrane method sewage purification device is needed badly.
Utility model content
The purpose of this utility model is for above-mentioned the deficiencies in the prior art, it is provided that a kind of easy to use, respond well one
Change embrane method sewage purifier.
The technical solution of the utility model is achieved in that a kind of integration embrane method sewage purifier, including cylinder, at cylinder
Internal sequentially it is provided with aerobic zone and the aerobic area that airtight anoxic zone and mutual conduction connect along barrel lenght direction；In cylinder side
Wall is provided with and turns on, with anoxic zone, the water inlet pipe being connected；It is provided with on top, anoxic zone and turns on, with anoxic zone, the overflow pipe being connected, overflow
Stream free end of pipeline extends in aerobic area；Suction pump it is provided with in cylinder；Filter mechanism it is provided with in aerobic zone；Described filtration
Mechanism water side is connected with suction pump water inlet end, and suction pump water side is connected with the outlet pipe conducting being located on cylinder lateral wall；Described
Suction pump is connected with control unit.
In above-mentioned a kind of integration embrane method sewage purifier, being provided with blower fan in cylinder, described fan outlet connects exposure
Feed channel；Described blower fan is connected with control unit；Described aerated conduit lower end bifurcated is the first aeration branch pipe and the second aeration branch pipe；
First aeration branch pipe is connected with filter mechanism, and the second aeration branch pipe is arranged on bottom, aerobic area.
In above-mentioned a kind of integration embrane method sewage purifier, some micro porous aeration head on the second aeration branch pipe, is distributed.
In above-mentioned a kind of integration embrane method sewage purifier, described filter mechanism is made up of several interconnective membrane modules；
Described suction pump is connected with membrane module water side；First aeration branch pipe is connected with the conducting of membrane module aeration tube interface.
In above-mentioned a kind of integration embrane method sewage purifier, being provided with immersible pump in aerobic zone, described immersible pump water inlet end sets
Putting in aerobic zone, described immersible pump water side is connected with water inlet pipe by pipeline.
In above-mentioned a kind of integration embrane method sewage purifier, being provided with clear water reserviors in cylinder, described suction pump water side is with clear
Pond conducting connects, and described outlet pipe is connected with clear water reserviors conducting.
In above-mentioned a kind of integration embrane method sewage purifier, it is provided with in anoxic zone and fills out for the first of attached microbial growth
Material；The second filler for attached microbial growth it is provided with in aerobic area.
In above-mentioned a kind of integration embrane method sewage purifier, in aerobic zone, it is provided with liquid level controller, described liquid level controller
It is connected with control unit.
In above-mentioned a kind of integration embrane method sewage purifier, the pipeline of suction pump water inlet end side is provided with vacuum meter, institute
State vacuum meter to be connected with control unit.
In above-mentioned a kind of integration embrane method sewage purifier, the cylinder of blower fan side is provided with shutter.
After this utility model uses said structure, have the beneficial effect that
(1) floor space is little: this utility model is by traditional regulating reservoir, anoxic pond, anaerobic pond, Aerobic Pond, sedimentation tank etc.
Reaction zone, after design, is merged in the cylinder that floor space is the least, has not only saved cost of land, and need not big
The civil engineering of area, decreases construction and puts into, also save human cost；
(2) sludge yield is low: the probiotic bacteria cultivating growth under the feature environment of aerobic area can decompose organic sludge, makes organic dirt
Mud is close to zero-emission；
(3) the good dephosphorization of denitrification effect: aerobic zone sludge age is long, beneficially nitrobacteria growth；Simultaneously will be at aerobic nitrification
The sewage of reason, is back to water inlet pipe by pipeline and enters in anoxic zone, improve in the effect of sewage denitrification, beneficially sewage
The removal of nitrogen；The probiotic bacteria of aerobic area can effectively be degraded phosphorus；
(4) automaticity is high: integration embrane method sewage purification device, and equipment is simple, and equipment operation can lead to automatization's journey completely
Sequence controls, and can realize unmanned, further reduce cost；
(5) effluent quality is high: the water after anoxic zone, aerobic area, aerobic zone process meets urban reclaimed water water quality requirement,
Water outlet can be used for afforesting, view, environmental sanitation etc..
Accompanying drawing explanation
The utility model is described in further detail for embodiment in below in conjunction with the accompanying drawings, but is not intended that this utility model
Any restriction.
Fig. 1 is structural representation of the present utility model.
In figure: cylinder 1, anoxic zone 2, aerobic zone 3, aerobic area 4, water inlet pipe 5, overflow pipe 6, suction pump 7, water outlet
Pipe 8, blower fan 9, aerated conduit the 10, first aeration branch pipe 10a, the second aeration branch pipe 10b, micro porous aeration head 10c, film group
Part 11, immersible pump 12, clear water reserviors the 13, first filler the 14, second filler 15, liquid level controller 16, vacuum meter 17, hundred
Leaf window 18.
Detailed description of the invention
Refering to shown in Fig. 1, a kind of integration embrane method sewage purifier of the present utility model, including cylinder 1, in cylinder 1
Airtight anoxic zone 2 and the aerobic zone 3 of mutual conduction connection and aerobic area 4 sequentially it is provided with along cylinder 1 length direction；Lacking
Cultivate denitrifying bacteria in oxygen district 2, in aerobic zone 3, cultivate nitrobacteria, in aerobic area 4, cultivate probiotic bacteria, anoxic zone
Carry out denitrification in 2, nitrate reduction is become nitrogen, in aerobic zone 3, carry out Nitrification, be nitric acid by ammoxidation, oxygen of holding concurrently
Probiotic bacteria in district 4 can effectively be degraded phosphorus.Cylinder 1 sidewall is provided with and turns on, with anoxic zone 2, the water inlet pipe 5 being connected；Lacking
Top, oxygen district 2 is provided with and turns on, with anoxic zone 2, the overflow pipe 6 being connected, and overflow pipe 6 free end extends in aerobic area 4；
Suction pump 7 it is provided with in cylinder 1；Being provided with filter mechanism in aerobic zone 3, described filter mechanism water side is entered with suction pump 7
Water end (W.E.) connects, and in the present embodiment, described filter mechanism is made up of several interconnective membrane modules 11；Described suction pump 7
It is connected with membrane module 11 water side.In the present embodiment, membrane module 11 uses immersed membranes assembly, uses corrosion-resistant spy
Property PVDF material, can be in the way of head and the tail concatenation between each membrane module 11, it is possible to use the mode connected side by side.Draw water
Pump 7 water side is connected with outlet pipe 8 conducting being located on cylinder 1 sidewall；Described suction pump 7 is connected with control unit.Sewage
Sequentially enter in anoxic zone 2, aerobic area 4, aerobic zone 3, after the filter mechanism through aerobic zone 3 filters, take out suction pump 7
Use to outlet pipe 8.
Meanwhile, being provided with blower fan 9 in cylinder 1, described blower fan 9 air outlet connects aerated conduit 10；Described blower fan 9 and control
Unit processed connects；Described aerated conduit 10 lower end bifurcated is the first aeration branch pipe 10a and the second aeration branch pipe 10b；First aeration
Arm 10a is connected with filter mechanism, and the first aeration branch pipe 10a is connected with the conducting of membrane module 11 aeration tube interface.Second aeration props up
Pipe 10b is arranged on bottom, aerobic area 4, and some micro porous aeration head 10c is distributed on the second aeration branch pipe 10b.Use this
Structure, the first aeration branch pipe 10a can wash away membrane module 11, prevent membrane module 11 from blocking while providing oxygen.The
Two aeration branch pipe 10b provide oxygen by micro porous aeration head 10c for aerobic area.
Being provided with immersible pump 12 in aerobic zone 3, described immersible pump 12 water inlet end is arranged in aerobic zone 3, described immersible pump 12
Water side is connected with water inlet pipe 5 by pipeline.Use this structure, by immersible pump 12, the sewage backflow in aerobic zone 3 is arrived
In anoxic zone 2, improve the removal of nitrogen in sewage denitrification effect, beneficially sewage.
In order to make equipment have certain storage capacity, being provided with clear water reserviors 13 in cylinder 1, described suction pump 7 water side is with clear
Pond 13 conducting connects, and described outlet pipe 8 is connected with clear water reserviors 13 conducting.
Preferably, in anoxic zone 2, the first filler 14 for attached microbial growth it is provided with；Be provided with in aerobic area 4 for
Second filler 15 of attached microbial growth.
In order to control the liquid level in aerobic zone 3, in aerobic zone 3, it is provided with liquid level controller 16, described liquid level controller 16
It is connected with control unit.
In order to observe the airtight situation of suction pump 7 water inlet end pipeline, the pipeline of suction pump 7 water inlet end side is provided with vacuum meter
17, described vacuum meter 17 is connected with control unit.
In order to ventilate, the cylinder 1 of blower fan 9 side is provided with shutter 18.
During use, being directed in anoxic zone 2 by water inlet pipe 5 by sewage, first consume a part of carbon source, in sewage, part is organic
Thing, under the effect of denitrifying bacterium, utilizes nitrate to obtain degraded as electron acceptor and removes, and then sewage enters into aerobic area
In 4, phosphorus is degraded under probiotic action effectively, and meanwhile, in aerobic area 4, specific probiotic bacteria will rush from aerobic zone 3
Swiped through next biomembrane decomposes, and this district D0 controls in 0.5-1.0mg/L；Now the C0D concentration of aerobic area 4 is the most basic
Close to discharge standard, sewage is further degradation of organic substances in aerobic zone 3, carries out nitrification and the mud-water separation of ammonia nitrogen, through film
Sewage quality after assembly 11 filtration has reached the requirement of middle water water quality.
Embodiment provided above is better embodiment of the present utility model, is only used for convenient explanation this utility model, not to this
Utility model makees any pro forma restriction, has usually intellectual in any art, if new without departing from this practicality
In the range of the carried technical characteristic of type, utilize the done local of this utility model disclosed technology content to change or the equivalence of modification is real
Execute example, and without departing from technical characteristic content of the present utility model, all still fall within the range of this utility model technical characteristic.
Claims (10)
1. an integrated embrane method sewage purifier, including cylinder (1), it is characterised in that along cylinder (1) in cylinder (1)
Length direction is sequentially provided with airtight anoxic zone (2) and the aerobic zone (3) of mutual conduction connection and aerobic area (4)；At cylinder
Body (1) sidewall is provided with and turns on, with anoxic zone (2), the water inlet pipe (5) being connected；It is provided with and anoxic zone on anoxic zone (2) top
(2) overflow pipe (6) that conducting connects, overflow pipe (6) free end extends in aerobic area (4)；In cylinder (1)
Inside it is provided with suction pump (7)；It is provided with filter mechanism in aerobic zone (3)；Described filter mechanism water side is entered with suction pump (7)
Water end (W.E.) connects, and suction pump (7) water side is connected with outlet pipe (8) conducting being located on cylinder (1) sidewall；Described suction pump
(7) it is connected with control unit.
A kind of integration embrane method sewage purifier the most according to claim 1, it is characterised in that set in cylinder (1)
Having blower fan (9), described blower fan (9) air outlet connects aerated conduit (10)；Described blower fan (9) is connected with control unit；
Described aerated conduit (10) lower end bifurcated is the first aeration branch pipe (10a) and the second aeration branch pipe (10b)；First aeration branch pipe
(10a) being connected with filter mechanism, the second aeration branch pipe (10b) is arranged on aerobic area (4) bottom.
A kind of integration embrane method sewage purifier the most according to claim 2, it is characterised in that the second aeration branch pipe
(10b) some micro porous aeration head (10c) is distributed on.
A kind of integration embrane method sewage purifier the most according to claim 2, it is characterised in that described filter mechanism by
Several interconnective membrane modules (11) form；Described suction pump (7) is connected with membrane module (11) water side；First exposes
Gas branch pipe (10a) is connected with the conducting of membrane module (11) aeration tube interface.
A kind of integration embrane method sewage purifier the most according to claim 1, it is characterised in that in aerobic zone (3)
Being provided with immersible pump (12), described immersible pump (12) water inlet end is arranged in aerobic zone (3), described immersible pump (12) water outlet
End is connected with water inlet pipe (5) by pipeline.
A kind of integration embrane method sewage purifier the most according to claim 1, it is characterised in that set in cylinder (1)
Clear water reserviors (13), described suction pump (7) water side are had to be connected with clear water reserviors (13) conducting, described outlet pipe (8) and clear water
Pond (13) conducting connects.
A kind of integration embrane method sewage purifier the most according to claim 1, it is characterised in that in anoxic zone (2)
It is provided with the first filler (14) for attached microbial growth；The for attached microbial growth it is provided with in aerobic area (4)
Two fillers (15).
A kind of integration embrane method sewage purifier the most according to claim 1, it is characterised in that in aerobic zone (3)
Being provided with liquid level controller (16), described liquid level controller (16) is connected with control unit.
A kind of integration embrane method sewage purifier the most according to claim 1, it is characterised in that enter at suction pump (7)
The pipeline of water end (W.E.) side is provided with vacuum meter (17), and described vacuum meter (17) is connected with control unit.
A kind of integration embrane method sewage purifier the most according to claim 1, it is characterised in that in blower fan (9) side
The cylinder (1) on limit is provided with shutter (18).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620355255.4U CN205528318U (en) | 2016-04-22 | 2016-04-22 | Integration embrane method sewage purification device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620355255.4U CN205528318U (en) | 2016-04-22 | 2016-04-22 | Integration embrane method sewage purification device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205528318U true CN205528318U (en) | 2016-08-31 |
Family
ID=56796045
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620355255.4U Active CN205528318U (en) | 2016-04-22 | 2016-04-22 | Integration embrane method sewage purification device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205528318U (en) |
-
2016
- 2016-04-22 CN CN201620355255.4U patent/CN205528318U/en active Active
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C56 | Change in the name or address of the patentee | ||
| CP03 | Change of name, title or address |
Address after: 514733 Meixian City, Guangdong Province, Guangdong hi tech Zone in the area of the largest since the three sunflower Limited by Share Ltd Patentee after: Guangdong environmental protection Limited by Share Ltd Address before: 514733 Meizhou District, Guangdong Province, Meixian hi tech Zone, the three sunflower Meizhou environmental protection equipment Co., Ltd. Patentee before: Meizhou Environmental Equipment Co., Ltd. |