CN207259334U - Integrated buried type sewage-treatment plant - Google Patents
Integrated buried type sewage-treatment plant Download PDFInfo
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- CN207259334U CN207259334U CN201721035835.6U CN201721035835U CN207259334U CN 207259334 U CN207259334 U CN 207259334U CN 201721035835 U CN201721035835 U CN 201721035835U CN 207259334 U CN207259334 U CN 207259334U
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- regulating reservoir
- pond
- treatment plant
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- tubbiness
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Abstract
Integrated buried type sewage-treatment plant.It is related to a kind of sewage-treatment plant, more particularly to a kind of integrated buried type sewage-treatment plant.Provide a kind of compact-sized, good appearance, the integrated buried type sewage-treatment plant that floor space is small, operating cost is low.Including main process pond, the main process pond is separated into mutually independent anoxic pond, contact-oxidation pool, sedimentation basin and filtering ponds by some partition plates, and the anoxic pond, contact-oxidation pool, sedimentation basin and filtering ponds are sequentially communicated；Regulating reservoir is further included, the regulating reservoir is arranged on the side in the main process pond, and is connected with the anoxic pond；The regulating reservoir includes inlet channel, tubbiness grid, and the tubbiness grid is arranged in the regulating reservoir, and the side wall of the regulating reservoir is equipped with overflow port, is equipped with gate in the inlet channel, the inlet channel is connected with the tubbiness grid.It can realize that device compact overall structure, good appearance, operating cost are low on the whole.
Description
Technical field
It the utility model is related to a kind of sewage-treatment plant, more particularly to a kind of integrated buried type sewage-treatment plant.
Background technology
With deepening continuously for China's opening, China's tourist industry, which flourishes, life in the countryside is horizontal is continuously improved, high
The sanitary sewages of generation such as level hotel, villa community, remote village directly discharge, and the water environment of watershed brings serious dirt
Dye, constitutes a threat to drinking water source.In the prior art, sewage-treatment plant can effectively solve raw sewerage and arbitrarily discharge
The problem of, but existing sewage-treatment plant treated sewage flow is tediously long, takes up a large area, operational administrative complexity, does not apply to
In places that these usable areas are little, sewage quantity is little such as luxurious hotel, villa community, remote villages.
Utility model content
The utility model is in view of the above-mentioned problems, provide that a kind of compact-sized, good appearance, floor space be small, running cost
With low integrated buried type sewage-treatment plant.
Integrated buried type sewage-treatment plant in the utility model, including main process pond, the main process pond
Mutually independent anoxic pond, contact-oxidation pool, sedimentation basin and filtering ponds, the anoxic pond, contact are separated into by some partition plates
Oxidation pond, sedimentation basin and filtering ponds are sequentially communicated；
Regulating reservoir is further included, the regulating reservoir is arranged on the side in the main process pond, and is connected with the anoxic pond；
The regulating reservoir includes inlet channel, tubbiness grid, and the tubbiness grid is arranged in the regulating reservoir, the regulating reservoir
Side wall be equipped with overflow port, is equipped with gate in the inlet channel, the inlet channel is connected with the tubbiness grid.
The inlet channel is extended to inside tubbiness grid, and the anoxic pond is equipped with water inlet, the regulating reservoir and anoxic
The water inlet in pond is connected.
The height of the tubbiness grid is greater than or equal to the height of regulating reservoir.
Aeration tube is equipped with the contact-oxidation pool, the aeration tube is distributed in the bottom of the contact-oxidation pool, described
Aeration tube is connected with wind turbine, and the aeration tube is connected with air-lift device, and aeration tube connects one end of air-lift device, the air lift dress
Put the other end with stripping reflux pipe in sedimentation basin to be connected, the stripping reflux pipe is connected with anoxic pond；Set inside the sedimentation basin
There is type sloping plate component.
Be equipped with carbon fiber filler in the contact-oxidation pool, the inner wall of the main process pond and regulating reservoir is coated with setting
The outer wall of fat, the main process pond and regulating reservoir is covered with pitch.
The utility model has following beneficial effect：Sanitary sewage is flowed into tubbiness grid by inlet channel, passes through grid
It is discharged into the floating material in sewage, tiny particles content etc. to intercept outside main process pond, tubbiness grid is more than or equal to regulating reservoir
Height will effectively avoid filtered sewage from splashing or flow into filtered sewage, the sewage after filtering is through water inlet stream
Enter in anoxic pond, in the case of water is carried out more than system loading or processing system generation accident, by closing inlet gate
The inflow of sewage is prevented, the sewage of excess load will directly be discharged into river or city planting ductwork nearby by overflow port, ensure follow-up
Sewage disposal in main process pond effectively carries out.
Sewage is directly discharged into the tubbiness grid in regulating reservoir, and the prior art that compares regulating reservoir leading portion is additionally provided with into water
Well, grille well and setting pot, the present apparatus are uniformly arranged in regulating reservoir, and floor space is small, due to handling sanitary sewage, pollutant
Seldom, therefore multiple anoxic ponds and contact-oxidation pool need not be set, it can be achieved that device compact overall structure, good appearance, operation
Expense is low.
Brief description of the drawings
Fig. 1 is the structure diagram of integrated buried type sewage-treatment plant；
1 is anoxic pond in figure, and 2 be water inlet, and 3 be contact-oxidation pool, and 4 be aeration tube, and 5 be stripping reflux pipe, and 6 be air lift
Device, 7 be type sloping plate component, and 8 be filtering ponds, and 9 be sedimentation basin, and 10 be gate, and 11 be inlet channel, and 12 be tubbiness grid, and 13 be to adjust
Pond is saved, 14 be electric cabinet, and 15 be computer room, and 16 be overflow port, and 17 be ground, and 18 be main process pond, and 19 be carbon fiber filler.
Embodiment
Integrated buried type sewage-treatment plant according to figure 1, including main process pond 18, the main process pond
18 are separated into mutually independent anoxic pond 1, contact-oxidation pool 3, sedimentation basin 9 and filtering ponds 8, the anoxic pond by some partition plates
1st, contact-oxidation pool 3, sedimentation basin 9 and filtering ponds 8 are sequentially communicated；
Further include regulating reservoir 13, the regulating reservoir 13 is arranged on the side in the main process pond 18, and with the anoxic pond 1
Connection；
The regulating reservoir 13 includes inlet channel 11, tubbiness grid 12, and the tubbiness grid 12 is arranged in the regulating reservoir 13,
The side wall of the regulating reservoir 13 is equipped with overflow port 16, is equipped with gate 10 in the inlet channel 11, the inlet channel 11 with it is described
Tubbiness grid 12 connects.
The inlet channel 11 is extended to inside tubbiness grid 12, and the anoxic pond 1 is equipped with water inlet 2, the regulating reservoir
13 are connected with the water inlet 2 of anoxic pond 1.
The height of the tubbiness grid 12 is greater than or equal to the height of regulating reservoir 13.
Sanitary sewage is flowed into tubbiness grid by inlet channel, the floating material, the fine particle that are discharged into by grid in sewage
Thing etc. is intercepted outside main process pond, and the height that tubbiness grid is more than or equal to regulating reservoir will effectively avoid filtered sewage
Splash or flow into filtered sewage, the sewage after filtering is flowed into anoxic pond through water inlet, is born when carrying out water more than system
In the case of lotus or processing system generation accident, the inflow of sewage is prevented by closing inlet gate, the sewage of excess load will
Directly be discharged into river or city planting ductwork nearby by overflow port, ensure sewage disposal in succeeding body process pool effectively into
OK.
Sewage is directly discharged into the tubbiness grid in regulating reservoir, and the prior art that compares regulating reservoir leading portion is additionally provided with into water
Well, grille well and setting pot, the present apparatus are uniformly arranged in regulating reservoir, and floor space is small, due to handling sanitary sewage, pollutant
Seldom, therefore multiple anoxic ponds and contact-oxidation pool need not be set, it can be achieved that device compact overall structure, good appearance, operation
Expense is low.
Aeration tube 4 is equipped with 3 pond of catalytic oxidation, the aeration tube 4 is distributed in the bottom of the contact-oxidation pool 3,
The aeration tube 4 is connected with wind turbine, and the aeration tube 4 is connected with air-lift device 6, and aeration tube 4 connects one end of air-lift device 6,
6 other end of air-lift device is connected with stripping reflux pipe 5 in sedimentation basin 9, and the stripping reflux pipe 5 is connected with anoxic pond 1；Institute
State sedimentation basin 9 and be internally provided with type sloping plate component 7.The compressed air sent by wind turbine flows through aeration tube and air-diffuser, leads to
Cross solarization air cap in the form of tiny bubble to enter in sewage, increase the dissolved oxygen content in sewage, while make at sewage mixed liquor
In the state of vigorous agitation, sludge is mutually mixed with sewage and come into full contact with.
Activated sludge, by parallel type sloping plate component, is deposited on type sloping plate component with current, is then slid into bottom of pond, use gas
Carry and activated sludge is sent into anoxic pond, replace traditional mechanical pump to make sludge reflux by using air-lift device, in whole device
The use of pump is reduced, and later maintenance work can would be much more convenient.Sedimentation basin top clear liquid after processing flows into filtering ponds filtering
Afterwards, it is discharged into water outlet channel.
Carbon fiber filler is equipped with the contact-oxidation pool.Carbon fiber filler is compared to have compared with other fillers actually compares surface
Big, the ageing-resistant, easy to be filmed of product, the advantages that corrosion-resistant, friction coefficient is small, service life is long, microorganism colonization, demoulding are convenient,
Under same layout density, its biomembrane adhered to is several times to tens times of other types.And present apparatus treatment process makes filler
For volume load than relatively low, microorganism is in the autoxidation stage, and sludge output is less.
The main process pond 18 and 13 inner wall of regulating reservoir are coated with resin, and outer wall is covered with pitch.Main process pond 18
It is steel construction with 13 material of regulating reservoir, steel construction pond inner wall is coated with resin, and outer wall all plays the role of corrosion-resistant covered with pitch.
The top of ground 17 is equipped with computer room 15, and intake pump, wind turbine etc. can be controlled by being equipped with electric cabinet 14 in computer room 15, and control has
Control and automatically control two kinds of forms manually.Intake pump is under PLC controls, according to each reaction tank water level conditions, automatic running.Institute
State in computer room 15 and be equipped with electrical control system and equipment damage alarm system.
Claims (5)
1. integrated buried type sewage-treatment plant, including main process pond, it is characterised in that if the main process pond by
Dry partition plate is separated into mutually independent anoxic pond, contact-oxidation pool, sedimentation basin and filtering ponds, the anoxic pond, contact-oxidation pool,
Sedimentation basin and filtering ponds are sequentially communicated；
Regulating reservoir is further included, the regulating reservoir is arranged on the side in the main process pond, and is connected with the anoxic pond；
The regulating reservoir includes inlet channel, tubbiness grid, and the tubbiness grid is arranged in the regulating reservoir, the side of the regulating reservoir
Wall is equipped with overflow port, is equipped with gate in the inlet channel, the inlet channel is connected with the tubbiness grid.
2. integrated buried type sewage-treatment plant according to claim 1, it is characterised in that the inlet channel extends to
Inside tubbiness grid, the anoxic pond is equipped with water inlet, and the regulating reservoir is connected with the water inlet of anoxic pond.
3. integrated buried type sewage-treatment plant according to claim 1, it is characterised in that the height of the tubbiness grid
Height of the degree more than or equal to regulating reservoir.
4. integrated buried type sewage-treatment plant according to claim 1, it is characterised in that in the contact-oxidation pool
Equipped with aeration tube, the aeration tube is distributed in the bottom of the contact-oxidation pool, and the aeration tube is connected with wind turbine, the aeration
Pipe is connected with air-lift device, and aeration tube connects one end of air-lift device, and the air-lift device other end is returned with air lift in sedimentation basin
Flow tube is connected, and the stripping reflux pipe is connected with anoxic pond；The sedimentation basin is internally provided with type sloping plate component.
5. according to any integrated buried type sewage-treatment plant in claim 1-4, it is characterised in that the contact
It is equipped with carbon fiber filler in oxidation pond, the inner wall of the main process pond and regulating reservoir is coated with resin, the main process pond
Outer wall with regulating reservoir is covered with pitch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721035835.6U CN207259334U (en) | 2017-08-17 | 2017-08-17 | Integrated buried type sewage-treatment plant |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721035835.6U CN207259334U (en) | 2017-08-17 | 2017-08-17 | Integrated buried type sewage-treatment plant |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207259334U true CN207259334U (en) | 2018-04-20 |
Family
ID=61925331
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721035835.6U Active CN207259334U (en) | 2017-08-17 | 2017-08-17 | Integrated buried type sewage-treatment plant |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207259334U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109205942A (en) * | 2018-10-09 | 2019-01-15 | 湖州蓝云建材有限公司 | Small-sized flush-with-ground type sewage treating device |
-
2017
- 2017-08-17 CN CN201721035835.6U patent/CN207259334U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109205942A (en) * | 2018-10-09 | 2019-01-15 | 湖州蓝云建材有限公司 | Small-sized flush-with-ground type sewage treating device |
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