CN207713579U - A kind of sewage-Treatment of Sludge integration apparatus - Google Patents
A kind of sewage-Treatment of Sludge integration apparatus Download PDFInfo
- Publication number
- CN207713579U CN207713579U CN201721523177.5U CN201721523177U CN207713579U CN 207713579 U CN207713579 U CN 207713579U CN 201721523177 U CN201721523177 U CN 201721523177U CN 207713579 U CN207713579 U CN 207713579U
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- Prior art keywords
- pump
- sludge
- sewage
- treatment
- wind turbine
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Abstract
The utility model discloses a kind of sewage sludges to handle integration apparatus, solar electric power supply system including interconnection and processing system, solar electric power supply system includes multiple solar panels to link together, processing system includes that the crush cell of arranged adjacent, coagulation unit, sedimentation basin, two stage treatment unit, control room, sludge fermentation pond, control room are connected with comprehensive utilization room successively.The utility model strong applicability, technical maturity are stablized, high treating effect；Low energy consumption, and operating cost is cheap, and O＆M is convenient.
Description
Technical field
The utility model belongs to technical field of sewage treatment equipment, is related to a kind of sewage-Treatment of Sludge integration apparatus.
Background technology
Currently, small towns sewage collecting design of pipe networks is not perfect, lag is built, most of township and rural area are all that rain dirt is closed
Stream is discharged along irrigation canals and ditches, and waste water collection rate is low, and the professional due to lacking operational management, causes facility maintenance level relatively low,
Effluent quality is difficult up to standard.I.e. there are the following problems for small towns waste water control：(1) handling rate is low；(2) waste water collection rate is low；(3) it sets
Apply operation management difficulty；(4) government regulation is difficult；(5) lack professional property operation management and intelligent supervision platform.It is existing
The general treatment scale of sewage disposal device is larger or has a single function, and few sewage-sludge integrated treatment function.
Utility model content
The purpose of this utility model is to provide a kind of sewage-Treatment of Sludge integration apparatus, solves existing sewage disposal
The big defect of equipment energy consumption.
The utility model is the technical scheme adopted is that a kind of sewage-Treatment of Sludge integration apparatus, including is connected with each other
Solar electric power supply system and processing system, solar electric power supply system include multiple solar panels to link together, processing system
System includes the crush cell of arranged adjacent, coagulation unit, sedimentation basin, two stage treatment unit, control room, sludge fermentation successively
Pond, control room are connected with comprehensive utilization room.
The utility model is also characterized by
PLC control system is provided in control room, PLC control system is connected separately with the first wind turbine, the second wind turbine, first
Pump, the second pump and third pump, and switch, PLC controls are both provided between PLC control system and the first pump, the second pump and third pump
Common switch is provided between system processed and the first wind turbine between PLC control system and the second wind turbine, PLC control system is logical
Oversampling circuit line is connect with solar panels, and the first pump is connected with one end of the first dredging tube, the other end and sludge of the first dredging tube
Fermentation vat connects, and the first dredging tube is connected to sludge fermentation pond, and third pumps the one end for being connected with the first backwash water inlet pipe, the
The other end of one backwash water inlet pipe is connect with comprehensive utilization room.
First pump, the second pump and third pump are respectively connected with electrothermal relay.
PLC control system, the first wind turbine, the second wind turbine, the first pump, the second pump and third pump are respectively provided with work and refer to
Show lamp.
Fuse is provided in PLC control system.
Crush cell is provided with the first access hole, and crush cell side is provided with water inlet, it is solid that pond mouthful lower section is located in crush cell
Surely there is grid, the angular range of grid and crush cell pool wall is 20 °~60 °, and crush cell bottom is provided with pulverizer.
Coagulation unit is disposed with anaerobic pond, anoxic pond and aerobic tank by the direction of crush cell to sedimentation basin, detests
Oxygen pond is respectively arranged with first row gas port and the second access hole, and the first agitating paddle and the first sludge pipe are provided in anaerobic pond,
First sludge pipe and the first pump connect, and anoxic pond is provided with third access hole, is provided in anoxic pond and is connect with the first wind turbine
The first aeration tube, the second sludge pipe with the first pump connection is additionally provided in anoxic pond, aerobic tank is provided with the 4th maintenance
Mouthful, the second aeration tube connect with the first wind turbine is provided in aerobic tank, and the connected with the first pump is additionally provided in aerobic tank
Three sludge pipes.
Sedimentation basin is provided with the 5th access hole, and deflector and conduit, conduit and two stage treatment are respectively arranged in sedimentation basin
Unit is connected to.
Two stage treatment unit is biofilter, and biofilter is respectively arranged with the 6th access hole, water outlet and recoil and washes out
The mouth of a river, water outlet and backwash water outlet are respectively connected with outlet conduit, are respectively arranged in biofilter and are connected with the first wind turbine
The third aeration tube that connects, the backwash air inlet pipe being connected with the second wind turbine and be connected with third pump second backwash into
Water pipe.
Sludge fermentation pond is provided with the 7th access hole and second exhaust port, and the second stirring is respectively arranged in sludge fermentation pond
The sludge discharge line that paddle, the second dredging tube being connected with the first pump and one end are connected with the second pump, sludge discharge line
The other end is connect with comprehensive utilization room.
The utility model has the beneficial effects that：The sun in a kind of sewage of the utility model-Treatment of Sludge integration apparatus
Energy power supply system can provide power supply for sewage-sludge integrated equipment for wastewater treatment；Crush cell by the crushing such as fruits and vegetables odds and ends of a meal be particle compared with
Small substance is convenient for subsequent processing, while having both collection sewage so that sewage scale reaches the work that can be focused on
With primary treatment processes are A/A/O sewage treatment process, are suitble to the sanitary sewage of low concentration in processing, have certain shock resistance negative
The ability of lotus has the effect of denitrogenation dephosphorizing, and the sewage after coagulation flows through biofilter progress after sedimentation basin precipitates
Two level advanced treating；Sludge carries out recycling after sludge digestion tank is handled, since sanitary sewage biodegradability is good,
Nutrient is more complete, and smaller by the possibility of heavy metal ion pollution, therefore sludge considers to carry out fertilizer utilization first；This
Utility model strong applicability, technical maturity are stablized, high treating effect；Low energy consumption, and operating cost is cheap, and O＆M is convenient.
Description of the drawings
Fig. 1 is a kind of structural schematic diagram of sewage of the utility model-Treatment of Sludge integration apparatus；
Fig. 2 is a kind of structural schematic diagram of sewage of the utility model-another angle of Treatment of Sludge integration apparatus.
In figure, 1. solar panels, 2. crush cells, 3. sedimentation basins, 4. control rooms, 5. sludge fermentation ponds, 6. comprehensive utilization rooms,
7.PLC control systems, 8. first backwash water inlet pipes, 9. first wind turbines, 10. second wind turbines, 11. first pumps, 12. second pumps,
13. third pumps, 14. water inlets, 15. grids, 16. pulverizers, 17. anaerobic ponds, 18. anoxic ponds, 19. aerobic tanks, 20. first rows
Gas port, 21. second access holes, 22. first agitating paddles, 23. first sludge pipes, 24. third access holes, 25. first aeration tubes,
26. the second sludge pipe, 27. the 4th access holes, 28. second aeration tubes, 29. third sludge pipes, 30. the 5th access holes, 31.
Deflector, 32. conduits, 33. biofilters, 34. the 6th access holes, 35. water outlets, 36. backwash water outlets, 37. thirds expose
Tracheae, 38. backwash air inlet pipe, 39. second backwash water inlet pipes, 40. the 7th access holes, 41. second exhaust port, 42. second
Agitating paddle, 43. second dredging tubes, 44. sludge discharge lines, 45. first access holes, 46. first dredging tubes.
Specific implementation mode
The utility model is described in detail with reference to the accompanying drawings and detailed description.
A kind of sewage of the utility model-Treatment of Sludge integration apparatus, as depicted in figs. 1 and 2, including interconnection is too
Positive energy power supply system and processing system, solar electric power supply system include multiple solar panels 1 to link together, processing system packet
Include the crush cell 2 of arranged adjacent successively, coagulation unit, sedimentation basin 3, two stage treatment unit, control room 4, sludge fermentation pond
5, control room 4 is connected with comprehensive utilization room 6.
It is provided with PLC control system 7 in control room 4, fuse is provided in PLC control system 7, PLC control system 7 is divided
It is not connected with the first wind turbine 9, the 11, second pump 12 of the second wind turbine 10, first pump and third pump 13, the first 12 and of the 11, second pump of pump
Third pump 13 is respectively connected with electrothermal relay, and between 11, second pump 12 of the pump of PLC control system 7 and first and third pump 13
It is both provided with switch, is provided between PLC control system 7 and the second wind turbine 10 between PLC control system 7 and the first wind turbine 9
Common switch, PLC control system 7, the first wind turbine 9, the 11, second pump 12 of the second wind turbine 10, first pump and third pump 13 are divided equally
It is not provided with work light, PLC control system 7 is connect by circuit line with solar panels 1, and it is defeated that the first pump 11 is connected with first
The other end of one end of mud pipe 46, the first dredging tube 46 is connect with sludge fermentation pond 5, and the first dredging tube 46 and sludge fermentation pond
5 connections, third pump 13 are connected with one end of the first backwash water inlet pipe 8, the other end and the comprehensive profit of the first backwash water inlet pipe 8
It is connected with room 6.
Crush cell 2 is provided with the first access hole 45, and 2 side of crush cell is provided with water inlet 14, is located at Chi Kou in crush cell 2
Lower section is fixed with grid 15, and grid 15 and the angular range of 2 pool wall of crush cell are 20 °~60 °, and 2 bottom of crush cell is provided with powder
Broken machine 16.
Coagulation unit is disposed with anaerobic pond 17, anoxic pond 18 and aerobic by the direction of crush cell 2 to sedimentation basin 3
Pond 19, anaerobic pond 17 are respectively arranged with first row gas port 20 and the second access hole 21, the first agitating paddle are provided in anaerobic pond 17
22 and first sludge pipe 23, the first sludge pipe 23 connect with the first pump 11, anoxic pond 18 is provided with third access hole 24, scarce
It is provided with the first aeration tube 25 being connect with the first wind turbine 9 in oxygen pond 18, is additionally provided in anoxic pond 18 and is connect with the first pump 11
The second sludge pipe 26, I type fillers of NZP- are equipped in anoxic pond 18, aerobic tank 19 is provided with the 4th access hole 27, aerobic tank
It is provided with the second aeration tube 28 being connect with the first wind turbine 9 in 19, the connect with the first pump 11 is additionally provided in aerobic tank 19
Three sludge pipes 29, aerobic tank 19 is interior to be equipped with I type fillers of NZP-.
Sedimentation basin 3 is provided with the 5th access hole 30, and deflector 31 and conduit 32, conduit 32 are respectively arranged in sedimentation basin 3
It is connected to two stage treatment unit.
Two stage treatment unit is biofilter 33, and biofilter 33 is respectively arranged with the 6th access hole 34,35 and of water outlet
Water outlet 36 is backwashed, water outlet 35 and backwash water outlet 36 are respectively connected with outlet conduit, are respectively set in biofilter 33
There are the third aeration tube 37 being connected with the first wind turbine 9, the backwash air inlet pipe 38 being connected with the second wind turbine 10 and with
The second backwash water inlet pipe 39 that three pumps 13 are connected, biofilter 33 is interior to be equipped with II type fillers of NZP-.
Sludge fermentation pond 5 is provided with the 7th access hole 40 and second exhaust port 41, and is respectively arranged in sludge fermentation pond 5
The sludge discharge line 44 that two agitating paddles 42, the second dredging tube 43 being connected with the first pump and one end are connected with the second pump,
44 other end of sludge discharge line is connect with comprehensive utilization room 6.
The course of work of the utility model is specific as follows：
Solar electric power supply system mainly passes through solar panels in a kind of sewage of the utility model-Treatment of Sludge integration apparatus
1 (i.e. photovoltaic panel) converts solar energy into electrical energy, and is run for equipment, and extra electricity is stored in accumulator；Processing system is two
Grade sewage treatment unit system sequentially enters sewage coagulation system, by one after sewage first passes through the pretreatment of crush cell 2
Treated that sewage intake from sedimentation basin 3 above for grade, and suitable deflector 31 is from the outflow of 3 other side of sedimentation basin, and what is set in it leads
Pipe 32 enters secondary sewage processing equipment, and the sewage after two-stage treatment is flowed out from the drainpipe of biofilter 33；Sludge is sent out
Ferment pond 5 is used to handle the sludge for receiving fortune.
Wherein, the first pump 11 is for the sludge precipitated in sludge reason pond at sewage to be evacuated in sludge-tank；Second pump 12 is used
In by digester treated sludge is evacuated to comprehensive utilization room；Third pump 13 is for backwashing water inlet；First wind, 9 machine is used for dirt
Water treatment facilities are aerated；Second wind turbine 10 is used for the backwash air inlet of biofilter, and the first wind turbine 9 and the second wind turbine 10 are interlocking
Control；The normal operation of 7 control process system of PLC control system.
By the above-mentioned means, the solar electric power supply system in the utility model can be sewage-sludge integrated equipment for wastewater treatment
Power supply is provided；Processing system carries out sewage and sludge to carry out recycling after two-stage treatment, the utility model strong applicability,
Technical maturity is stablized, high treating effect；Low energy consumption, and operating cost is cheap, and O＆M is convenient.
Claims (10)
1. a kind of sewage-Treatment of Sludge integration apparatus, which is characterized in that the solar electric power supply system including interconnection and place
Reason system, the solar electric power supply system include multiple solar panels (1) to link together, and the processing system includes successively
The crush cell (2) of arranged adjacent, coagulation unit, sedimentation basin (3), two stage treatment unit, control room (4), sludge fermentation pond
(5), the control room (4) is connected with comprehensive utilization room (6).
2. a kind of sewage-Treatment of Sludge integration apparatus according to claim 1, which is characterized in that the control room (4)
In be provided with PLC control system (7), the PLC control system (7) be connected separately with the first wind turbine (9), the second wind turbine (10),
First pump (11), the second pump (12) and third pump (13), and the PLC control system (7) and the first pump (11), the second pump (12)
It is both provided with switch between pumping (13) third, between the PLC control system (7) and the first wind turbine (9) and PLC control system
(7) common switch is provided between the second wind turbine (10), the PLC control system (7) passes through circuit line and solar panels
(1) connect, first pump (11) is connected with one end of the first dredging tube (46), the other end of first dredging tube (46) with
Sludge fermentation pond (5) connects, and first dredging tube (46) is connected to sludge fermentation pond (5), third pump (13) connection
There are one end of the first backwash water inlet pipe (8), the other end of the first backwash water inlet pipe (8) to connect with comprehensive utilization room (6)
It connects.
3. a kind of sewage-Treatment of Sludge integration apparatus according to claim 2, which is characterized in that first pump
(11), the second pump (12) and third pump (13) are respectively connected with electrothermal relay.
4. a kind of sewage-Treatment of Sludge integration apparatus according to claim 2, which is characterized in that PLC controls system
System (7), the first wind turbine (9), the second wind turbine (10), the first pump (11), the second pump (12) and third pump (13) are respectively provided with
Work light.
5. a kind of sewage-Treatment of Sludge integration apparatus according to claim 2, which is characterized in that PLC controls system
It is provided with fuse in system (7).
6. a kind of sewage-Treatment of Sludge integration apparatus according to claim 1, which is characterized in that the crush cell (2)
It is provided with the first access hole (45), crush cell (2) side is provided with water inlet (14), is located under Chi Kou in crush cell (2)
Side is fixed with grid (15), and the angular range of the grid (15) and crush cell (2) pool wall is 20 °~60 °, the crush cell
(2) bottom is provided with pulverizer (16).
7. a kind of sewage-Treatment of Sludge integration apparatus according to claim 2 or 4, which is characterized in that at the level-one
Reason unit is disposed with anaerobic pond (17), anoxic pond (18) and aerobic tank by the direction of crush cell (2) to sedimentation basin (3)
(19), the anaerobic pond (17) is respectively arranged with first row gas port (20) and the second access hole (21), in the anaerobic pond (17)
It is provided with the first agitating paddle (22) and the first sludge pipe (23), first sludge pipe (23) connect with the first pump (11),
The anoxic pond (18) is provided with third access hole (24), is provided in the anoxic pond (18) and is connect with the first wind turbine (9)
First aeration tube (25) is additionally provided with the second sludge pipe (26) being connect with the first pump (11), institute in the anoxic pond (18)
It states aerobic tank (19) and is provided with the 4th access hole (27), connect with the first wind turbine (9) is provided in the aerobic tank (19)
Two aeration tubes (28) are additionally provided with the third sludge pipe (29) being connect with the first pump (11) in the aerobic tank (19).
8. a kind of sewage-Treatment of Sludge integration apparatus according to claim 1, which is characterized in that the sedimentation basin (3)
It is provided with the 5th access hole (30), deflector (31) and conduit (32), the conduit are respectively arranged in the sedimentation basin (3)
(32) it is connected to two stage treatment unit.
9. a kind of sewage-Treatment of Sludge integration apparatus according to claim 1 or 8, which is characterized in that at the two level
Reason unit be biofilter (33), the biofilter (33) be respectively arranged with the 6th access hole (34), water outlet (35) and instead
Water outlet (36) is rinsed, the water outlet (35) and backwash water outlet (36) are respectively connected with outlet conduit, the biofilter
(33) the third aeration tube (37) being connected with the first wind turbine (9) is respectively arranged in, be connected with the second wind turbine (10) it is anti-
The the second backwash water inlet pipe (39) for rinsing air inlet pipe (38) and being connected with third pump (13).
10. according to a kind of sewage of claims 1 or 2 any one of them-Treatment of Sludge integration apparatus, which is characterized in that institute
It states sludge fermentation pond (5) and is provided with the 7th access hole (40) and second exhaust port (41), set respectively in the sludge fermentation pond (5)
The sludge that the second agitating paddle (42), the second dredging tube (43) being connected with the first pump and one end are connected with the second pump is equipped with to arrange
Go out pipeline (44), sludge discharge line (44) other end is connect with comprehensive utilization room (6).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721523177.5U CN207713579U (en) | 2017-11-15 | 2017-11-15 | A kind of sewage-Treatment of Sludge integration apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721523177.5U CN207713579U (en) | 2017-11-15 | 2017-11-15 | A kind of sewage-Treatment of Sludge integration apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207713579U true CN207713579U (en) | 2018-08-10 |
Family
ID=63061565
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721523177.5U Expired - Fee Related CN207713579U (en) | 2017-11-15 | 2017-11-15 | A kind of sewage-Treatment of Sludge integration apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207713579U (en) |
-
2017
- 2017-11-15 CN CN201721523177.5U patent/CN207713579U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180810 Termination date: 20201115 |