CN209957601U - River course high efficiency cuts dirty clean processing system - Google Patents
River course high efficiency cuts dirty clean processing system Download PDFInfo
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- CN209957601U CN209957601U CN201920483553.5U CN201920483553U CN209957601U CN 209957601 U CN209957601 U CN 209957601U CN 201920483553 U CN201920483553 U CN 201920483553U CN 209957601 U CN209957601 U CN 209957601U
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Abstract
The utility model provides a river course high efficiency cuts dirty purification processing system for the processing of sewage, including setting up the outlet pipe in the river course, the sewage treatment clean system, the ecological landscape system that mutually support and being arranged in discharging the sewage after handling into the river course on the river course, sewage treatment clean system is including the collection device who is used for collecting sewage, the water treatment unit who is connected with collection device, the water treatment unit includes anaerobism pond, bological aerated filter and equalizing basin, bological aerated filter intussuseption is filled with the zeolite filter material and is used for strengthening getting rid of ammonia nitrogen, anaerobism pond and bological aerated filter are used for the anaerobism aerobic treatment of sewage, bological aerated filter and ecological landscape system are connected to the equalizing basin. The utility model discloses can make sewage purification reach V type standard, can effectively reduce the pollution sources and get into the river course, use wetland view pond, provide ornamental value when can effectively purify waste water.
Description
Technical Field
The utility model relates to a water pollution treatment engineering field, especially a dirty purification treatment system is cut to river course high efficiency.
Background
The prior art generally pumps into integrated equipment after collecting sewage through nano-tubes and handles then gets into the river course, and nevertheless integrated equipment generally is difficult to reach river course V class water standard, has just carried out preliminary treatment to sewage, still has certain pollution to the river course, and especially getting rid of ammonia nitrogen still is a problem that awaits a moment and waits to solve. In addition, some treatment projects at present are relatively isolated, so that the problems of project waste, poor integrity and the like are easily caused.
SUMMERY OF THE UTILITY MODEL
In view of this, the utility model provides a dirty clean processing system is cut to river course high efficiency to solve above-mentioned problem.
The utility model provides a river course high efficiency cuts dirty purification processing system for to the treatment of sewage in the river course, including sewage treatment clean system, ecological landscape system and the outlet pipe that connects gradually, sewage treatment clean system includes the collection device who is connected with the river course and is used for collecting sewage, the water treatment unit who is connected with collection device, water treatment unit includes anaerobism pond, bological aerated filter and equalizing basin, bological aerated filter intussuseption is filled with the zeolite filter material, bological aerated filter carries out aerobic treatment with sewage, equalizing basin connects bological aerated filter and ecological landscape system, be equipped with the liquid level controller that controls equalizing basin and go out water to ecological landscape system in the equalizing basin, ecological landscape system includes the view fountain of being connected with the equalizing basin and the view wetland of being connected with the view fountain, the view wetland includes the one-level view pond adjacent with the view fountain, The ecological filtering pond of second grade adjacent with the one-level view pond and the tertiary ecological filtering pond adjacent with the ecological filtering pond of second grade, the top in one-level view pond is equipped with first overflow mouth and the top in the ecological filtering pond of second grade is equipped with the second overflow mouth, sewage flows into the ecological filtering pond of second grade by the one-level view pond through first overflow mouth, and rethread second overflow mouth flows into tertiary ecological filtering pond, tertiary ecological filtering pond and play water piping connection, the outlet pipe is arranged in the river course to the sewage after will handling.
Further, the collecting device comprises a grating well and an overflow device, the sewage flows into the overflow device after being filtered in the grating well, and the top of the overflow device is provided with an overflow port.
Furthermore, a sedimentation tank is connected between the anaerobic tank and the biological aerated filter, and a return pipe for returning the lower-layer sludge to the anaerobic tank is also arranged in the sedimentation tank.
Furthermore, an overflow groove and a filter material unit are arranged between the biological aerated filter and the regulating tank, the sewage overflows through the overflow groove and then enters the filter material unit for filtering, and the filter material unit is an activated carbon filter material layer.
Furthermore, a micropore aeration device is arranged at the bottom of the primary landscape pool.
Furthermore, a plurality of cobblestone blocks are arranged in the secondary ecological filter tank, the particle size of each cobblestone block is 1-2cm, and landscape plants in the secondary filter tank are planted on the cobblestone blocks.
Furthermore, cobblestone particles are arranged in the three-level ecological filter tank, the particle size of the cobblestone particles is 1-2mm, and landscape plants in the three-level filter tank are planted on the cobblestone particles.
Compared with the prior art, the utility model discloses a river course high efficiency cuts dirty purification processing system for the treatment to the sewage in the river course, including sewage treatment clean system, ecological landscape system and the outlet pipe that connects gradually, sewage treatment clean system includes the collection device that is connected with the river course and is used for collecting sewage, the water treatment unit who is connected with collection device, the water treatment unit includes anaerobism pond, aeration biological filter and equalizing basin, it has the zeolite filter material to fill in the aeration biological filter, aeration biological filter carries out aerobic treatment with sewage, the equalizing basin is connected aeration biological filter and ecological landscape system, be equipped with the liquid level controller that controls the equalizing basin and goes out water to ecological landscape system in the equalizing basin, ecological landscape system includes the view fountain that is connected with the equalizing basin and the view wetland that is connected with the view fountain, the view wetland includes one-level view pond adjacent with the view fountain, the second grade ecological filter pond adjacent with the one-level view pond and the tertiary ecological filter pond adjacent with the second grade ecological filter pond, the top in one-level view pond is equipped with first overflow mouth and second grade ecological filter pond is equipped with the second overflow mouth, sewage flows into the second grade ecological filter pond by one-level view pond through first overflow mouth, and rethread second overflow mouth flows into tertiary ecological filter pond, tertiary ecological filter pond and play water piping connection, the outlet pipe is arranged in the river course to the sewage row after will handling.
The utility model has the advantages that:
1. can ensure that the sewage purification reaches the V-type standard and can effectively reduce the pollution source entering the river channel.
2. The aeration biological filter taking the zeolite as the filler can enhance the removal of ammonia nitrogen.
3. The wetland landscape pool can effectively purify water and provide ornamental value.
Drawings
Embodiments of the present invention are described below with reference to the accompanying drawings, in which:
fig. 1 is the utility model provides a pair of river course high efficiency cuts dirty clean processing system's schematic diagram.
Description of the drawings: 10. a collection device; 12. a water treatment unit; 13. an anaerobic tank; 14. an aeration biological filter; 15. a regulating tank; 16. a sedimentation tank; 17. a return pipe; 18. a filtering material unit; 19. a liquid level controller; 25. zeolite filter material; 30. a landscape fountain; 35. landscape wetlands; 40. a water outlet pipe; 111. a grid well; 112. An overflow device; 200. biological fillers; 310. a first-level landscape pool; 320. a secondary ecological filter tank; 330. a three-level ecological filter tank; 350. a first overflow port; 360. a second overflow port.
Detailed Description
The following describes in further detail specific embodiments of the present invention based on the drawings. It should be understood that the description herein of embodiments of the invention is not intended to limit the scope of the invention.
Please refer to fig. 1, which is a high-efficiency sewage interception and purification treatment system for river course provided by the present invention, for treating sewage in river course, comprising a sewage treatment and purification system, an ecological landscape system and a water outlet pipe 40 connected in sequence, wherein the sewage treatment and purification system comprises a collection device 10 connected to the river course for collecting sewage, and a water treatment unit 12 connected to the collection device 10, the water treatment unit 12 comprises an anaerobic tank 13, an aeration biological filter tank 14 and a regulation tank 15, the aeration biological filter tank 14 is filled with a zeolite filter material 25, the aeration biological filter tank 14 performs aerobic treatment on sewage, the regulation tank 15 is connected to the aeration biological filter tank 14 and the ecological landscape system, a liquid level controller 19 for controlling the water outlet of the regulation tank 15 to the ecological landscape system is arranged in the regulation tank 15, the ecological landscape system comprises a landscape fountain 30 connected to the regulation tank 15 and a landscape wetland 35 connected to the landscape fountain 30, the landscape wetland 35 includes one-level landscape pool 310 adjacent with the landscape fountain 30, the second grade ecological filter 320 adjacent with one-level landscape pool 310 and the third grade ecological filter 330 adjacent with second grade ecological filter 320, the top that the top in one-level landscape pool 310 was equipped with first overflow mouth 350 and second grade ecological filter 320 is equipped with second overflow mouth 360, sewage flows into second grade ecological filter 320 by one-level landscape pool 310 through first overflow mouth 350, rethread second overflow mouth 360 flows into third grade ecological filter 330, third grade ecological filter 330 is connected with outlet pipe 40, outlet pipe 40 is arranged in discharging the sewage after handling back to the river course.
The collecting device 10 comprises a grating well 111 and an overflow device 112, the sewage flows into the overflow device 112 after being filtered in the grating well 111, and the top of the overflow device 112 is provided with an overflow port. The grid well can protect the water pump and prevent the pipeline from being blocked, and certain pollutant load is reduced while the grid channel blocks dirt. The grid well is provided with an overflow to ensure effective treatment of initial rainwater.
A sedimentation tank 16 is connected between the anaerobic tank 13 and the biological aerated filter 14, and a return pipe 17 for returning the lower-layer sludge to the anaerobic tank 13 is further arranged in the sedimentation tank 16.
An overflow groove and a filter material unit 18 are also arranged between the biological aerated filter 14 and the regulating tank 15, the sewage overflows through the overflow groove and then enters the filter material unit 18 for filtering, and the filter material unit 18 is an activated carbon filter material layer. The activated carbon filter material layer is used for adsorbing partial pollutants and removing peculiar smell.
In this embodiment, be equipped with biofilm carrier 200 in the anaerobism pond 13, sewage after anaerobism pond 13 is handled gets into sedimentation tank 16, and lower floor's mud part passes through back flow pipe 17 and flows back to anaerobism pond 13, and other parts are discharged regularly, and the supernatant gets into bological aerated filter 14 through a moisturizing pipe, bological aerated filter 14 is aerobe aerobic biofilter, and aerobe for going into down and go up out in the aerobioster, sets up moisturizing pipe water uniform distribution below the bearing layer and gets into the packing layer to set up back flush unit (the usable regulation pond water of backwash water), the backwash water gets back to grid well 111, aeration equipment in bological aerated filter 14 oxygenates sewage, and adjustable oxygenation makes its formation aerobic anoxic layer nitrify the denitrification. Zeolite filter materials are filled in the biological aerated filter 14, the zeolite filter materials are beneficial to enhancing the removal of ammonia nitrogen, and the filtered zeolite filter materials enter the filter material unit 18 through the overflow groove, the filter material unit 18 is an activated carbon filter material layer, activated carbon has an adsorption effect and can further reduce suspended solid SS and remove peculiar smell, so that a subsequent landscape fountain is clear and free from peculiar smell, and meanwhile, the operation of the landscape wetland 35 is ensured by the liquid level control of the regulating tank 15.
The bottom of the first-level landscape pool 310 is provided with a micropore aeration device. The micropore aeration device is used for enhancing the removal of ammonia nitrogen. The first-level landscape pool 310 is placed with ornamental aquatic animals (such as broccoli) and landscape hydrophytes (such as broccoli and water lily), and is changed into an ornamental aquatic landscape through the micro-hole aeration device and the oxygenation of the landscape fountain 30.
A plurality of cobblestone blocks are arranged in the secondary ecological filter 320, and landscape plants in the secondary filter are planted on the cobblestone blocks. And a plurality of second-stage filter tank landscape plants are planted on the cobblestone stones. The particle size of the cobblestone stone blocks is 1-2cm, and the landscape plants in the secondary filter tank can be aquatic plants such as canna.
Cobblestone particles are arranged in the three-level ecological filter 330, and a plurality of three-level filter landscape plants are planted on the cobblestone particles. The particle size of the cobble particles is 1-2mm, and the landscape plants in the third filter tank can be ornamental plants such as windmill grass and the like.
Compared with the prior art, the utility model discloses a river course high efficiency cuts dirty purification processing system for to the treatment of sewage in the river course, including sewage treatment clean system, ecological landscape system and the outlet pipe 40 that connects gradually, sewage treatment clean system includes the collection device 10 that is connected with the river course and is used for collecting sewage, the water treatment unit 12 who is connected with collection device 10, water treatment unit 12 includes anaerobism pond 13, bological aerated filter 14 and equalizing basin 15, bological aerated filter 14 intussuseption is filled with zeolite filter material 25, bological aerated filter 14 carries out aerobic treatment with sewage, equalizing basin 15 connects bological aerated filter 14 and ecological landscape system, be equipped with the liquid level controller 19 that controls equalizing basin 15 and go out water to ecological landscape system in equalizing basin 15, ecological landscape system includes landscape fountain 30 and the landscape wetland 35 that is connected with landscape fountain 30, the landscape wetland 35 includes one-level landscape pool 310 adjacent with the landscape fountain 30, the second grade ecological filter 320 adjacent with one-level landscape pool 310 and the third grade ecological filter 330 adjacent with second grade ecological filter 320, the top that the top in one-level landscape pool 310 was equipped with first overflow mouth 350 and second grade ecological filter 320 is equipped with second overflow mouth 360, sewage flows into second grade ecological filter 320 by one-level landscape pool 310 through first overflow mouth 350, rethread second overflow mouth 360 flows into third grade ecological filter 330, third grade ecological filter 330 is connected with outlet pipe 40, outlet pipe 40 is arranged in discharging the sewage after handling back to the river course.
The utility model has the advantages that:
1. can ensure that the sewage purification reaches the V-type standard and can effectively reduce the pollution source entering the river channel.
2. The aeration biological filter taking the zeolite as the filler can enhance the removal of ammonia nitrogen.
3. The wetland landscape pool can effectively purify water and provide ornamental value.
The above description is only for the preferred embodiment of the present invention and should not be construed as limiting the scope of the present invention, and any modification, equivalent replacement or improvement within the spirit of the present invention is encompassed by the claims of the present invention.
Claims (7)
1. The utility model provides a dirty clean processing system is cut to river course high efficiency for the processing to the sewage in the river course, its characterized in that: comprises a sewage treatment and purification system, an ecological landscape system and a water outlet pipe (40) which are connected in sequence, wherein the sewage treatment and purification system comprises a collection device (10) which is connected with a river channel and is used for collecting sewage, and a water treatment unit (12) which is connected with the collection device (10), the water treatment unit (12) comprises an anaerobic tank (13), an aeration biological filter (14) and a regulating tank (15), a zeolite filter material (25) is filled in the aeration biological filter (14), the aeration biological filter (14) carries out aerobic treatment on the sewage, the regulating tank (15) is connected with the aeration biological filter (14) and the ecological landscape system, a liquid level controller (19) which controls the water outlet of the regulating tank (15) to the ecological landscape system is arranged in the regulating tank (15), the ecological landscape system comprises a landscape fountain (30) which is connected with the regulating tank (15) and a landscape wetland fountain (35) which is connected with the landscape fountain (30), landscape wetland (35) include one-level landscape pool (310) adjacent with landscape fountain (30), second grade ecological filter (320) adjacent with one-level landscape pool (310) and tertiary ecological filter (330) adjacent with second grade ecological filter (320), the top that the top in one-level landscape pool (310) was equipped with first overflow mouth (350) and second grade ecological filter (320) is equipped with second overflow mouth (360), sewage flows into second grade ecological filter (320) by one-level landscape pool (310) through first overflow mouth (350), rethread second overflow mouth (360) flow into tertiary ecological filter (330), tertiary ecological filter (330) are connected with outlet pipe (40), outlet pipe (40) are arranged in returning the river course with the sewage after handling.
2. The river course high efficiency pollutant intercepting and purifying treatment system of claim 1, wherein: the collecting device (10) comprises a grating well (111) and an overflow device (112), the sewage flows into the overflow device (112) after being filtered in the grating well (111), and the top of the overflow device (112) is provided with an overflow port.
3. The river course high efficiency pollutant intercepting and purifying treatment system of claim 1, wherein: a sedimentation tank (16) is connected between the anaerobic tank (13) and the biological aerated filter (14), and a return pipe (17) for returning lower-layer sludge to the anaerobic tank (13) is also arranged in the sedimentation tank (16).
4. The river course high efficiency pollutant intercepting and purifying treatment system of claim 1, wherein: an overflow trough and a filter material unit (18) are also arranged between the biological aerated filter (14) and the adjusting tank (15), the sewage enters the filter material unit (18) for filtering after overflowing through the overflow trough, and the filter material unit (18) is an activated carbon filter material layer.
5. The river course high efficiency pollutant intercepting and purifying treatment system of claim 1, wherein: the bottom of the first-level landscape pool (310) is provided with a micropore aeration device.
6. The river course high efficiency pollutant intercepting and purifying treatment system of claim 1, wherein: a plurality of cobblestone stones are arranged in the secondary ecological filter tank (320), the particle size of the cobblestone stones is 1-2cm, and landscape plants of the secondary filter tank are planted on the cobblestone stones.
7. The river course high efficiency pollutant intercepting and purifying treatment system of claim 1, wherein: cobblestone particles are arranged in the three-level ecological filter (330), the particle size of the cobblestone particles is 1-2mm, and landscape plants in the three-level filter are planted on the cobblestone particles.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920483553.5U CN209957601U (en) | 2019-04-10 | 2019-04-10 | River course high efficiency cuts dirty clean processing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920483553.5U CN209957601U (en) | 2019-04-10 | 2019-04-10 | River course high efficiency cuts dirty clean processing system |
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| Publication Number | Publication Date |
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| CN209957601U true CN209957601U (en) | 2020-01-17 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201920483553.5U Active CN209957601U (en) | 2019-04-10 | 2019-04-10 | River course high efficiency cuts dirty clean processing system |
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