CN205061812U - Multistage rainwater biological processing device - Google Patents

Multistage rainwater biological processing device Download PDF

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Publication number
CN205061812U
CN205061812U CN201520764475.8U CN201520764475U CN205061812U CN 205061812 U CN205061812 U CN 205061812U CN 201520764475 U CN201520764475 U CN 201520764475U CN 205061812 U CN205061812 U CN 205061812U
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rainwater
biological treatment
water
multistage
wash
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马佳
汤杰
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WUHAN MEIHUA YUSHUI ENVIRONMENT CO., LTD.
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Wuhan Shengyu Drainage Systems Co Ltd
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Abstract

The utility model discloses a multistage rainwater biological processing device, including settling basin and filtering ponds in advance, driving the mouth of a river in advance on the settling basin into, the over -pass structure is established in advance at the mouth of a river that begins to rehearse on the filtering ponds between settling basin and filtering ponds, the porous medium filter layer is established to the filtering ponds bottom, and porous medium filter layer top is equipped with the biological medium layer, buries the rainwater collecting pipe in the porous medium filter layer, opens the one end that has import of a plurality of rainwater and rainwater collecting pipe on the rainwater collecting pipe and links the scavenge pipe, and the other end is the drain pipe even, and the drain pipe links to each other with the outlet, multilevel processing pond top is equipped with the apron, and it has biological medium layer plant kind entry to open on the apron. The utility model discloses the collection gravitational settling, the screening, multilevel processing is carried out in an organic whole to the rainwater to filtration and biological treatment function, and the rainwater is after the deposit is detached to the settling basin in advance, and the primary cleaning is carried out to the rainwater again to the over -pass structure, then the biological medium layer, and plant and porous medium filter layer carry out further filtration and biological treatment to the rainwater to effectively get rid of the pollutant.

Description

Multistage rainwater biological treatment device
Technical field
The utility model relates to device for treating rain water, refers to a kind of multistage rainwater biological treatment device particularly.
Background technology
Along with the quickening of urbanization process, on ground, Permeable stratum area significantly increases, pollutent builds up on these fluid-tight ground, when rainfall, pollutent is poured rainfall runoff system and forms rainwater runoff pollution by rain drop erosion ground, and rainwater runoff pollution is that a kind of diffustivity is polluted, and then enters into natural water, cause water pollution, pollutent wherein comprises the hazardous and noxious substances such as particulate matter, organism, heavy metal.Therefore, urbanization process and industrialization development cause water source judgment and rain flood to endanger day by day serious.
Along with the aggravation of water source judgment and the harm of rain flood, using rainwater in addition Collection utilization carry out as water resources the emerging problem that the comprehensive regulation become important.In overall city planning, the combined drainage system great majority that the past adopts are changed a social system, change separate system into or the water exhaust system processed that dams.Serious along with urban atmospheric pollution and ground pollution, rainwater runoff pollution is further serious, and the early-stage rainwater that especially pollutent is more, the pollutent index maximum of the early-stage rainwater of certain areas is far away higher than typical urban sanitary sewage.Therefore, be necessary that, to rainwater, especially early-stage rainwater processes.
China is scarcely out of swaddling-clothes to the collection and treatment of early-stage rainwater at present, and collecting early-stage rainwater is only do not allow it enter water pollution water quality, and then seldom consider for the purifying treatment of early-stage rainwater and reuse, majority directly enters municipal sanitary sewage pipe network.The Pollutant levels contained in early-stage rainwater are higher, especially road early-stage rainwater, directly enter sanitary sewage pipe network and can bring larger load to Sewage Plant.
Summary of the invention
The purpose of this utility model will provide a kind of multistage rainwater biological treatment device exactly, and this device effectively can remove the pollutent in rainwater, and the rainwater after process can qualified discharge or recycle.
For achieving the above object, the technical solution adopted in the utility model is: a kind of multistage rainwater biological treatment device, comprise multiple-stage treatment pond, described multiple-stage treatment pond comprises pre-settling bowl and the filtering basin of connection from front to back successively, described pre-settling bowl has water-in, described filtering basin have water port, between described pre-settling bowl and described filtering basin, is provided with over-pass structure; Porous medium filtering layer is provided with bottom described filtering basin, described porous medium filtering layer top is provided with Biomedia layer, rainwater collection collector is embedded with in described porous medium filtering layer, the tube wall of described rainwater collection collector has some rainwater imports, and one end of described rainwater collection collector is connected with wash tube, the other end is connected with water shoot, and described water shoot is connected with described water port; Top, described multiple-stage treatment pond is provided with cover plate, described cover plate has Biomedia layer plant species entrance.
The utility model collection gravity settling, screening, filtration and biological treatment function carry out multiple-stage treatment in one to rainwater, rainwater is after pre-settling bowl removing settling, floating matter in over-pass structure intercepts rainwater also carries out rough purification to rainwater, then the Biomedia layer in filtering basin, plant and porous medium filtering layer further filter rainwater and carry out a biological disposal upon, thus the particulate matter effectively eliminated in rainwater, nitrogen, phosphorus, the pollutent such as heavy metal and grease, rainwater after process may penetrate into underground, be discharged into natural water or recycle again, wherein, plant can by Biomedia layer plant species entrance kind in Biomedia layer, Biomedia both can remove the pollutent in runoff rainwater, nutrient needed for growth can be provided again for plant, nitrogen during plant can be drunk up the rain by the growth metabolism of self, the nutritive substances such as phosphorus, the heavy metal that all right enrichment of some plants is dissimilar or some organic pollutant of absorption degraded, the effect of all right beautifying urban environment of green plants, rainwater collection collector is utilized to recycle the rainwater after purification, wash tube can as flushing channel, when rainwater collection collector is blocked, can rinse from the top external source of wash tube rainwater collection collector, wash tube can also as overflow ducts, when rainfall is very large, later stage rainwater directly can enter rainwater collection collector from the top overflow of wash tube, is then discharged by water shoot, Biomedia layer plant species entrance is plant species entrance, is also the maintenance access of biofilter, biofilter structure simple and flexible in the utility model, takes up an area little, can meet the demand of various places operating mode, and installs easily, and easy to maintenance, cost performance is high, while effectively removing the pollutent in runoff rainwater, has the effect of beautifying the environment, this biofilter, without the need to outside resources, can run automatically, this biofilter applied range, all can be suitable for for New Town Construction and reconstruction of the old city town, can be used for the rainwater treatment in street, parking lot, motorway, park, community and market etc.
Further, described wash tube is arranged perpendicular to described rainwater collection collector through described Biomedia layer, and described Biomedia layer end face is stretched out on described wash tube top, and described wash tube bottom is connected with described rainwater collection collector.
Further, described Biomedia layer top is provided with wash-prime coat near the side of described water-in.At the Biomedia surface coverage wash-prime coat near water inlet position, the flow velocity of rainwater can be reduced, prevent rainwater from carrying out erosion to Biomedia.
Further, described filtering basin sidewall has overflow port, the bottom of described overflow port is higher than the top of described wash tube.Filtering basin arrange overflow port, and the top of wash tube is lower than the bottom of overflow port, and when rainfall is excessive, rainwater can overflow biofilter from overflow port, to ensure that equipment normally runs.
Further, described Biomedia layer is one or more in litter compost, float stone, peat soil, perlite, zeolite, haydite, biological activated carbon or sand.
Further, described porous medium filtering layer is gravel bed, and described rainwater import aperture is less than grain size of gravel.
Further, described Biomedia layer plant species entrance is provided with openable tree pond cover plate, and described tree pond cover plate has plant via hole.Plant in Biomedia, covers tree pond cover plate by Biomedia layer plant species entrance kind again after planting plant; Biomedia layer plant species entrance is also the maintenance access of strainer, when needs are safeguarded biofilter, takes off tree pond cover plate, can clear up the impurity on Biomedia surface or change Biomedia.
Further, described wash tube top is coated with filtering net.The filtering net on wash tube top can tackle floating matter in rainwater and suspended substance.
Further, described cover plate also has wash-out hole, described wash-out hole is positioned at directly over described wash tube, and described wash-out hole is provided with openable wash-out hole cover plate.
Further, described water shoot is provided with flow rate limiting device.Water shoot is provided with flow rate limiting device, water outlet flow can be limited, make rainwater can have longer duration of contact with Biomedia layer, thus more effectively remove pollutent.
Further, described over-pass structure comprises fixed dam, and described fixed dam top is connected with first and crosses water screen.The first mistake water screen at fixed dam top can tackle the suspended substance in rainwater, and allows the rainwater through sedimentation enter filtering basin.
Further, described fixed dam has one or more elongated slot extending to bottom from top, be provided with second in described elongated slot and cross water screen; Or described fixed dam is provided with some apertures from top to bottom.The rainwater of pre-settling bowl can be crossed water screen slowly through second in elongated slot and enter filtering basin; When fixed dam is orifice plate, not only have interception function to suspended substance in water, and because of fixed dam water flow little, make the rainwater water level in pre-settling bowl constantly increase, extend the residence time of rainwater in pre-settling bowl, be conducive to the abundant sedimentation of the solid particulate such as silt in rainwater.
Further, described pre-settling bowl bottom surface is lower than described filtering basin bottom surface.So that the solid particulates such as the silt in rainwater can be deposited on the bottom of pre-settling bowl and not easily enter filtering basin or blocking second water screen excessively.
Further, described over-pass structure also comprises overhead gage, and the parallel described fixed dam of described overhead gage is arranged in described fixed dam front, and the top of water screen is crossed lower than described first in the bottom of described overhead gage.Arrange overhead gage on the first mistake water screen side, the top of water screen is crossed in the bottom of overhead gage lower than first, and the bottom that rainwater need walk around overhead gage just enters filtering basin by the first mistake water screen again, effectively can tackle the floating matter in rainwater like this.
Further, described overhead gage is fixed on top, described multiple-stage treatment pond; Or described overhead gage is floating barrier, described floating barrier top emerges above, and bottom is positioned at below the water surface.A floating barrier part is below the water surface, and a part, more than the water surface, can rise with the rising of water level, decline with the decline of water level, the floating matter thoroughly in interception rainwater.
Further, waterpower particle sorting apparatus is provided with in described pre-settling bowl.Waterpower particle sorting apparatus extends the hydraulic detention time in pre-settling bowl, and stops particulate matter to be passed through, thus further increases the clearance of particulate matter and scum silica frost.
Further, described waterpower particle sorting apparatus comprises polylith water eliminator, and described water eliminator is in tilted layout and is parallel to each other.
Further, described multistage rainwater biological treatment device is formed by multiple described multiple-stage treatment ponds serial or parallel connection.
Accompanying drawing explanation
Fig. 1 be a kind of multistage rainwater biological treatment device face structural representation.
Fig. 2 is the A-A sectional structure schematic diagram of Fig. 1.
Fig. 3 is the arrangement schematic diagram of waterpower particle sorting apparatus in pre-settling bowl.
Fig. 4 is the structural representation of over-pass structure.
Fig. 5 is a kind of distressed structure schematic diagram of Fig. 4.
Embodiment
Below in conjunction with accompanying drawing, the utility model is described in further detail, is convenient to more clearly understand the utility model, but they do not form restriction to the utility model.
As Fig. 1, a kind of multistage rainwater biological treatment device of Fig. 2, comprise multiple-stage treatment pond 1, described multiple-stage treatment pond 1 comprises pre-settling bowl 1-1 and the filtering basin 1-2 of connection from front to back successively, described pre-settling bowl 1-1 bottom surface can lower than described filtering basin 1-2 bottom surface, to enter the bottom that the solid particulates such as the silt in the rainwater of pre-settling bowl 1-1 are more successfully deposited on pre-settling bowl 1-1, on front side of described pre-settling bowl 1-1, body of wall top has water-in 1-11, water-in 1-11 can be arranged along both sides, road surface, can be rain pipe, also can be other water inlet structures or equipment, on rear side of described filtering basin 1-2, body of wall bottom has water port 1-21, over-pass structure 3 is provided with between described pre-settling bowl 1-1 and described filtering basin 1-2, porous medium filtering layer 4 is provided with bottom described filtering basin 1-2, described porous medium filtering layer 4 top is provided with Biomedia layer 5, plant 16 kinds is in Biomedia layer 5, plant 16 can be tree, shrub, flower, grass etc., described Biomedia layer 5 top is provided with wash-prime coat 10 near the side of described water-in 1-11, wash-prime coat 10 is for reducing rainwater flow velocity, rainwater is avoided to carry out erosion to Biomedia, wherein, described porous medium filtering layer 4 is that clean gravel is paved into, described Biomedia layer 5 is litter compost, float stone, peat soil, perlite, zeolite, haydite, one or more in biological activated carbon or sand are paved into, wash-prime coat 10 is paved into by riprap, be embedded with two in described porous medium filtering layer 4 and be bending and the rainwater collection collector 6 of horizontal positioned, the tube wall of described rainwater collection collector 6 has some rainwater import 6-1, rainwater import 6-1 aperture is less than grain size of gravel, one end of rainwater collection collector 6 is connected with one or more wash tube 7, described wash tube 7 is arranged perpendicular to described rainwater collection collector 6 through described Biomedia layer 5, described Biomedia layer 5 end face is stretched out on described wash tube 7 top, described wash tube 7 bottom is connected with the front end of described rainwater collection collector 6, described wash tube 7 top is coated with filtering net 12, rainwater collection collector 6 rear end is connected with water shoot 8, water shoot 8 is connected with described water port 1-21, described water shoot 8 is provided with the flow rate limiting device 14 for limiting water flow, this flow rate limiting device 14 can be excess-flow valve, to make rainwater can have longer duration of contact with Biomedia, more effectively remove pollutent, top, described multiple-stage treatment pond 1 is provided with cover plate 9, cover plate 9 place corresponding to filtering basin 1-2 top has Biomedia layer plant species entrance 9-1 and wash-out hole 9-2, Biomedia layer plant species entrance 9-1 is provided with openable tree pond cover plate 11, tree pond cover plate 11 has plant via hole 11-1, plant 16 enters in Biomedia by Biomedia layer plant species entrance 9-1 kind, this Biomedia layer plant species entrance 9-1 also can be used for installation and the maintenance of filtering basin 1-2 internal structure, tree pond cover plate 11 is covered again after installation terminates, when needs are safeguarded filtering basin 1-2, take off tree pond cover plate 11, can the impurity on Biomedia surface be cleared up or be changed Biomedia, wash-out hole 9-2 is positioned at directly over described wash tube 7, and described wash-out hole 9-2 is provided with openable wash-out hole cover plate 13, on rear side of filtering basin 1-2, body of wall top has overflow port 1-22, and the bottom of described overflow port 1-22 is higher than the top of described wash tube 7.Wherein, this multistage rainwater biological treatment device also can take the structure formation of multiple multiple-stage treatment ponds 1 serial or parallel connection.
In such scheme, shown in composition graphs 3, in pre-settling bowl 1-2, waterpower particle sorting apparatus 15 is installed, described waterpower particle sorting apparatus 15 comprises polylith water eliminator 15-1, described water eliminator 15-1 is in tilted layout and is parallel to each other, water eliminator 15-1 can with the deflection of the change generation angle of water level, and rainwater can flow through from the gap between plate and plate, and particulate matter is passed through by water eliminator 15-1 prevention.
In such scheme, described over-pass structure 3 comprises fixed dam 3-1, described fixed dam 3-1 has the one or more elongated slot 3-11 extending to bottom from top, be provided with second in described elongated slot 3-11 and cross water screen 3-12, described fixed dam 3-1 top is connected with first and crosses water screen 3-2, in addition, fixed dam 3-1 also can take the AND DEWATERING FOR ORIFICE STRUCTURE being provided with some apertures from top to bottom, the small aperture of the second mesh size or AND DEWATERING FOR ORIFICE STRUCTURE crossing water screen 3-12 all needs the size being less than Biomedia, and, the elongated slot of a level can also be offered in the bottom of over-pass structure 3, arrange the 3rd in the middle of this elongated slot groove and cross water screen, the aperture that a series of aperture is less than Biomedia size equally also can be offered in the bottom of over-pass structure 3, as shown in Figure 4, in fixed dam 3-1 front, overhead gage 3-3 can also be set, overhead gage 3-3 is fixed on the cover plate 9 at top, described multiple-stage treatment pond 1, the parallel described fixed dam 3-1 of described overhead gage 3-3 is arranged in described fixed dam 3-1 front, and the top of water screen 3-2 is crossed lower than described first in the bottom of described overhead gage 3-3, the bottom that rainwater need walk around overhead gage 3-3 enters filtering basin 1-2 by the first mistake water screen 3-2 again, effectively can tackle the floating matter 17 in rainwater like this, as shown in Figure 5, overhead gage 3-3 also can be floating barrier, and floating barrier top emerges more than 18, and bottom is positioned at the water surface less than 18, and floating barrier can rise with the rising of water level, declines with the decline of water level, the floating matter 17 thoroughly in interception rainwater.By over-pass structure 3, the rainwater of pre-settling bowl 1-1 all can enter filtering basin by filter screen, and the Biomedia of filtering basin 1-2 can not enter pre-negative area.
The working process of above-mentioned multistage rainwater biological treatment device is as follows: from street, highway, parking lot, the runoff rainwater on the ground such as community or market enters the pre-settling bowl 1-1 of this device from water-in 1-11, under the effect of natural subsidence and waterpower particle sorting apparatus 15, particulate matter in rainwater is deposited on the bottom of pre-settling bowl 1-1, now only having the rainwater of seldom amount can cross water screen 3-12 (or the aperture in AND DEWATERING FOR ORIFICE STRUCTURE) from second fixed dam 3-1 enters in the Biomedia of filtering basin 1-2, along with the rising of pre-settling bowl 1-1 median water level, when water level reaches the height of the first mistake water screen 3-2, rainwater through sedimentation can enter filtering basin by the first mistake water screen 3-2, suspended substance in rainwater can be crossed water screen 3-2 by first and tackle, floating matter 17 then can by fixing overhead gage 3-3 or floating barrier interception, then, rainwater after aforementioned sedimentation and tentatively filtration treatment penetrates in Biomedia layer 5 after wash-prime coat 10 cushions, Biomedia both can remove the pollutent in rainwater, nutrient needed for growth can be provided again for plant 16, and plant 16 can also be drunk up the rain by the growth metabolism of self in nitrogen, the nutritive substances such as phosphorus, the heavy metal that enrichment is dissimilar or some organic pollutant of absorption degraded, after the filtration and biological treatment of Biomedia, rainwater after purification enters in the rainwater collection collector 6 be laid in gravel by the rainwater import 6-1 on rainwater collection collector 6, then discharged by water shoot 8, water shoot 8 is provided with flow rate limiting device 14, can be restricted export flow, make rainwater can have longer duration of contact with Biomedia, thus more effectively remove pollutent, after biofilter uses for some time, if rainwater collection collector 6 is blocked, wash-out hole cover plate 13 can be opened, and take off the filtering net 12 on wash tube 7 top, from the top injection external source of wash-out hole 9-2 and wash tube 7, rainwater collection collector 6 be rinsed, when rainfall is very large, later stage rainwater directly can enter rainwater collection collector 6 from the top overflow of wash tube 7, is then discharged by water shoot 8, and the filtering net 12 on wash tube 7 top can tackle floating matter in rainwater and suspended substance, when rainfall increases further, rainwater just overflows filtering basin 1-2 from overflow port 1-22, and when this can ensure that rainfall amount exceedes the processing power of this device, this device still can normally run, after rainfall terminates, the rainwater of pre-settling bowl 1-1 can be crossed water screen 3-12 by elongated second and slowly enter filtering basin 1-2, discharges this device more after treatment.

Claims (18)

1. a multistage rainwater biological treatment device, comprise multiple-stage treatment pond (1), it is characterized in that: described multiple-stage treatment pond (1) comprises pre-settling bowl (1-1) and the filtering basin (1-2) of connection from front to back successively, described pre-settling bowl (1-1) has water-in (1-11), described filtering basin (1-2) have water port (1-21), between described pre-settling bowl (1-1) and described filtering basin (1-2), be provided with over-pass structure (3); Described filtering basin (1-2) bottom is provided with porous medium filtering layer (4), described porous medium filtering layer (4) top is provided with Biomedia layer (5), rainwater collection collector (6) is embedded with in described porous medium filtering layer (4), the tube wall of described rainwater collection collector (6) has some rainwater imports (6-1), and one end of described rainwater collection collector (6) is connected with wash tube (7), the other end is connected with water shoot (8), and described water shoot (8) is connected with described water port (1-21); Described filtering basin (1-2) top is provided with cover plate (9), and described multiple-stage treatment pond (1) has Biomedia layer plant species entrance (9-1).
2. multistage rainwater biological treatment device according to claim 1, it is characterized in that: described wash tube (7) is arranged perpendicular to described rainwater collection collector (6) through described Biomedia layer (5), described Biomedia layer (5) end face is stretched out on described wash tube (7) top, and described wash tube (7) bottom is connected with described rainwater collection collector (6).
3. multistage rainwater biological treatment device according to claim 1 and 2, is characterized in that: described Biomedia layer (5) top is provided with wash-prime coat (10) near the side of described water-in (1-11).
4. multistage rainwater biological treatment device according to claim 1, it is characterized in that: described filtering basin (1-2) sidewall has overflow port (1-22), the bottom of described overflow port (1-22) is higher than the top of described wash tube (7).
5. multistage rainwater biological treatment device according to claim 1 and 2, is characterized in that: described Biomedia layer (5) is litter compost, one or more in float stone, peat soil, perlite, zeolite, haydite, biological activated carbon or sand.
6. multistage rainwater biological treatment device according to claim 1, is characterized in that: described porous medium filtering layer (4) is gravel bed, and described rainwater import (6-1) aperture is less than grain size of gravel.
7. multistage rainwater biological treatment device according to claim 1, it is characterized in that: described Biomedia layer plant species entrance (9-1) is provided with openable tree pond cover plate (11), described tree pond cover plate (11) has plant via hole (11-1).
8. the multistage rainwater biological treatment device according to claim 1 or 2 or 4, is characterized in that: described wash tube (7) top is coated with filtering net (12).
9. multistage rainwater biological treatment device according to claim 1, it is characterized in that: described cover plate (9) also has wash-out hole (9-2), described wash-out hole (9-2) is positioned at directly over described wash tube (7), and described wash-out hole (9-2) is provided with openable wash-out hole cover plate (13).
10. multistage rainwater biological treatment device according to claim 1, is characterized in that: described water shoot (8) is provided with flow rate limiting device (14).
11. multistage rainwater biological treatment devices according to claim 1, it is characterized in that: described over-pass structure (3) comprises fixed dam (3-1), described fixed dam (3-1) top is connected with first and crosses water screen (3-2).
12. multistage rainwater biological treatment devices according to claim 11, it is characterized in that: described fixed dam (3-1) has one or more elongated slot (3-11) extending to bottom from top, be provided with second in described elongated slot (3-11) and cross water screen (3-12); Or described fixed dam (3-1) is provided with some apertures from top to bottom.
13. multistage rainwater biological treatment devices according to claim 1, is characterized in that: described pre-settling bowl (3-1) bottom surface is lower than described filtering basin (3-2) bottom surface.
14. multistage rainwater biological treatment devices according to claim 11, it is characterized in that: described over-pass structure (3) also comprises overhead gage (3-3), the parallel described fixed dam (3-1) of described overhead gage (3-3) is arranged in described fixed dam (3-1) front, and the top of water screen (3-2) is crossed lower than described first in the bottom of described overhead gage (3-3).
15. multistage rainwater biological treatment devices according to claim 14, is characterized in that: described overhead gage (3-3) is fixed on described multiple-stage treatment pond (1) top; Or described overhead gage (3-3) is floating barrier, described floating barrier top emerges above, and bottom is positioned at below the water surface.
16. multistage rainwater biological treatment devices according to claim 1, is characterized in that: be provided with waterpower particle sorting apparatus (15) in described pre-settling bowl (1-2).
17. multistage rainwater biological treatment devices according to claim 16, it is characterized in that: described waterpower particle sorting apparatus (15) comprises polylith water eliminator (15-1), and described water eliminator (15-1) is in tilted layout and is parallel to each other.
18. multistage rainwater biological treatment devices according to claim 1, is characterized in that: described multistage rainwater biological treatment device is formed by multiple described multiple-stage treatment pond (1) serial or parallel connection.
CN201520764475.8U 2015-09-29 2015-09-29 Multistage rainwater biological processing device Active CN205061812U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105174635A (en) * 2015-09-29 2015-12-23 武汉圣禹排水系统有限公司 Multi-stage rainwater biological treatment device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105174635A (en) * 2015-09-29 2015-12-23 武汉圣禹排水系统有限公司 Multi-stage rainwater biological treatment device

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Effective date of registration: 20160513

Address after: 430056 Wuhan economic and Technological Development Zone, Hubei Province, North Road, No. 189, North Road, No.

Patentee after: WUHAN MEIHUA YUSHUI ENVIRONMENT CO., LTD.

Address before: 430056 Hubei city of Wuhan province Wuhan economic and Technological Development Zone Science and Technology Industrial Park Yang Dun

Patentee before: WUHAN SHENGYU DRAINAGE SYSTEMS CO., LTD.

C41 Transfer of patent application or patent right or utility model