CN204356190U - A kind of campus rainwater ecological purifying integral system - Google Patents
A kind of campus rainwater ecological purifying integral system Download PDFInfo
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- CN204356190U CN204356190U CN201420643572.7U CN201420643572U CN204356190U CN 204356190 U CN204356190 U CN 204356190U CN 201420643572 U CN201420643572 U CN 201420643572U CN 204356190 U CN204356190 U CN 204356190U
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Classifications
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W10/00—Technologies for wastewater treatment
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W10/00—Technologies for wastewater treatment
- Y02W10/30—Wastewater or sewage treatment systems using renewable energies
- Y02W10/37—Wastewater or sewage treatment systems using renewable energies using solar energy
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- Purification Treatments By Anaerobic Or Anaerobic And Aerobic Bacteria Or Animals (AREA)
- Revetment (AREA)
Abstract
The ecological purification integrated system that campus rainwater ecological purification integrated processing method builds, is characterized in that: comprise the subsurface flow artificial wetland system for the treatment of campus early-stage rainwater runoff, shore bank band closure works system for the treatment of campus storm runoff, for the treatment of campus nature revetment river water body biological floating bed-aeration plug-flow system, for the treatment of the artificial aquatic weed-micro-pore aeration system of the hard revetment river water body in campus, the bio operon-fountain aeration system closing pond waters for the treatment of campus.The beneficial effects of the utility model are: rainwater purification is effective, operation maintenance cost is low, rainwater resources utilization rate is high, view fitness is higher, reuse water is safe and reliable, decontamination effect improving is permanent.
Description
Technical field
The utility model relates to a kind of campus rainwater ecological purifying integral system, belongs to field of environment engineering technology.
Background technology
Urban surface rainfall runoff carries a large amount of earth's surfaces pollution substance and enters collection rainwater system, has become the one of the main reasons that In Urban Water Quality worsens.Due to Urban Rainwater Runoff Pollution thing conveying there is discontinuity and burst, its pollution load can raise in a short time at double, can on city converge receive impacting property of water body impact, the water contamination accident occurred after many urban storms is all good illustration.
There is relatively independent campus water system current domestic many campuses all planning construction.On the one hand, campus water system is conducive to collecting controlling flood and draining flooded fields of rain belt, also can promote campus landscape; On the other hand, when rainfall amount is very large in short-term, be difficult to will enter collection rain river course after rainfall runofves all in campus all collection and treatment again, the pollution of area source materials such as a large amount of Campus Refuses can import campus water system along with storm runoff, cause campus water body the content of nitrogen and phosphorous to reach eutrophication, there is algal bloom risk.Therefore, while performance campus water system water drainage function, need the pollution substance carried by rainfall runoff to retain, or purifying treatment is carried out to the pollution substance entering campus water body, thus realize the landscape function that campus water system beautifies the environment.
Current water body in-situ ecological purification technology mainly comprises: Artificial Wetland Techniques, Ecological Slope technology, watercourse aeration technology, biological floating bed technology, artificial aquatic weed technology, biomanipulation etc.(1) Artificial Wetland Techniques have that treatment effect is good, less energy consumption and to the advantage such as load variations is adaptable.But it is many that Artificial Wetland Techniques process initial stage storm runoff exists processing unit, construction relative complex, the shortcomings such as floor space is large, can not big area construction in campus.(2) Ecological Slope technology is the differ ent vegetation utilizing Bin Anbianpo to cover, and retains the area source pollutants importing river course; But the seasonality of shore bank landscape plant growth is comparatively strong, and winter, rejection effect was poor, needed other water body purification technology to coordinate.(3) watercourse aeration technology utilizes water pump to be filled with air in water body, accelerates water reoxygenation process, to improve the dissolved oxygen concentration level of water body; But water pump aeration mode energy consumption is comparatively large, and affects view, needs to filter out suitable place to use and use-pattern in campus water system.(4) biological floating bed root system of plant settled organism is many, and waterplant energy directly absorbed nitrogen phosphorus, suppresses vegetalitas planktonic algae, improve the transparency etc. of water body; But the biological floating bed aquatic plants growth phase is short, has very strong seasonality, and winter, decontamination effect improving was poor, need to apply cold-resistant waterplant.(5) artificial aquatic weed technology is by throwing in artificial carrier, rebuilds water ecology, improves the self-purification capacity of water body, be used for waste water control; But microflora's number ratio is more rare in the water body of campus, often biofilm speed more slowly and easily come off, and needs other measures to improve microorganism active.(6) biological manipulation technology is by regulating aquatic biota and habitat thereof, impelling Phytoplankton biomass to decline; But microorganism algae-inhibiting agent can only suppress algae to increase, not except provenance, and need repeatedly to throw in, need other measure to recover and set up healthy campus water body aquatic ecosystem.Therefore, all there are respective relative merits in single water ecology purification techniques technique, and many methods for waste water control are for campus rainwater purification and inapplicable or limited efficiency, should be adjusted utilization according to the practical situation of campus water pollution.
Summary of the invention
The problem of the campus water pollution that the utility model causes for rainfall runoff, propose that a kind of cost is low, easy care, effective campus rainwater original position ecological purification integrated system, reduce the suspended substance in water body and nitrogen and phosphorus content, increase water transparency, obtain campus rainwater ecological purification integrated processing method and the system thereof of the double effects of water correction and beautification of landscape.
Campus described in the utility model rainwater ecological purifying integral system, it is characterized in that: comprise the subsurface flow artificial wetland system for the treatment of campus early-stage rainwater runoff, shore bank band closure works system for the treatment of campus storm runoff, for the treatment of campus nature revetment river water body biological floating bed-aeration plug-flow system, for the treatment of the artificial aquatic weed-micro-pore aeration system of the hard revetment river water body in campus, the bio operon-fountain aeration system closing pond waters for the treatment of campus
Described artificial wet land system comprises drowned flow artificial wet land, anaerobic pretreatment pond, some grille wells be distributed in campus, moisturizing water inlet system, liquid level lift pump is set bottom described grille well, the water outlet of described liquid level lift pump passes into anaerobic pretreatment pond, and drowned flow artificial wet land is introduced by water distribution pipe in described anaerobic pretreatment pond; The liquid-level floater intake pump that water inlet pipe and the campus landscape water body place of described moisturizing water inlet system configure is communicated with, water outlet passes in anaerobic pretreatment pond; The coated permeable wall of outer wall of described drowned flow artificial wet land, is provided with for the ponding in undercurrent filter tank is entered Water table water shoot bottom described permeable wall; The upper end of described drowned flow artificial wet land is furnished with the rising pipe be communicated with campus landscape water body;
Described shore bank band closure works system comprise be arranged on river course, campus Bin Anbianpo configuration can efficient absorption nutritive salt hygrophyte, the emergent be arranged on shallow-water platform, be arranged on the submerged plant broadcasted sowing in riverway slope region;
Described biological floating bed-aeration plug-flow system comprises the biological floating bed and plug-flow type aeration machine rotor be arranged in river course, campus, wherein said plug-flow type aeration machine rotor is laid in key area encryptions such as river course bent angles; Described biological floating bedly comprise the framework fixed by Steel Cylindrical Column, the evergreen emergent being trapped among framework outer rim, stable breeding in the pleuston of configuration inside; Fill haydite in described framework, resistance to aquatic plant planted by described haydite; The integral molding frame of described framework circle, is overlapped to form multi-form chinampa figure in order by housing edge;
Described artificial aquatic weed-micro-pore aeration system comprise be arranged on the hard revetment river water body in campus artificial aquatic weed, be arranged on micro-pore aeration machine bottom artificial aquatic weed district, wherein, described micro-pore aeration acc power, between 550-1100 watt, adopts solar powered;
Described bio operon-fountain aeration system comprises pond body, the jet fountain aeration machine be laid in closed pond, puts into plant plankton filter-feeding fish, benthic mollusca and algivorous insect in described pond body.
Described artificial swamp is divided into four layers, and hypothallus is evenly arranged water inlet pipe, and fine sand layer is filled on medium layer upper strata, and the superiors arrange plantation soil layer, Design of Constructed Wetland residence time 2.5d; The landscape type design of whole artificial swamp top, is ensureing, under the prerequisite that lower vertical stream subsurface flow constructed wetland system runs, arrange emergent group, the submerged plant group of happiness water and lay pleuston in overflow raceway groove.
The undercurrent filter tank of described artificial swamp is three format design, the first lattice as hydrolysis acidification pool, built-in suspension ball filler, the second lattice are filtrate bed, built-in multiple layer combination filler, and the 3rd lattice are collecting gutter, decline filler; Bury two under the top layer of filter material for artificial wetland layer underground and surmount pipe, prevent from causing grille well spill-over because the water yield is excessive; The mode planting aquatic plants that artificial swamp adopts matrix potted plant; Described filtrate bed is followed successively by pebble bed, compounded mix layer, metalling and melon seeds lamella from bottom to top, separates between two-layer with braid, and braid is nylon stratum reticulare, 3 stacked pavings; The composition of sorptive filler layer (compounded mix layer) is float stone, zeolite, haydite and cinder, and each composition (volume ratio) is 30%, 20%, 30% and 20%.
Matrix is the formulation media of plant-growth, and bore 170 selected by matrix basin, footpath, the end 120, the plastic tub of high 150, the evergreen aquatic iris of Plant choosing.
Arrange three road water conservancy diversion flaps in described anaerobic pretreatment pond, arrange elastic filler, and pond body is divided into 4 lattice in water conservancy diversion region, anaerobic pretreatment pond portative power height arranges outward and surmounts pipe.
The plant variety of described shore bank Plants selection shallow root system, fibrous root, outstanding water well developed root system carries out half-naked root plantation; Emergent planted by side slope and shallow-water platform, comprises green reed, reed, again power are colored, hay is careless, cattail, Spiked Loosestrife, Fructus Sapindi Mukouossi, fill with willow, yellow calamus, Chinese celery etc.; Broadcast sowing submerged plant in riverway slope region, comprise eel grass, black algae, waterweed, hornwort.
Utilize system described in the utility model to process campus rainwater, comprise the following steps:
1) in campus, build up the Integrated Processing System for the treatment of campus rainwater in advance;
2) suitable treatment process is selected according to the different water ecology purification in campus:
For campus early-stage rainwater runoff, the subsurface flow artificial wetland system in Integrated Processing System is utilized to process;
For campus storm runoff, the shore bank band closure works system in Integrated Processing System is utilized to process;
For campus nature revetment river water body, utilize in Integrated Processing System biological floating bed-aeration plug-flow system processes;
For the hard revetment river water body in campus, the artificial aquatic weed-micro-pore aeration system in Integrated Processing System is utilized to process;
Pond waters is closed for campus, utilizes the bio operon in Integrated Processing System-fountain aeration system to process;
3) through step 2) rainwater that processed finally be pooled in campus landscape water body in or enter in river course, campus or the Water table imported in campus.
Further, utilize step 2) described in subsurface flow artificial wetland system carry out to early-stage rainwater runoff adopt following steps:
1. early-stage rainwater is collected through pipeline and is flowed automatically to grille well, first clips except suspended substance larger in waste water, floating matter, fibrous matter and solid particulate through grid curb, thus ensures the normal operation of subsequent disposal facility, alleviates the processing load of rear end;
2. liquid level lift pump is set in grille well, anaerobic pretreatment pond is risen to after reaching designated water level, because tank volume is larger, be unfavorable for water body flow, three road water conservancy diversion flaps be set, elastic filler is set in water conservancy diversion region, and pond body is divided into 4 lattice, utilize the heaving and dipping of comprehensive liquid level, effectively improve water body flow and make elastic filler constantly be in aerobic, anaerobism alternating state, reduce the pollutant load entering wetland further;
3. water outlet enters rectilinear drowned flow artificial wet land by water distribution pipe, changes, arrange outward and surmount pipe, prevent continuous heavy rain or heavy rain to the impact of artificial swamp at anaerobic pretreatment pond portative power height according to the size of quantity of precipitation; Supplementary water inlet system is set simultaneously, at follow-up campus landscape water body, liquid-level floater intake pump is set, when the water level in anaerobic treatment pool does not reach expection, water level is set, intake pump is by liquid-level floater automatic operation, after water inlet reaches and specifies water level, water pump quits work, and ensures needing with water of period in dry season artificial swamp;
4. whole artificial swamp top landscape type design, is ensureing, under the prerequisite that lower vertical stream subsurface flow constructed wetland system runs, arrange emergent group, the submerged plant group of happiness water and lay pleuston in overflow raceway groove;
5. early-stage rainwater is by overflow after 4 layers of packing layer, the suspended substance contained in water quality basic filtering, residue Organic substance in water by the upper strata plant absorption of well developed root system and after dissolving water outlet arrive specify water level after overflow to rising pipe, to enter in campus landscape water body or to be permeated the ground water layer by permeable wall.
Further, utilize step 2) described in shore bank band closure works system carry out to campus storm runoff adopt following steps:
The rainwash that 1. cannot enter Storm Sewer Network during heavy rain in a large number in time will diffuse in river course, campus, converge with receiving water pollution load and can be multiplied, and affect impacting property of water quality.The bank zone of vegetation, shore has and is added to the domatic roughness in river, reduces rainwash and washes away, and promotes the multiple action of silt and nutritive substance deposition; Bin Anbianpo configuration in river course, campus can the hygrophyte of efficient absorption nutritive salt, emergent is planted by shallow-water platform, broadcasts sowing submerged plant in riverway slope region (i.e. the depth of water 0.8 ~ 1.5m region), formation shore bank band closure works system; By making shore, river course bank band, the dissimilar wetland plant of strengthening configuration, microcosmic is created multi-stage ecological position, increases species diversity, and the difference in functionality formed in purification cycle is interval, alleviates storm runoff to the short-term impact of river water quality;
The storm runoff that 2. cannot enter the rainwash of Storm Sewer Network is in time entered in river course, campus in time by shore bank band closure works system.
Further, utilize step 2) described in biological floating bed-aeration plug-flow system carries out adopting following steps to campus nature revetment river water body:
1. arrange biological floating bed and plug-flow type aeration machine rotor at the river course place of campus nature revetment river water body, wherein the key area encryption such as plug-flow type aeration machine rotor river course bent angle is laid;
2. also can promote the mobility of water body while increasing dissolved oxygen in water by biological floating bed-aeration plug-flow system, coordinate biological floating bed decontamination effect improving.
Plant in biological floating bed is with evergreen emergent (aquatic iris, again power flower, parasol grass and aquatic Canna generalis Bailey) be main, be aided with floating plant (coin grass) and pleuston, emergent is planted in composite interstitial substance, surround framework outer rim, pleuston stable breeding is inner in configuration.Emergent also can keep certain activity due to its root system at winter-spring season, reaches the object of annual purifying water body.
Due to when without water drainage and moisturizing, campus water body is stationary state substantially, therefore adopt " plug-flow type aeration machine rotor " form aeration plug-flow in the main section of campus water system, also can promote the mobility of water body while increasing dissolved oxygen in water, coordinate biological floating bed decontamination effect improving.River course water system feature is mainly considered in the laying of plug-flow type aeration machine rotor, and be uniformly distributed, laying can be encrypted in the key areas such as river course bent angle as far as possible.
Further, utilize step 2) described in artificial aquatic weed-micro-pore aeration system carry out adopting following steps to the hard revetment river water body in campus:
1. at the hard revetment river course plantation artificial aquatic weed of campus water system;
2. micro-pore aeration machine is set bottom artificial aquatic weed district;
3. artificial aquatic weed-micro-pore aeration system is utilized to remove nitrogen, phosphorus recycling and organic pollutant in hard for campus revetment river water body.
The hard revetment river course of campus water system is typical " three smooth sections " river course, and the equal hardening treatment in both sides and bottom, does not have the growing space of plant.Perch space owing to lacking submerged plant, indigenous microorganism, fish and other hydrobiont shortage, river loses self-purification capacity, and aggravation river water quality worsens.And artificial aquatic weed is the enrichment of water body background microorganism, live away from home and cluster algae attachment place, the storage of topical microbial can be improved.Water body is similar to the contact oxidation technology in sewage treatment process when flowing through filler, can reduce organic contamination, promotes the nitrification and denitrification effect of nitrogen.
Comparatively slow and hold caducous shortcoming for overcoming dewatering filling biofilm speed for waste water control, mainly select the new packing (carbon fiber filler, soft-filler, elastic filler) that wetting ability is stronger, its main advantage is: 1. the biological activity of microorganism species about improves 70%; 2. operating performance is good, reliability is high, with strong points, be particularly suitable for large-scale landscape water body; 3. plasticity-is high, can carry out dilatation according to demand, and easy and simple to handle; 4. long service life, one-time investment is economized.
Adopt " microorganism+filler+aeration " coupling measure of microbial treatment, in artificial aquatic weed district, micro-pore aeration machine is set, by the operation of aerator, increase sharply the content of oxygen in water, significantly improve in water body and support microbic activity well, and the effect of the enhancement microbiological utilizing ecological matrix to adhere to, Water, phosphorus recycling and organic pollutant are efficiently removed.
Adopt super-flow microbubble oxygenation aeration machine, power, between 550-1100 watt, adopts solar powered; Aeration function builds huge circulating water flow in water, just huge water body can be promoted with very little power consumption; Aerator is compressed into the microvesicle with no pressure of a large amount of 0.25mm diameters when partial vacuum air, and bubble can not increase, substantially non-rising, and microbubble can maintain and reach 10 hours in water, and water body dissolved oxygen rate significantly improves; Aerator manufactures a large amount of microbubble at the depth of water place of setting, and spread to each corner in water by power, coefficient of oxygen utilization can reach 85%-95%, and BOD clearance can reach more than 95%; Aerator compact, lightweight, easy to install, underwater surface noiselessness during operation, can run all the year round, without the need to maintenance.
Further, utilize step 2) described in bio operon-fountain aeration system carry out to campus close pond waters adopt following steps:
1. close in pond waters in campus and put Ecological Fish Culture, benthic mollusca and algivorous insect in a suitable place to breed;
2. in closed pond, jet fountain aeration machine is laid;
3. bio operon-fountain aeration system is utilized to close pond waters to campus and process.
Moisturizing is carried out mainly through rainfall in small lakes in campus or pond, and water body flow is poor, and algae easily grows, and water quality is poor.In order to overcome the shortcoming that various monotechnics exists, Ecological Fish Culture, benthic mollusca and algivorous insect three kinds of biomanipulations combine by the utility model, utilize the filter food cleaning action of plant plankton filter-feeding fish (as silver carp, flathead) and large-scale benthic mollusc (spiral shell, freshwater mussel, shellfish), control algae and water and other suspended substances etc., reduce and close body eutrophication and algal bloom risk.
The input specification of filter-feeding fish is 50g/ tail, throws in 300 tails with every mu of water surface, and silver carp, flathead ratio are that 4:1 throws in; Shellfish is thrown in and also adjusts with water surface area, the every 10m of general freshwater mussel
2throw in 1, spiral shell and a species of small clam living in fresh water 1m
2throw in 1.In addition, also visual algae and water growing state, throws in the multiple weed eater such as large-scale beach louse, more piece worm at local algae aggregation zone and reduces algal populations rapidly.
In closed pond, lay jet fountain aeration machine, improve water body flow, increase Dissolved Oxygen in Water content, improve in water body and support microbic activity well, and there is good landscape effect.
The beneficial effects of the utility model are: 1. rainwater purification is effective: rely on campus remittance rainwater system, conjunctive use different quality ecological purification technology, maximize favourable factors and minimize unfavourable ones, water body recovery technology, algae, nitrogen and phosphorus content are reduced greatly, there is decontamination effect improving more better than use monotechnics.
2. operation maintenance cost is low: considered the construction factors such as equipment energy consumption, floor space, scale of investment and management maintenance, day-to-day operation cost is very cheap.
3. rainwater resources utilization rate is high: do not need a large amount of to abandon rainwater in early stage, carry out purified in situ process, can reach rainwater utilization requirement completely in the water system of campus.
4. view fitness is higher: bank plantation in shore has a large amount of wetland plant, can not only improve afforestation design rate, and can increase wetland landscape effect.
5. reuse water is safe and reliable: scavenging process does not need to add any chemical agent, does not have the residue problem of chemical agent in water outlet.
6. decontamination effect improving is permanent: scavenging process is focused on building and restorative aquatic ecosystem, improves water body self-purification ability, realizes long-term purification and the maintenance of campus remittance rainwater body.
Accompanying drawing explanation
Fig. 1 is the plot plan of artificial wet land system of the present utility model.
Fig. 2 is subsurface constructed wetland plot plan (not planting emergent) of the present utility model.
Fig. 3 is subsurface constructed wetland plot plan of the present utility model (plantation emergent).
Fig. 4 is the A-A sectional view of Fig. 3.
Fig. 5 is the B-B sectional view of Fig. 3.
Fig. 6 is the C-C sectional view of Fig. 3.
Fig. 7 is the D-D sectional view of Fig. 3.
Fig. 8 is the E-E sectional view of Fig. 3.
Fig. 9 is that natural revetment of the present utility model cuts dirty purification sectional drawing one and (wherein, 44 represents river bed; A place represents normal water line).
Figure 10 is that natural revetment of the present utility model cuts dirty purification sectional drawing two and (wherein, 44 represents river bed; 45 represent riverbank barricade; A place represents normal water line).
Figure 11 is biological floating bed structure iron of the present utility model.
Figure 12 is the connection diagram of two floating plates that the utility model is connected.
Figure 13 is the side-view of two floating plates that the utility model is connected.
Figure 14 is the E ' enlarged view of Figure 12.
Figure 15 is hard revetment artificial aquatic weed structure iron of the present utility model.
Figure 16 is the A '-A ' sectional view of Figure 15.
Figure 17 is the D ' enlarged view of Figure 16.
Figure 18 is the C ' enlarged view of Figure 16.
Figure 19 is the B '-B ' sectional view of Figure 17.
Embodiment
The utility model is further illustrated below in conjunction with accompanying drawing
With reference to accompanying drawing:
Embodiment 1 is according to the campus rainwater ecological purifying integral system described in embodiment 1, comprise the subsurface flow artificial wetland system for the treatment of campus early-stage rainwater runoff, shore bank band closure works system for the treatment of campus storm runoff, for the treatment of campus nature revetment river water body biological floating bed-aeration plug-flow system, for the treatment of the artificial aquatic weed-micro-pore aeration system of the hard revetment river water body in campus, the bio operon-fountain aeration system closing pond waters for the treatment of campus
Described artificial wet land system comprises drowned flow artificial wet land 1, anaerobic pretreatment pond 2, some grille wells 3 be distributed in campus, moisturizing water inlet system, bottom described grille well 3, liquid level lift pump is set, the water outlet of described liquid level lift pump passes into anaerobic pretreatment pond 2, and described anaerobic pretreatment pond 2 is introduced drowned flow artificial wet land water inlet pipe 13 by water distribution pipe and is communicated with; The liquid-level floater intake pump that water inlet pipe and the campus landscape water body place of described moisturizing water inlet system configure is communicated with, water outlet passes in anaerobic pretreatment pond 2; The coated permeable wall 11 of outer wall of described drowned flow artificial wet land 1, is provided with bottom described permeable wall 11 for the ponding in undercurrent filter tank is entered Water table water shoot 12; The upper end of described drowned flow artificial wet land 11 is furnished with the rising pipe 18 be communicated with campus landscape water body;
Described shore bank band closure works system comprise be arranged on river course, campus Bin Anbianpo configuration can efficient absorption nutritive salt hygrophyte, the emergent be arranged on shallow-water platform, be arranged on the submerged plant broadcasted sowing in riverway slope region;
Described biological floating bed-aeration plug-flow system comprises the biological floating bed and plug-flow type aeration machine rotor be arranged in river course, campus, wherein said plug-flow type aeration machine rotor is laid in key area encryptions such as river course bent angles; Described biological floating bedly comprise the framework fixed by Steel Cylindrical Column, the evergreen emergent being trapped among framework outer rim, stable breeding in the pleuston of configuration inside; Fill haydite in described framework, resistance to aquatic plant planted by described haydite; The integral molding frame of described framework circle, is overlapped to form multi-form chinampa figure in order by housing edge;
Described artificial aquatic weed-micro-pore aeration system comprise be arranged on the hard revetment river water body in campus artificial aquatic weed, be arranged on micro-pore aeration machine bottom artificial aquatic weed district, wherein, described micro-pore aeration acc power, between 550-1100 watt, adopts solar powered;
Described bio operon-fountain aeration system comprises pond body, the jet fountain aeration machine be laid in closed pond, puts into plant plankton filter-feeding fish, benthic mollusca and algivorous insect in described pond body.
Described artificial swamp is divided into four layers, and the design porosity of whole system is 38%, hypothallus is evenly arranged water inlet pipe 13, and fine sand layer is filled on medium layer upper strata, and the superiors arrange that 30mm kind plants soil layer, Design of Constructed Wetland residence time 2.5d; The landscape type design of whole artificial swamp top, is ensureing, under the prerequisite that lower vertical stream subsurface flow constructed wetland system runs, arrange emergent group, the submerged plant group of happiness water and lay pleuston in overflow raceway groove.
The undercurrent filter tank of described artificial swamp is three format design, and the first lattice are as hydrolysis acidification pool, and built-in Ф 80 suspension ball filler 15, second lattice are filtrate bed, built-in multiple layer combination filler, and the 3rd lattice are collecting gutter, decline filler; Bury two under the top layer of filter material for artificial wetland layer underground and surmount pipe 14, prevent from causing grille well spill-over because the water yield is excessive; Artificial swamp adopts the mode planting aquatic plants 17 of matrix potted plant 16; Described filtrate bed is followed successively by pebble bed 111, compounded mix layer 112, metalling and melon seeds lamella 113 from bottom to top, separates between two-layer with braid 114, and braid is the nylon stratum reticulare of aperture 1cm, 3 stacked pavings; The composition of sorptive filler layer (compounded mix layer) is float stone, zeolite, haydite and cinder, and each composition (volume ratio) is 30%, 20%, 30% and 20%.
Matrix is the formulation media of plant-growth, and bore 170 selected by matrix basin, footpath, the end 120, the plastic tub of high 150, the evergreen aquatic iris of Plant choosing.
Arrange three road water conservancy diversion flaps in described anaerobic pretreatment pond, arrange elastic filler, and pond body is divided into 4 lattice in water conservancy diversion region, anaerobic pretreatment pond portative power height arranges outward and surmounts pipe.
The plant variety of described shore bank Plants selection shallow root system, fibrous root, outstanding water well developed root system carries out half-naked root plantation; Emergent planted by side slope and shallow-water platform, comprises green reed, reed, again power are colored, hay is careless, cattail, Spiked Loosestrife, Fructus Sapindi Mukouossi, fill with willow, yellow calamus, Chinese celery etc.; Broadcast sowing submerged plant in riverway slope region, comprise eel grass, black algae, waterweed, hornwort.
Embodiment 2 utilizes ecological purification integrated system described in the utility model to carry out the process of campus rainwater, comprises the following steps:
1) in campus, build up the Integrated Processing System for the treatment of campus rainwater in advance;
2) suitable treatment process is selected according to the different water ecology purification in campus:
For campus early-stage rainwater runoff, the subsurface flow artificial wetland system in Integrated Processing System is utilized to process;
For campus storm runoff, the shore bank band closure works system in Integrated Processing System is utilized to process;
For campus nature revetment river water body, utilize in Integrated Processing System biological floating bed-aeration plug-flow system processes;
For the hard revetment river water body in campus, the artificial aquatic weed-micro-pore aeration system in Integrated Processing System is utilized to process;
Pond waters is closed for campus, utilizes the bio operon in Integrated Processing System-fountain aeration system to process;
3) through step 2) rainwater that processed finally be pooled in campus landscape water body in or enter in river course, campus or the Water table imported in campus.
Further, utilize step 2) described in subsurface flow artificial wetland system carry out to early-stage rainwater runoff adopt following steps:
1. early-stage rainwater is collected through pipeline and is flowed automatically to grille well, first clips except suspended substance larger in waste water, floating matter, fibrous matter and solid particulate through grid curb, thus ensures the normal operation of subsequent disposal facility, alleviates the processing load of rear end;
2. liquid level lift pump is set in grille well, anaerobic pretreatment pond is risen to after reaching designated water level, because tank volume is larger, be unfavorable for water body flow, three road water conservancy diversion flaps be set, elastic filler is set in water conservancy diversion region, and pond body is divided into 4 lattice, utilize the heaving and dipping of comprehensive liquid level, effectively improve water body flow and make elastic filler constantly be in aerobic, anaerobism alternating state, reduce the pollutant load entering wetland further;
3. water outlet enters rectilinear drowned flow artificial wet land by water distribution pipe, changes, arrange outward and surmount pipe, prevent continuous heavy rain or heavy rain to the impact of artificial swamp at anaerobic pretreatment pond portative power height according to the size of quantity of precipitation; Supplementary water inlet system is set simultaneously, at follow-up campus landscape water body, liquid-level floater intake pump is set, when the water level in anaerobic treatment pool does not reach expection, water level is set, intake pump is by liquid-level floater automatic operation, after water inlet reaches and specifies water level, water pump quits work, and ensures needing with water of period in dry season artificial swamp;
4. whole artificial swamp top landscape type design, is ensureing, under the prerequisite that lower vertical stream subsurface flow constructed wetland system runs, arrange emergent group, the submerged plant group of happiness water and lay pleuston in overflow raceway groove;
5. early-stage rainwater is by overflow after 4 layers of packing layer, the suspended substance contained in water quality basic filtering, residue Organic substance in water by the upper strata plant absorption of well developed root system and after dissolving water outlet arrive specify water level after overflow to rising pipe, to enter in campus landscape water body or to be permeated the ground water layer by permeable wall.
Further, utilize step 2) described in shore bank band closure works system carry out to campus storm runoff adopt following steps:
The rainwash that 1. cannot enter Storm Sewer Network during heavy rain in a large number in time will diffuse in river course, campus, converge with receiving water pollution load and can be multiplied, and affect impacting property of water quality.The bank zone of vegetation, shore has and is added to the domatic roughness in river, reduces rainwash and washes away, and promotes the multiple action of silt and nutritive substance deposition; Bin Anbianpo configuration in river course, campus can the hygrophyte of efficient absorption nutritive salt, emergent is planted by shallow-water platform, broadcasts sowing submerged plant in riverway slope region (i.e. the depth of water 0.8 ~ 1.5m region), formation shore bank band closure works system; By making shore, river course bank band, the dissimilar wetland plant of strengthening configuration, microcosmic is created multi-stage ecological position, increases species diversity, and the difference in functionality formed in purification cycle is interval, alleviates storm runoff to the short-term impact of river water quality;
The storm runoff that 2. cannot enter the rainwash of Storm Sewer Network is in time entered in river course, campus in time by shore bank band closure works system.
Further, utilize step 2) described in biological floating bed-aeration plug-flow system carries out adopting following steps to campus nature revetment river water body:
1. arrange biological floating bed and plug-flow type aeration machine rotor at the river course place of campus nature revetment river water body, wherein the key area encryption such as plug-flow type aeration machine rotor river course bent angle is laid;
2. also can promote the mobility of water body while increasing dissolved oxygen in water by biological floating bed-aeration plug-flow system, coordinate biological floating bed decontamination effect improving.
Plant in biological floating bed is with evergreen emergent (aquatic iris, again power flower, parasol grass and aquatic Canna generalis Bailey) be main, be aided with floating plant (coin grass) and pleuston, emergent is planted in composite interstitial substance, surround framework outer rim, pleuston stable breeding is inner in configuration.Emergent also can keep certain activity due to its root system at winter-spring season, reaches the object of annual purifying water body.
Due to when without water drainage and moisturizing, campus water body is stationary state substantially, therefore adopt " plug-flow type aeration machine rotor " form aeration plug-flow in the main section of campus water system, also can promote the mobility of water body while increasing dissolved oxygen in water, coordinate biological floating bed decontamination effect improving.River course water system feature is mainly considered in the laying of plug-flow type aeration machine rotor, and be uniformly distributed, laying can be encrypted in the key areas such as river course bent angle as far as possible.
Further, utilize step 2) described in artificial aquatic weed-micro-pore aeration system carry out adopting following steps to the hard revetment river water body in campus:
1. at the hard revetment river course plantation artificial aquatic weed of campus water system;
2. micro-pore aeration machine is set bottom artificial aquatic weed district;
3. artificial aquatic weed-micro-pore aeration system is utilized to remove nitrogen, phosphorus recycling and organic pollutant in hard for campus revetment river water body.
The hard revetment river course of campus water system is typical " three smooth sections " river course, and the equal hardening treatment in both sides and bottom, does not have the growing space of plant.Perch space owing to lacking submerged plant, indigenous microorganism, fish and other hydrobiont shortage, river loses self-purification capacity, and aggravation river water quality worsens.And artificial aquatic weed is the enrichment of water body background microorganism, live away from home and cluster algae attachment place, the storage of topical microbial can be improved.Water body is similar to the contact oxidation technology in sewage treatment process when flowing through filler, can reduce organic contamination, promotes the nitrification and denitrification effect of nitrogen.
Comparatively slow and hold caducous shortcoming for overcoming dewatering filling biofilm speed for waste water control, mainly select the new packing (carbon fiber filler, soft-filler, elastic filler) that wetting ability is stronger, its main advantage is: 1. the biological activity of microorganism species about improves 70%; 2. operating performance is good, reliability is high, with strong points, be particularly suitable for large-scale landscape water body; 3. plasticity-is high, can carry out dilatation according to demand, and easy and simple to handle; 4. long service life, one-time investment is economized.
Adopt " microorganism+filler+aeration " coupling measure of microbial treatment, in artificial aquatic weed district, micro-pore aeration machine is set, by the operation of aerator, increase sharply the content of oxygen in water, significantly improve in water body and support microbic activity well, and the effect of the enhancement microbiological utilizing ecological matrix to adhere to, Water, phosphorus recycling and organic pollutant are efficiently removed.
Adopt super-flow microbubble oxygenation aeration machine, power, between 550-1100 watt, adopts solar powered; Aeration function builds huge circulating water flow in water, just huge water body can be promoted with very little power consumption; Aerator is compressed into the microvesicle with no pressure of a large amount of 0.25mm diameters when partial vacuum air, and bubble can not increase, substantially non-rising, and microbubble can maintain and reach 10 hours in water, and water body dissolved oxygen rate significantly improves; Aerator manufactures a large amount of microbubble at the depth of water place of setting, and spread to each corner in water by power, coefficient of oxygen utilization can reach 85%-95%, and BOD clearance can reach more than 95%; Aerator compact, lightweight, easy to install, underwater surface noiselessness during operation, can run all the year round, without the need to maintenance.
Further, utilize step 2) described in bio operon-fountain aeration system carry out to campus close pond waters adopt following steps:
1. close in pond waters in campus and put Ecological Fish Culture, benthic mollusca and algivorous insect in a suitable place to breed;
2. in closed pond, jet fountain aeration machine is laid;
3. bio operon-fountain aeration system is utilized to close pond waters to campus and process.
Moisturizing is carried out mainly through rainfall in small lakes in campus or pond, and water body flow is poor, and algae easily grows, and water quality is poor.In order to overcome the shortcoming that various monotechnics exists, Ecological Fish Culture, benthic mollusca and algivorous insect three kinds of biomanipulations combine by the utility model, utilize the filter food cleaning action of plant plankton filter-feeding fish (as silver carp, flathead) and large-scale benthic mollusc (spiral shell, freshwater mussel, shellfish), control algae and water and other suspended substances etc., reduce and close body eutrophication and algal bloom risk.
The input specification of filter-feeding fish is 50g/ tail, throws in 300 tails with every mu of water surface, and silver carp, flathead ratio are that 4:1 throws in; Shellfish is thrown in and also adjusts with water surface area, the every 10m of general freshwater mussel
2throw in 1, spiral shell and a species of small clam living in fresh water 1m
2throw in 1.In addition, also visual algae and water growing state, throws in the multiple weed eater such as large-scale beach louse, more piece worm at local algae aggregation zone and reduces algal populations rapidly.
In closed pond, lay jet fountain aeration machine, improve water body flow, increase Dissolved Oxygen in Water content, improve in water body and support microbic activity well, and there is good landscape effect.
Embodiment 3 is for Figure 15 ~ 19, artificial aquatic weed 5 adopts carbon fibre grass 55 as reinforced film, and described carbon fibre grass 5 is with pricking on nylon rope 53 that bar 51 is fixed between the steel framework 52 that is made up of stainless steel pile, and lower end extension weight 54, makes it evenly sagging; Stainless steel pile adopts
304 stainless steels, every root length 2m, on its top, 10cm place makes a call to one
fixed orifices 56, requires to be driven underground part>=1.5m during penstock installation; Stainless steel pile adopts
304 stainless steels, every root length 2m, on its top, 10cm place makes a call to one
fixed orifices, requires to be driven underground part>=1.5m during penstock installation.
Embodiment 4 is for Figure 11 ~ 14, and in the anistree chinampa 7 of biological floating bed employing, emergent is planted in potted plant mode, and relate to chinampa and have 10, each chinampa includes floating plate 37, outside round floating frame 76, therefore adds up to floating plate 370; Often organize full paving in anistree chinampa and fill finished product floating plate 71, each personal connected nail of each floating plate 71 connects, and is connected between floating plate with floating plate by latch 74; Select the potted plant mode planting plants of matrix in discs, matrix basin is placed in floating plate endoporus; In matrix basin in anistree chinampa, interplanting plant is arranged with solid shape, central zone cloth sets high emergent 72 (again power flower), plant type is the highest, arrange emergent 73 (evergreen iris) outward, plant type is relatively low, peripheral edge and the empty place that intersects arrange floatingleaved plant 75 (coin grass), adjoined water surface; Floating frame inside fill mineral water bottle 77 and in wear nylon rope 78.
Front school district, embodiment 5 Hangzhou Pedagogic University storehouse (first phase) takes up an area about 750 mu, collects rain water surface area about 10 hectares in the school, comprises nature river course, the hard type waters such as revetment river course and closed pond.Mainly through rainfall moisturizing, during summer high temperature, there is algal bloom risk in campus water system.According to campus rainwater pollution feature, rely on campus remittance rainwater system, integrated use artificial swamp, Ecological Slope, watercourse aeration, biological floating bed, the ecological purification technology such as artificial aquatic weed, bio operon, build the campus rainwater ecological purifying integral system of resistance control one, reduce the pollutant load such as nitrogen, phosphorus after the water system of rainfall runoff remittance campus, reduce algal bloom risk.Campus rainwater ecological purifying integral system floor plan is shown in Figure 20.
(1) drowned flow artificial wet land technology purification early-stage rainwater
For avoiding the blocking causing wetland filtrate, campus early-stage rainwater first accesses the removal of impurities of inspection shaft desilting, then accesses three form glass reinforced plastic pond pretreatment pools by pipeline, then by the purification of undercurrent type filter tank.Undercurrent filter tank is three format design: the first lattice are hydrolysis acidification pool, built-in
suspension ball filler; Second lattice are filtrate bed, built-in multiple layer combination filler; 3rd lattice are collecting gutter, decline filler.Drowned flow artificial wet land planting aquatic plants, bore 170 selected by matrix basin, footpath, the end 120, the plastic tub of high 150, the evergreen aquatic iris of Plant choosing.Early-stage rainwater after treatment by permeable wall permeate the ground water layer discharge, when carrying out the water yield and having little time down greatly to ooze, drain into neighbouring river course nearby by surmounting pipe.Fig. 2 and Fig. 3 is plane and the Section Design figure of drowned flow artificial wet land respectively.
(2) bank band in shore cuts dirty purification techniques interception storm runoff
Campus nature height slope, revetment both sides plantation shrub and Evergreen lawn, near water side slope plantation emergent (green reed, reed, again power are colored, hay is careless, cattail, Spiked Loosestrife, Fructus Sapindi Mukouossi, filling willow, yellow calamus, Chinese celery etc.), plantation is swum climbing plant near shallow-water platform, broadcasts sowing submerged plant (eel grass, black algae, waterweed, hornwort etc.) below ordinary water level at riverway slope region (depth of water 0.8 ~ 1.5m).Fig. 4 is that nature revetment cuts dirty purification Section Design figure.
(3) biological floating bed and aeration plug-flow technology purification river course rainwater
On biological floating bed employing shaping frame carrier, matrix cultivates the mode of emergent.Chinampa framework selects circular integral molding frame, and by the orderly overlap joint at housing edge, each chinampa includes floating plate 37, often organizes full paving in anistree chinampa and fills finished product floating plate; In fixed form, the floating bed of upright hard revetment areas adjacent adopts setscrew side slope fixed form, and the floating bed of soft damage section central authorities selects a fixed form, and the floating bed of hard basic section central area selects anchor fixed form; Plant is based on emergent, and be aided with floating plant and pleuston, in matrix basin in anistree chinampa, interplanting plant is arranged with solid shape, central zone cloth sets high emergent (again power flower) plant type for the highest, arrange the emergent (evergreen iris) that plant type is relatively low successively outward, peripheral edge and the empty place that intersects arrange floatingleaved plant (coin grass).Meanwhile, in river course, evenly lay (every 500 meters one) plug-flow aerating apparatus, bent angle encryption in river course is laid, and can promote the mobility of water body while increasing dissolved oxygen in water.Fig. 5 is biological floating bed design working drawing.
(4) artificial aquatic weed and micro-pore aeration technology purify hard revetment river course rainwater
Artificial aquatic weed selects novel biofilm filler, comprises elastic filler, soft-filler and carbon fibre filler three kinds.Carbon fibre grass and elastic filler, along the optimal crosssection of water (flow) direction, are arranged 50 groups, are often organized layout 18 for every 150 meters; Carbon fibre grass and elastic filler grass upper end bundle bar are fixed on nylon rope, and lower end hangs weight, makes it evenly sagging; Nylon rope two ends are fixed on stainless steel pile, and nylon rope arranges that height is equal with horizontal plane; Stainless steel pile adopts
304 stainless steels, every root length 2m, on its top, 10cm place is beaten
fixed orifices, requires to be driven underground part>=1.5m during penstock installation; Soft-filler selects diameter
nylon rope to connect each C15 concrete pier, every bar biofilm filler becomes a branch of, connects ball float and nylon rope, C15 concrete pier height overall 600mm, under wherein 500mm is embedded in riverbed, 100mm is on riverbed, nylon rope lays at the bottom of pond, and biofilm filler is only installed on nylon rope.Simultaneously, microporous aeration device (every 150 meters one) is laid in packing area, " microorganism+filler+aeration " coupling that enhancement microbiological is administered, increase sharply the content of oxygen in water, significantly improve in water body and support microbic activity well, and the effect of the enhancement microbiological utilizing ecological matrix to adhere to, Water, phosphorus recycling and organic pollutant are efficiently removed.Fig. 6 is hard revetment artificial aquatic weed design working drawing.
(5) pond is closed in bio operon and the purification of fountain aeration technology
Abort in closed pond lively thing, and wherein the input specification of filter-feeding fish is 50g/ tail, throws in 300 tails with every mu of water surface, and silver carp, flathead ratio are that 4:1 throws in, and throw in fry at water surface center; Shellfish is thrown in and also adjusts with water surface area, and the every 10m2 waters of general freshwater mussel throws in 1, and spiral shell and a species of small clam living in fresh water 1m2 waters throw in 1, and this throws in spiral shell, each 20Kg of a species of small clam living in fresh water, freshwater mussel 10Kg; During algae bloom in summer, throw in the multiple weed eater such as large-scale beach louse, more piece worm at local algae aggregation zone and reduce algal populations rapidly.Lay jet fountain aeration machine often closing in pond, improve water body flow, increase Dissolved Oxygen in Water content, improve in water body and support microbic activity well, and there is good landscape effect.
Content described in this specification sheets embodiment is only enumerating the way of realization that utility model is conceived; protection domain of the present utility model should not be regarded as being only limitted to the specific form that embodiment is stated, protection domain of the present utility model also comprises those skilled in the art and conceives the equivalent technologies means that can expect according to the utility model.
Claims (4)
1. a campus rainwater ecological purifying integral system, it is characterized in that: comprise the subsurface flow artificial wetland system for the treatment of campus early-stage rainwater runoff, shore bank band closure works system for the treatment of campus storm runoff, for the treatment of campus nature revetment river water body biological floating bed-aeration plug-flow system, for the treatment of the artificial aquatic weed-micro-pore aeration system of the hard revetment river water body in campus, the bio operon-fountain aeration system closing pond waters for the treatment of campus
Described artificial wet land system comprises drowned flow artificial wet land, anaerobic pretreatment pond, some grille wells be distributed in campus, moisturizing water inlet system, liquid level lift pump is set bottom described grille well, the water outlet of described liquid level lift pump passes into anaerobic pretreatment pond, and drowned flow artificial wet land is introduced by water distribution pipe in described anaerobic pretreatment pond; The liquid-level floater intake pump that water inlet pipe and the campus landscape water body place of described moisturizing water inlet system configure is communicated with, water outlet passes in anaerobic pretreatment pond; The coated permeable wall of outer wall of described drowned flow artificial wet land, is provided with for the ponding in undercurrent filter tank is entered Water table water shoot bottom described permeable wall; The upper end of described drowned flow artificial wet land is furnished with the rising pipe be communicated with campus landscape water body;
Described shore bank band closure works system comprise be arranged on river course, campus Bin Anbianpo configuration can efficient absorption nutritive salt hygrophyte, the emergent be arranged on shallow-water platform, be arranged on the submerged plant broadcasted sowing in riverway slope region;
Described biological floating bed-aeration plug-flow system comprises the biological floating bed and plug-flow type aeration machine rotor be arranged in river course, campus, wherein said plug-flow type aeration machine rotor is laid in the encryption of river course bent angle; Described biological floating bedly comprise the framework fixed by Steel Cylindrical Column, the evergreen emergent being trapped among framework outer rim, stable breeding in the pleuston of configuration inside; Fill haydite in described framework, resistance to aquatic plant planted by described haydite; The integral molding frame of described framework circle, is overlapped to form multi-form chinampa figure in order by housing edge;
Described artificial aquatic weed-micro-pore aeration system comprise be arranged on the hard revetment river water body in campus artificial aquatic weed, be arranged on micro-pore aeration machine bottom artificial aquatic weed district, wherein, described micro-pore aeration acc power, between 550-1100 watt, adopts solar powered;
Described bio operon-fountain aeration system comprises pond body, the jet fountain aeration machine be laid in closed pond, puts into plant plankton filter-feeding fish, benthic mollusca and algivorous insect in described pond body.
2. ecological purification integrated system as claimed in claim 1, it is characterized in that: described artificial swamp is divided into four layers, and hypothallus is evenly arranged water inlet pipe, fine sand layer is filled on medium layer upper strata, the superiors arrange plantation soil layer, Design of Constructed Wetland residence time 2.5d; The landscape type design of whole artificial swamp top, is ensureing, under the prerequisite that lower vertical stream subsurface flow constructed wetland system runs, arrange emergent group, the submerged plant group of happiness water and lay pleuston in overflow raceway groove.
3. ecological purification integrated system as claimed in claim 2, it is characterized in that: three road water conservancy diversion flaps are set in described anaerobic pretreatment pond, in water conservancy diversion region, arrange elastic filler, and pond body is divided into 4 lattice, anaerobic pretreatment pond portative power height arranges outward and surmounts pipe.
4. ecological purification integrated system as claimed in claim 2, is characterized in that: the undercurrent filter tank of described artificial swamp is three format design, and the first lattice are as hydrolysis acidification pool, built-in suspension ball filler, the second lattice are filtrate bed, built-in multiple layer combination filler, 3rd lattice are collecting gutter, decline filler; Bury two under the top layer of filter material for artificial wetland layer underground and surmount pipe, prevent from causing grille well spill-over because the water yield is excessive; The mode planting aquatic plants that artificial swamp adopts matrix potted plant; Described filtrate bed is followed successively by pebble bed, compounded mix layer, metalling and melon seeds lamella from bottom to top, separates between two-layer with braid, and braid is nylon stratum reticulare, 3 stacked pavings.
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| CN201420643572.7U CN204356190U (en) | 2014-10-30 | 2014-10-30 | A kind of campus rainwater ecological purifying integral system |
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| CN104496106A (en) * | 2014-10-30 | 2015-04-08 | 杭州师范大学 | Campus rainwater ecological cleaning integrated-processing method and ecological cleaning integration system |
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