CN204824350U - Scenic water circulation ecosystem - Google Patents
Scenic water circulation ecosystem Download PDFInfo
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- CN204824350U CN204824350U CN201520448781.0U CN201520448781U CN204824350U CN 204824350 U CN204824350 U CN 204824350U CN 201520448781 U CN201520448781 U CN 201520448781U CN 204824350 U CN204824350 U CN 204824350U
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Abstract
The utility model discloses a scenic water circulation ecosystem, administer the district including the scenic water, in administering and distinguish, the scenic water is equipped with first improvement district and second improvement district, it flows in in interior water inlet to have the scenic water of confession in the first improvement district, water inlet department installs the grid board, first improvement district's intussuseption is filled with anaerobic microorganisms and packs, the second is administered district's intussuseption and has been filled with the little biofilm carrier of oxygen, in administering and distinguish, installs the second chinampa that is in the little biofilm carrier top of good oxygen, it has its all or partial root system to bury the aquatic plant in the little biofilm carrier of good oxygen to plant on the chinampa, install the control water on the scenic water is administered and is distinguished and distinguish the circulation apparatus of oxygen supply that flows to second improvement district from first improvement, the second is administered the district and is had the delivery port that the scenic water after supplying to handle flows. Compared with the prior art, its circulation pattern that can make the interior scenic water of view runner be " application - purification - application " makes scenic water purification cycle utilize, can form the sustainable development state to avoid trading water, greatly reduced the working costs.
Description
Technical field
The utility model relates to water body process field, particularly a kind of landscape water circular biological system.
Background technology
Environment is the important factor of quality of life, and it is target, is again means.Namely can promote the raising of quality of life, can quality of life be made from the negative to have a greatly reduced quality again, the height of environmental quality directly affects the quality of life of people, affects the subjective feeling of people.Many countries all using the improvement of environmental quality as the important content of improving the quality of living.The existing public place such as park, community, in order to meet landscape function, one the provides good amusement and recreation scene artificial pond of water landscape to resident generally can be set, the water body great majority in the artificial pond of this water landscape are slow flow water bodies that is static or poor fluidity, and water body is closed, and have pollutent accumulation, after long-time, in artificial pond, suspended substance is more, under the conditions such as certain illumination, temperature, there will be various algal grown in water vigorous, cause water body muddiness, occur peculiar smell, easily grow mosquito; Water body dissolved oxygen amount is lower, easily causes the aqueous bio phenomena of mortality; COD, ammonia the content of nitrogen and phosphorous are higher, and transparency is low; Economize on water spring and summer look greening, algae growth is vigorous, time serious, the defects such as wawter bloom occurs, and therefore all to there is " stagnant water " phenomenon apt to deteriorate and worsen for most landscape water body; Maintenance personnel need process landscape water.
Front conventional landscape water treatment technology mainly contains circulating filtration method, chemical method, drop water aeration method and biologic float bed method, wherein, the rubbish that circulating filtration method filters out needs often cleaning, the algae of water body can cause filtration unit to block, regularly need carry out back flushing, process operation inconvenience, running cost is high, Maintenance Difficulty; Chemical method produces deposit buildup at the bottom of pond due to the input of chemical agent, needs the cleaning that often discharges water; The drop water aeration method large reoxygenation service area that consumes energy is little, also needs full-time staff to salvage cleaning to algae, and needs to refresh the water periodically; Biologic float bed is be rely on planting aquatic plants with floating bed, absorbs conversion degradation of contaminant by thing is raw, but inefficiencies.As from the foregoing, existing landscape water body treatment technology is all difficult to the state forming Sustainable development, and need often to change water, working cost is high.
In view of this, the applicant furthers investigate for the problems referred to above, is then produced by this case.
Utility model content
The purpose of this utility model is to provide a kind of landscape water circular biological system, is difficult to form Sustainable development state, often need changes water, the problem that working cost is high to solve the existence of present landscape water body treatment technology.
To achieve these goals, the utility model adopts following technical scheme:
A kind of landscape water circular biological system, include landscape water disposing district, be provided with the first improvement district and second be not connected mutually in above-mentioned landscape water disposing district and administer district, above-mentioned first improvement district has and flows in interior water-in for landscape water, above-mentioned water inlet is provided with flase floor, anaerobion filler is filled with in above-mentioned first improvement district, aerobic microbiological filler is filled with in above-mentioned second improvement district, in above-mentioned second improvement district, the chinampa be in above aerobic microbiological filler is installed, above-mentioned chinampa is planted and is implanted with its all or part of root system and is embedded in waterplant in aerobic microbiological filler, above-mentioned landscape water disposing district being provided with control first water body administered in district flow in the second improvement district, and make extraneous oxygen together inject the circulation apparatus of oxygen supply of mixing in water body, above-mentioned second administers the water outlet that district has the landscape water outflow after for process.
The Steel Concrete channel of open state that to be its upper end be in above-mentioned landscape water disposing district, above-mentioned landscape water disposing district is in landscape pond, the obstruct wall administering district for cutting off the first improvement district and second is built by laying bricks or stones in above-mentioned landscape water disposing district, above-mentioned circulation apparatus of oxygen supply comprises circulation tube, wind conveying pipe, gas jet and suppress blower fan, above-mentioned circulation tube has vertical portion, to be under lower end, vertical portion portion anyhow and to be in the upper portion anyhow of upper end, vertical portion, under above-mentioned, portion and vertical portion are in the first improvement district anyhow, on above-mentioned, portion's wringing fit is administered in district through above-mentioned obstruct wall to above-mentioned second anyhow, above-mentioned gas nozzle is fixedly installed in the vertical portion of above-mentioned circulation tube, and the input terminus of gas jet is arranged down, output terminal is arranged upward, the first end wringing fit of above-mentioned wind conveying pipe stretches in above-mentioned vertical portion and is connected with the input terminus of above-mentioned gas nozzle, second end of above-mentioned wind conveying pipe stretches out above-mentioned second and administers outside district, above-mentioned blower fan of suppressing is fixed on outside landscape pond, second end end of above-mentioned wind conveying pipe is connected with the above-mentioned output terminal suppressing blower fan.
Above-mentioned circulation tube is provided with some, each circulation tube is arranged side by side along the horizontal direction interval intercepting wall, above-mentioned wind conveying pipe is correspondingly provided with some, each above-mentioned circulation tube and each above-mentioned wind conveying pipe one_to_one corresponding are arranged, and each above-mentioned wind conveying pipe is connected jointly by a collecting pipe and the above-mentioned output terminal suppressing blower fan.
Above-mentioned first administers side that district is positioned at water inlet in bottom incline downward-sloping from outside to inside, and above-mentioned second administers side that district is positioned at water outlet in acclivitous top incline from the inside to the outside.
Above-mentioned water inlet is provided with and the landscape water in landscape pond is guided to above-mentioned first and administers Water inlet flor guiding device in district, and above-mentioned water outlet is provided with and is gone out and flow to the water outlet guiding device in landscape pond by the second water conservancy diversion administered in district.
A kind of landscape water circular biological system of the present utility model, when landscape water flow to flase floor place, the rubbish that macrobead can be suspended intercepts to be administered outside district first, water body through flase floor can flow in the first improvement district, the first anaerobion filler administering district can produce heterotrophic bacterium, suspended contaminant in water body and dissolved organic matter can be hydrolyzed to organic acid by the denitrification of heterotrophic bacterium, larger molecular organics is decomposed into small organic molecule, insoluble organism changes into dissolved organic matter, water body after administering district's process through first flows in the second improvement district through circulation apparatus of oxygen supply again, now water body flow to the second improvement district process from the first improvement district, circulation apparatus of oxygen supply can give this oxygen supply of water body, the product through anaerobic hydrolysis is enable to obtain reoxygenation, the reaction of this reoxygenation can improve the biodegradability of water body and the efficiency of oxygen, water body after reoxygenation is when second administers district, aerobic microbiological and the waterplant in cause second improvement district can build good aerobe producer, this aerobe producer is stayed and has been produced bacteria, by the pollution factor that the nitrification of good bacteria can be degraded in water body efficiently, water body is made to be purified process, and provide relatively sound microorganism food chain for water body, the sound development of water ecology food chain can be guaranteed, flow to again after purification in closed-loop shaped landscape water runner and use, separately, circulation apparatus of oxygen supply can promote the water body flow in overall waters to the twitch of water body, makes the water body in closed-loop shaped landscape water runner constantly carry out the working cycle processed.Compared with prior art, it can make landscape water be the circulation pattern of " application-purification-application ", landscape water decontamination cycle is utilized, can form Sustainable development state, and avoid changing water, can keep limpid for a long time, be conducive to breeding fish, greatly reduce working cost, separately, utilize Ecological Disposal mode without the need to specialized management, management is comparatively simple, and maintenance cost is relatively low.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is partial schematic diagram of the present utility model;
Fig. 3 is the side direction structural representation in the first improvement district in the utility model;
Fig. 4 is the side direction structural representation in the second improvement district in the utility model;
Fig. 5 is the structural representation of apparatus of oxygen supply of circulating in the utility model.
Embodiment
A kind of landscape water circular biological system of the present utility model, as Figure 1-4, comprise landscape pond 1 and landscape water disposing district, for landscape pond 1 in closed-loop shaped water flow passage, landscape water disposing district is arranged on opposing parallel basin place, the Steel Concrete channel of open state that to be its upper end be in this landscape water disposing district, and in strip structure, namely namely one end of the length direction of Steel Concrete channel can be water-in, the other end should be water outlet mutually, landscape water disposing district is positioned at water inlet and is provided with the flase floor 2 being carried out by the water of landscape pond 1 intercepting, namely flase floor 2 extends along the width of closed-loop shaped water flow passage, this landscape water disposing district is recessed the first chamber and the second chamber that are not connected mutually, first chamber is set to the first improvement district 3, second chamber is set to the second improvement district 4, first improvement district 3 is in flase floor 2 and second and administers between district 4, this the first improvement district 3 and second administers district 4 and is disposed adjacent, in this landscape water disposing district, thorough building is in the first improvement district 3 and second and administers between district 4, for cutting off the obstruct wall 5 of water body, anaerobion filler 6 is filled in this first improvement district 3, aerobic microbiological filler 7 is filled with in second improvement district 4, and in the second improvement district 4, the chinampa 100 be in above aerobic microbiological filler 7 is installed, chinampa 100 is planted and is implanted with its all or part of root system and is embedded in waterplant 8 in aerobic microbiological filler 7, and landscape water disposing district is provided with control first water body administered in district 3 and is drawn in the second improvement district 4, and make extraneous oxygen together inject the circulation apparatus of oxygen supply of mixing in water body.
As shown in Figure 5, this circulation apparatus of oxygen supply comprises circulation tube 91, wind conveying pipe 92, gas jet (not shown) and suppress blower fan 93, this circulation tube 91 has vertical portion, to be under lower end, vertical portion portion anyhow and to be in the upper portion anyhow of upper end, vertical portion, under portion and vertical portion are in the first improvement district 3 anyhow, on anyhow portion's wringing fit administer in district 4 through intercepting wall 5 to the second, gas jet is fixedly installed in the vertical portion of circulation tube 91, and the input terminus of gas jet is arranged down, output terminal is arranged upward, the first end wringing fit of wind conveying pipe 92 stretches in vertical portion and is connected with the input terminus of gas jet, second end of wind conveying pipe 92 stretches out outside the second improvement district 4, suppressing blower fan 93 is fixed on outside closed-loop shaped landscape water runner 1, second end end of wind conveying pipe 92 is connected with the output terminal suppressing blower fan 93, the output terminal suppressing blower fan 93 is connected with wind conveying pipe 92 second end end, suppressing blower fan 93 during work can be blown in gas jet by the air in the external world, gas jet can spray air with pressure, this air with pressure on the one hand can by first the water body administered in district 3 under sucking anyhow in portion, and obtain mixed solution with the oxygen mix in air, mixed solution flows out from upper portion anyhow again, namely circulation tube 91 1 aspect can drive water flow, also oxygen can be provided on the other hand, the principle of work that this circulation apparatus of oxygen supply adopts is identical with the principle of work of a kind of efficient circulation apparatus of oxygen supply (patent No. 2011202014975) that the applicant applied on 06 15th, 2011 to State Intellectual Property Office, be not repeated at this, the blower fan of this to be its power be 0.85-1.30kw suppressing that blower fan 93 adopts, this circulation tube 91 is provided with some, each circulation tube 91 is arranged side by side along the width interval of closed-loop shaped view runner, wind conveying pipe 92 is correspondingly provided with some, each circulation tube 91 is arranged with each wind conveying pipe 92 one_to_one corresponding, each wind conveying pipe 92 is connected with the output terminal suppressing blower fan 93 jointly by a collecting pipe 94, like this, suppress each circulation tube 91 when blower fan 93 works and can reach the water yield of 50-100 ton per hour, correspondingly second administer the water level that district 4 can rise about 20cm, flowing of landscape pond 1 Study of Platycladus orientalis-Robinia pseudoacacia water can be effectively promoted by each circulation tube 91.
A kind of landscape water circular biological system of the present utility model, when water body flow in landscape pond 1 is to flase floor 2 place, the rubbish that macrobead can be suspended intercepts outside flase floor 2 side, this macrobead suspension rubbish can be fished for, water body through flase floor 2 can flow in the first improvement district 3, the first anaerobion filler 6 administering district 3 can produce heterotrophic bacterium, suspended contaminant in water body and dissolved organic matter can be hydrolyzed to organic acid by the denitrification of heterotrophic bacterium, larger molecular organics is decomposed into small organic molecule, insoluble organism changes into dissolved organic matter, the water body after administering district's process through first is made to contain the product of anaerobic hydrolysis, water body after this process more some circulation tubes 91 sucks and flow in the second improvement district 4, now water body can obtain abundant reoxygenation in circulation tube 91, the reaction of this reoxygenation can improve the biodegradability of water body and the efficiency of oxygen, because the second aerobic microbiological filler 7 administering district 4 can build good aerobe producer with waterplant 8, this aerobe producer is stayed and has been produced bacteria, by the pollution factor that the nitrification of good bacteria can be degraded in water body efficiently, the water body then flow in the second improvement district 4 can be purified process, and provide relatively sound microorganism food chain for water body, the sound development of water ecology food chain can be guaranteed, water body after purification flow to closed-loop shaped landscape water runner 1 internal recycle again and uses, separately, each circulation tube 91 moves the water body that can form super-flow to the suction that first administers water body in district 3 and flows in the second improvement district 4, utilize the surging force of the water of this large discharge water body can promote circulating of water body in closed-loop shaped landscape water runner 1, water body in closed-loop shaped landscape water runner 1 is flowed always, allow " stagnant water " to become " running water ", realize hitting of landscape water body with minimum kinetic energy consumption and live and purification.
A kind of landscape water circular biological system of the present utility model, has following beneficial effect:
One, it can make landscape water be the circulation pattern of " application-purification-application ", landscape water decontamination cycle is utilized, can form Sustainable development state, and avoid changing water, can keep limpid for a long time, be conducive to breeding fish, greatly reduce working cost;
Two, employing anaerobism, reoxygenation and aerobic technique realizes the process to landscape water, and a whole technology is ecological processing mode, and without the need to specialized management, management is comparatively simple, and maintenance cost is relatively low;
Three, a whole system only has waterplant to need to safeguard, remaining part can realize non-maintaining, practical substantially.
Four, each waterplant 8 is planted on this chinampa 100, and the root system of waterplant 8 is in below chinampa 100; Like this, fixed action can be played to waterplant 8 by this chinampa 100, have the growth utilizing waterplant 8.
In the utility model, first administers the side 31 of district 3 and flase floor 2 the same side in bottom incline downward-sloping from outside to inside, utilizes this bottom incline can play guide functions to the water body after flase floor 2 filtration, facilitates water body to flow in the first improvement district 3; Simultaneously, this second is administered district 4 and first administers the side 41 (being the side relative with intercepting wall 5) in district 3 in acclivitous top incline from the inside to the outside dorsad, utilizes this top incline that the water body in the second improvement district 4 can be facilitated to flow out in closed-loop shaped landscape water runner 1.
In the utility model, a small amount of periphery sanitary sewage can be collected and be directly drained to flase floor 2 in septic tank effluent, make sanitary sewage administer district 3 and the 3rd through flase floor 2, first to administer after district 4 processes and can be purified water, thus give landscape pond 1 make-up water source, and waste water reuse, resource is effectively recycled.
In the utility model, the Water inlet flor guiding device landscape water in landscape pond being guided in the first improvement district 3 can be provided with in water inlet, this Water inlet flor guiding device can be singly arc deflector, arc deflector arranges some pieces, each arc deflector is spaced apart along the width of water-in, and flase floor is in each arc deflector and first administers between district 3, also can be coordinating of arc deflector and water pump, namely the water in landscape pond is evacuated to arc deflector place by water pump; In like manner, water outlet is correspondingly provided with and is gone out and flow to the water outlet guiding device in landscape pond 1 by the second water conservancy diversion administered in district 4, this water outlet guiding device can be singly arc deflector, this arc deflector arranges some pieces, each arc deflector is arranged along the width interval of water outlet, also can be coordinating of arc deflector and water pump, namely water pump produces and administers the draft of district to arc deflector direction from second; Like this, circulating of water in landscape pond 1 can be promoted by this Water inlet flor guiding device and water outlet guiding device.
In the utility model, the blower fan of whole circulation oxygen supplying tube can adopt intelligent electric-controlled mode to carry out systematize control, and this kind of systematize controls to adopt known Intelligent electronic control system, is not repeated at this.
Above-described embodiment non-limiting method of the present utility model, any person of an ordinary skill in the technical field, to its suitable change done or modification, all should be considered as not departing from patent category of the present utility model.
Claims (5)
1. a landscape water circular biological system, it is characterized in that: include landscape water disposing district, be provided with the first improvement district and second be not connected mutually in above-mentioned landscape water disposing district and administer district, above-mentioned first improvement district has and flows in interior water-in for landscape water, above-mentioned water inlet is provided with flase floor, anaerobion filler is filled with in above-mentioned first improvement district, aerobic microbiological filler is filled with in above-mentioned second improvement district, in above-mentioned second improvement district, the chinampa be in above aerobic microbiological filler is installed, above-mentioned chinampa is planted and is implanted with its all or part of root system and is embedded in waterplant in aerobic microbiological filler, above-mentioned landscape water disposing district being provided with control first water body administered in district flow in the second improvement district, and make extraneous oxygen together inject the circulation apparatus of oxygen supply of mixing in water body, above-mentioned second administers the water outlet that district has the landscape water outflow after for process.
2. a kind of landscape water circular biological system according to claim 1, it is characterized in that: the Steel Concrete channel of open state that to be its upper end be in above-mentioned landscape water disposing district, above-mentioned landscape water disposing district is in landscape pond, the obstruct wall administering district for cutting off the first improvement district and second is built by laying bricks or stones in above-mentioned landscape water disposing district, above-mentioned circulation apparatus of oxygen supply comprises circulation tube, wind conveying pipe, gas jet and suppress blower fan, above-mentioned circulation tube has vertical portion, to be under lower end, vertical portion portion anyhow and to be in the upper portion anyhow of upper end, vertical portion, under above-mentioned, portion and vertical portion are in the first improvement district anyhow, on above-mentioned, portion's wringing fit is administered in district through above-mentioned obstruct wall to above-mentioned second anyhow, above-mentioned gas nozzle is fixedly installed in the vertical portion of above-mentioned circulation tube, and the input terminus of gas jet is arranged down, output terminal is arranged upward, the first end wringing fit of above-mentioned wind conveying pipe stretches in above-mentioned vertical portion and is connected with the input terminus of above-mentioned gas nozzle, second end of above-mentioned wind conveying pipe stretches out above-mentioned second and administers outside district, above-mentioned blower fan of suppressing is fixed on outside landscape pond, second end end of above-mentioned wind conveying pipe is connected with the above-mentioned output terminal suppressing blower fan.
3. a kind of landscape water circular biological system according to claim 2, it is characterized in that: above-mentioned circulation tube is provided with some, each circulation tube is arranged side by side along the horizontal direction interval intercepting wall, above-mentioned wind conveying pipe is correspondingly provided with some, each above-mentioned circulation tube and each above-mentioned wind conveying pipe one_to_one corresponding are arranged, and each above-mentioned wind conveying pipe is connected jointly by a collecting pipe and the above-mentioned output terminal suppressing blower fan.
4. a kind of landscape water circular biological system according to claim 1, it is characterized in that: above-mentioned first administers side that district is positioned at water inlet in bottom incline downward-sloping from outside to inside, above-mentioned second administers side that district is positioned at water outlet in acclivitous top incline from the inside to the outside.
5. a kind of landscape water circular biological system according to claim 1, it is characterized in that: above-mentioned water inlet is provided with and the landscape water in landscape pond is guided to above-mentioned first and administers Water inlet flor guiding device in district, and above-mentioned water outlet is provided with and is gone out and flow to the water outlet guiding device in landscape pond by the second water conservancy diversion administered in district.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520448781.0U CN204824350U (en) | 2015-06-28 | 2015-06-28 | Scenic water circulation ecosystem |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520448781.0U CN204824350U (en) | 2015-06-28 | 2015-06-28 | Scenic water circulation ecosystem |
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| Publication Number | Publication Date |
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| CN204824350U true CN204824350U (en) | 2015-12-02 |
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| CN201520448781.0U Expired - Fee Related CN204824350U (en) | 2015-06-28 | 2015-06-28 | Scenic water circulation ecosystem |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104925947A (en) * | 2015-06-28 | 2015-09-23 | 福建环卫士环保研究院有限公司 | Landscape water circulation ecological system |
-
2015
- 2015-06-28 CN CN201520448781.0U patent/CN204824350U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104925947A (en) * | 2015-06-28 | 2015-09-23 | 福建环卫士环保研究院有限公司 | Landscape water circulation ecological system |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151202 Termination date: 20170628 |
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| CF01 | Termination of patent right due to non-payment of annual fee |