CN208747857U - A kind of construction site waste water, rainwater cyclic utilization system - Google Patents
A kind of construction site waste water, rainwater cyclic utilization system Download PDFInfo
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- CN208747857U CN208747857U CN201820426271.7U CN201820426271U CN208747857U CN 208747857 U CN208747857 U CN 208747857U CN 201820426271 U CN201820426271 U CN 201820426271U CN 208747857 U CN208747857 U CN 208747857U
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Abstract
The utility model discloses a kind of construction site waste water, rainwater cyclic utilization system, it applies in the field of the realm of building construction, solves the technical issues of building site sewage dual disposal may bring line clogging, its key points of the technical solution are that including the multistage pipe network being laid in construction site, the multistage pipe network includes collecting pipe network, transmission pipeline network and discharge pipe network, it is connected between collection pipe network and the transmission pipeline network by filter device, part flow arrangement is equipped between the transmission pipeline network and discharge pipe network, the collection pipe network includes rainwater-collecting pipe network and household waste water collecting pipe network, the rainwater-collecting pipe network is in net distribution in construction site, the rainwater-collecting pipe network is equipped with multiple rainwater drainage tubes, the household waste water collecting pipe network is connect with the building-drainage system in construction site, it is dirty with the rain drained to building site It shunts, ensures the technical effect of the effect of saving, draining.
Description
Technical field
The utility model relates to the realm of building construction, in particular to a kind of construction site waste water, rainwater cyclic utilization system.
Background technique
Since construction site is in project construction process, the construction activities in one piece of region are relatively independent and close, and apply
The accumulation row of waste and natural rainwater that a large amount of domestic waters can be generated within the scope of work enclosing is led to unsmooth.
The Chinese patent that notification number is CN201520219097 discloses a kind of construction site waste water, rain water collecting system,
It includes total sedimentation basin and fractional precipitation pond, is respectively divided into three-level precipitating, and total sedimentation basin is equipped with suction pump and booster pump, total sedimentation basin
It is separately connected with water supply tank, construction water tank, fire water box；The top plate of building construction basement is equipped with post-cast strip, in post-cast strip
It is respectively equipped with pipe network, pipe network accesses total sedimentation basin of sedimentation basin；The exterior wall of building construction is equipped with fire prevention pipe network, to building foot
Hand cradle and protective net fire prevention carry out fire prevention spray, and fire prevention pipe network is connect with fire water box.
Water in site boundary is provided although this construction site waste water, rainwater cyclic utilization system solve to a certain extent
The saving and protection in source, but under actual state, since building site environment is poor, too many sludge is mixed in rainwater, it may appear that rain dirt point
Stream possible pipe network blocking not in time.
Utility model content
The purpose of the utility model is to provide a kind of construction site waste water, rainwater cyclic utilization system, its advantage is that can
It realizes the rain sewage diversion drained to building site, ensures the effect for saving, stablizing draining.
The above-mentioned technical purpose of the utility model has the technical scheme that a kind of construction site is useless
Water, rainwater cyclic utilization system, including the multistage pipe network being laid in construction site, the multistage pipe network includes collecting pipe
Net, transmission pipeline network and discharge pipe network, are connected between collection pipe network and the transmission pipeline network by filter device, the delivery pipe
It is equipped with part flow arrangement between net and discharge pipe network, the collection pipe network includes rainwater-collecting pipe network and household waste water collecting pipe network,
For the rainwater-collecting pipe network in net distribution in construction site, the rainwater-collecting pipe network is equipped with multiple rainwater drainage tubes,
The household waste water collecting pipe network is connect with the building-drainage system in construction site.
Through the above technical solutions, passing through the collecting pipe of setting during the water resource circulating collection in construction site utilizes
Net, transmission pipeline network and discharge pipe network realize the system conveying and processing to rainwater, waste water, and collecting pipe network includes rainwater collection collector
Net and household waste water collecting pipe network, Storm Sewer Network are carried out by multiple rainwater drainage tubes of setting from the multiple regions in construction site
Rain collecting realizes the processing to natural rainwater, ponding, the draining system in the house of household waste water collecting net connecting building building site
System, conveys various sanitary wastewaters, so that rainwater and sanitary wastewater independently convey, while collecting pipe network and transmission pipeline network
Between be equipped with filter device, can be realized to water flow tentatively filtering out, transmission pipeline network and discharge pipe network between part flow arrangement again energy
Enough to realize that the sewage completed to point filter carries out substep discharge, entire collection system can carry out different types of waste water independent defeated
It send, substep is discharged after processing, realizes the effect of rain sewage diversion, and the effect of discharge has been ensured while efficiently saving water resource
Fruit.
The utility model is further arranged to: the construction site is equipped with the ponding well being connected to rainwater drainage tube, institute
Stating ponding well includes well body, the well lid with well body dismantling connection, and the well lid is surrounded by drainage mouth, the rainwater drainage tube
It is connect with the side wall of ponding well.
Through the above technical solutions, due to the more dust in construction site, more a large amount of silts of doping in rainwater, in order to reduce silt
Blocking of the ingredient to pipeline, rainwater drainage tube water inlet one end are equipped with ponding well, by water flow from the filter of ponding well well lid part
The mouth of a river flows into, and flows out again from rainwater drainage tube after natural sedimentation, while rainwater drainage tube being provided with to the side wall of ponding well
Having ensured could flow out after finally only water level reach a certain height in ponding well, reduce water flow and be directly entered in well body just
The phenomenon that discharge, further reduces being mixed into for the impurity such as silt.
The utility model is further arranged to: the filter device include be connected to rainwater-collecting pipe network and transmission pipeline network it
Between sedimentation basin, the clarifier-tank that is connected between household waste water collecting pipe network and transmission pipeline network, the clarifier-tank includes biochemical drop
Xie Chi and filtering decontaminate pond, are additionally provided with the pumping pump line road being in communication with the outside on the clarifier-tank.
Through the above technical solutions, being needed due to rainwater sewage and pollutant and impurity component difference in sanitary wastewater
Targetedly carry out decontamination operation, the rain sludge water in rainwater-collecting pipe network enters sedimentation basin, due to product water well section into
Go primary filtration, thus sedimentation basin can be realized and further precipitate to a small amount of silt etc..
The utility model is further arranged to: the part flow arrangement includes pressurization pump chamber and aerial drainage well, the conveyance conduit
Including the circulating water pipeline being connected to pressurization pump chamber and the leak conduit being connected to aerial drainage well, the leak conduit and municipal wastewater
Pipeline connection.
Through the above technical solutions, the purified water flow being disposed is divided into circulating water and not circulating water,
Circulating water conveys under the action of pressurizeing pump chamber through circulating water pipeline to the ground, convenient to utilize again, while being unsatisfactory for following
The waste water that ring uses flows into aerial drainage well, converges from leak conduit into municipal sewage conduct after aerial drainage well precipitating, realizes sewage
Discharge.
The utility model is further arranged to: the construction site is equipped with the distribution pipeline being connected to circulating water pipeline,
The distribution pipeline passes through flow monitoring device for water and the fire-fighting waterway on ground, greening water lines, industrial water pipeline connection, institute
It states and is equipped with hydraulic pressure analyzer and water quality monitoring instrument in flow monitoring device for water.
Through the above technical solutions, the Available water resources in circulating water line can be recycled in fire-fighting waterway, green
Change and use water, industrial water part, saves the use of normal water resource, while flow monitoring device for water can also be to the water flow in water route
It is monitored, realizes to the situation of hydraulic pressure in the monitoring of water quality and entire water flow circuits, construction personnel is facilitated to understand ground in time
The situation of lower pipe network.
The utility model is further arranged to: the rainwater-collecting pipe network further includes being arranged in greenbelt, service rack region
Recycled water body collect pipe network.
Through the above technical solutions, since greening, the water flow use in service rack region are more frequent, and the contaminated degree of water body
It is not high, recycled water body is equipped in corresponding region in the system and collects pipe network, can be recycled to rapidly rain to more pure water flow
In water collection pipe net, realization recycles again, improves water resource saving and efficient use.
The utility model is further arranged to: one end that the rainwater drainage tube is located at ponding well is equipped with vertical scuttlebutt.
Through the above technical solutions, vertical scuttlebutt, which reduces, enters directly into rainwater drainage when silt is flowed down along the borehole wall
In pipe, while meeting the water body in ponding well and could be flowed out from vertical scuttlebutt when need to be precipitated to certain altitude water level.
The utility model is further arranged to: being coated with antifreeze film outside the multistage pipe network.
Through the above technical solutions, the production environment in construction site is more severe, inbuilt pipe network is by low temperature environment meeting
Normal water circulation is influenced, the adaptive capacity to environment of water transfer pipe network is improved by the antifreeze film of cladding, is ensured normal
It uses.
In conclusion the utility model has the following beneficial effects:
1, by construction site waste water and rainwater carry out shunting processing, realize the efficient process to water resource,
Phenomena such as reducing the blocking being likely to occur during mixed processing, so that the utilization rate of water circulation is improved；
2, recycled water body is collected pipe network and can be recycled again to lesser water body contaminated in recycling, and realizes secondary benefit
With.
Detailed description of the invention
Fig. 1 is for showing phylogenetic relationship schematic diagram in embodiment；
Fig. 2 is for showing multi-level water pipe network structure schematic diagram in embodiment；
Fig. 3 is the enlarged drawing of A in Fig. 2；
Fig. 4 is the position view for showing the antifreeze film of embodiment.
Appended drawing reference: 1, multistage pipe network；2, pipe network is collected；21, rainwater-collecting pipe network；221, rainwater drainage tube；22, raw
Wastewater collection pipe network living；23, recycled water body collects pipe network；3, transmission pipeline network；31, circulating water pipeline；311, distribution pipeline；312,
Flow monitoring device for water；313, hydraulic pressure analyzer；314, water quality monitoring instrument；32, leak conduit；4, pipe network is discharged；5, filter device；
51, sedimentation basin；52, clarifier-tank；521, biodegradable pond；522, filtering decontamination pond；523, pump line road is taken out；6, part flow arrangement；61,
Pressurize pump chamber；62, aerial drainage well；7, ponding well；71, well body；72, well lid；721, drainage mouth；73, vertical scuttlebutt；8, antifreeze
Film.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
Embodiment: a kind of construction site waste water, rainwater cyclic utilization system, as shown in Figure 1, including being laid on construction site
Interior multistage pipe network 1, multistage pipe network 1 include collecting pipe network 2, transmission pipeline network 3 and discharge pipe network 4, pass through collecting pipe
Net 2 carries out categorised collection to different types of sewage, is conveyed by transmission pipeline network 3, and discharge 4 part of pipe network is eventually arrived at,
That antifreeze film 8(is coated with outside multistage pipe network 1 is as shown in Figure 4), improve entire cyclic utilization system in the presence of a harsh environment
Adaptability is reduced because of the pipeline breaking that the environment such as low temperature may cause.
As depicted in figs. 1 and 2, since in the environment in construction site, rainwater etc. washes away ground can be with a large amount of impurity, together
When construction house in sanitary sewage discharge also need to handle in time, the collection pipe network 2 in the cyclic utilization system includes
Rainwater-collecting pipe network 21 and household waste water collecting pipe network 22 can be realized and collect to the independence of different type water body, realize rainwater
With the shunting of sewage.
As shown in figures 1 and 3, rainwater-collecting pipe network 21 is in net distribution in construction site, in rainwater-collecting pipe network 21
Multiple rainwater drainage tubes 221 are equipped with, can be realized to the work of the rain collectings of different zones, are equipped in construction site and rain
The ponding well 7 that water drainage tube 221 is connected to, ponding well 7 includes well body 71 and the well lid 72 with 71 dismantling connection of well body.Due to building
A large amount of mud stains that rain drop erosion in building site is got off are built to be mingled in rainwater, it, can by the drainage mouth 721 being arranged on well lid 72
The rainwater entered in well body 71 is filtered, and as rainwater constantly pours in the well body 71 of ponding well 7, it is heavy by silt
Form sediment the impurity that can be reduced in final discharge rainwater, and the water inlet of rainwater drainage tube 221 is arranged on 7 side wall of ponding well, meets
Only it can just be entered in rainwater drainage tube 221 after rainwater is precipitated to certain altitude.Rainwater is entered in order to be further reduced
The silt impurity of 221 part of drainage tube is located at one end in ponding well 7 in rainwater drainage tube 221 and is additionally provided with vertical scuttlebutt 73,
Vertical scuttlebutt 73 reduces rainwater and is directly entered in rainwater drainage tube 221 along what the downslide of 7 side wall of ponding well may occur, together
When also define to meet and can realize discharge in well body 71 after the rainwater of certain depth, reduce silt and be mixed into showing for blocking pipeline
As.
As shown in Figure 1, household waste water collecting pipe network 222 is connect with the building-drainage system in construction site, due to building
The daily sanitary wastewater Relatively centralized of construction worker in building site, carries out independent conveying by independent wastewater collection pipe network 2, subtracts
Mix the blocking etc. that may occur during rainwater sewage transport less, improves water source collection efficiency.
As depicted in figs. 1 and 2, it is contemplated that there are a large amount of impurity and pollutant in the collection of rainwater-collecting and sanitary wastewater,
It is connected between pipe network 2 and transmission pipeline network 3 by filter device 5 collecting, filter device 5 includes being connected to rainwater-collecting pipe network 21
Sedimentation basin 51 between transmission pipeline network 3, the clarifier-tank 52 being connected between household waste water collecting pipe network 22 and transmission pipeline network 3.
Due to experienced Multi-channel filtering during rainwater-collecting, the impurity contents such as silt are lower in rainwater, pass through the heavy of sedimentation basin 51
Shallow lake can be realized further purification.Clarifier-tank 52 includes biodegradable pond 521 and filtering decontamination 522 two parts of pond, Neng Goushi
Biodegrade now is carried out to the impurity in life waste discharge, while the water body for entering filtering decontamination pond 522 is purified accordingly
It is discharged into after filtering in transmission pipeline network 3, for some life sundries that can not be discharged, is equipped with the external world even in the top of clarifier-tank 52
The abstraction to impurity in clarifier-tank 52 is realized in logical pumping pump line road 523, the cooperation by taking out pump line road 523 and extraneous pump machine.
As depicted in figs. 1 and 2, after the filtering out of filter device 5, water flow is conveyed to discharge pipe network 4 again, is being conveyed
It is equipped with part flow arrangement 6 between pipe network 3 and discharge pipe network 4, can be realized the shunting processing to water flow.Part flow arrangement 6 includes pressurization
Pump chamber 61 and aerial drainage well 62, pressurized 61 pressurized delivered of pump chamber in recyclable water source to above ground portion, after processing not
Recyclable then to enter aerial drainage well 62 with sanitary wastewater, transmission pipeline network 3 includes the circulating water pipeline 31 being connected to pressurization pump chamber 61
The leak conduit 32 being connected to with aerial drainage well 62.It is equipped with the distribution pipeline 311 being connected to circulating water pipeline 31 on building sites,
Distribution pipeline 311 passes through the fire-fighting waterway of flow monitoring device for water 312 and ground, greening water lines, industrial water pipeline connection,
To realize the utilization again to recyclable water source, progress fire-fighting, greening etc. are practical, save the use of daily water resource.
Hydraulic pressure analyzer 313 and water quality monitoring instrument 314 are equipped in flow monitoring device for water 312 simultaneously, can real-time monitoring be emitted into ground
Water source water quality, ensure cleaning water source supply, while hydraulic pressure analyzer 313 then can support staff judge in underground pipe network
Water pressure conditions, reduction occur hydraulic pressure caused by Pipeline damage deficiency.Leak conduit 32, will finally with municipal wastewater pipeline connection
Recyclable sanitary wastewater is not emitted into municipal wastewater pipeline.
As depicted in figs. 1 and 2, since the water source of recycling is finally used in the regions such as greening, the contaminated degree of water body
Smaller, in order to which that reduces later period pipe network filters out operating pressure, the rainwater-collecting pipe network 21 in the cyclic utilization system further includes setting
It sets the recycled water body in regions such as greenbelt, service racks and collects pipe network 2, it is direct to collect the water body that pipe network 2 is collected through recycled water body
It is able to enter in rainwater-collecting pipe network 21, realizes the circulation of recycling again at specified region water source.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but
As long as all by the protection of Patent Law in the scope of the claims of the utility model.
Claims (8)
1. a kind of construction site waste water, rainwater cyclic utilization system, including the multistage pipe network (1) being laid in construction site,
It is characterized in that: the multistage pipe network (1) includes collecting pipe network (2), transmission pipeline network (3) and discharge pipe network (4), the collection
It is connected between pipe network (2) and transmission pipeline network (3) by filter device (5), between the transmission pipeline network (3) and discharge pipe network (4)
Equipped with part flow arrangement (6), the collection pipe network (2) includes rainwater-collecting pipe network (21) and household waste water collecting pipe network (22), institute
Rainwater-collecting pipe network (21) are stated in net distribution in construction site, the rainwater-collecting pipe network (21) is equipped with multiple rainwater and draws
Flow tube (221), the household waste water collecting pipe network (22) connect with the building-drainage system in construction site.
2. a kind of construction site waste water according to claim 1, rainwater cyclic utilization system, it is characterized in that: the building
Building site is equipped with the ponding well (7) being connected to rainwater drainage tube (221), and the ponding well (7) includes well body (71) and well body
(71) well lid (72) of dismantling connection, the well lid (72) are surrounded by drainage mouth (721), the rainwater drainage tube (221)
It is connect with the side wall of ponding well (7).
3. a kind of construction site waste water according to claim 1, rainwater cyclic utilization system, it is characterized in that: the filtering
Device (5) includes the sedimentation basin (51) being connected between rainwater-collecting pipe network (21) and transmission pipeline network (3), is connected to sanitary wastewater
Collect the clarifier-tank (52) between pipe network (22) and transmission pipeline network (3), the clarifier-tank (52) include biochemical degradation pond (521) and
Filtering decontaminates pond (522), is additionally provided with the pumping pump line road (523) being in communication with the outside on the clarifier-tank (52).
4. a kind of construction site waste water according to claim 1, rainwater cyclic utilization system, it is characterized in that: the shunting
Device (6) includes pressurization pump chamber (61) and aerial drainage well (62), and the transmission pipeline network (3) includes following with what pressurization pump chamber (61) was connected to
Ring waterpipe (31) and the leak conduit (32) being connected to aerial drainage well (62), the leak conduit (32) and municipal wastewater pipeline join
It is logical.
5. a kind of construction site waste water according to claim 4, rainwater cyclic utilization system, it is characterized in that: the building
Building site is equipped with the distribution pipeline (311) being connected to circulating water pipeline (31), and the distribution pipeline (311) is monitored by water flow and filled
Fire-fighting waterway, the greening water lines, industrial water pipeline connection of (312) and ground are set, the flow monitoring device for water (312) is interior
Equipped with hydraulic pressure analyzer (313) and water quality monitoring instrument (314).
6. a kind of construction site waste water according to claim 1, rainwater cyclic utilization system, it is characterized in that: the rainwater
Collecting pipe network (21) further includes recycled water body collection pipe network (23) that greenbelt, service rack region is arranged in.
7. a kind of construction site waste water according to claim 2, rainwater cyclic utilization system, it is characterized in that: the rainwater
One end that drainage tube (221) is located at ponding well (7) is equipped with vertical scuttlebutt (73).
8. a kind of construction site waste water according to claim 1, rainwater cyclic utilization system, it is characterized in that: the multistage
Pipe network (1) is coated with antifreeze film (8) outside.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201820426271.7U CN208747857U (en) | 2018-03-27 | 2018-03-27 | A kind of construction site waste water, rainwater cyclic utilization system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201820426271.7U CN208747857U (en) | 2018-03-27 | 2018-03-27 | A kind of construction site waste water, rainwater cyclic utilization system |
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| CN208747857U true CN208747857U (en) | 2019-04-16 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113335489A (en) * | 2021-04-15 | 2021-09-03 | 广东现代建筑设计与顾问有限公司 | Embedded environment-friendly rainwater filtering structure |
-
2018
- 2018-03-27 CN CN201820426271.7U patent/CN208747857U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113335489A (en) * | 2021-04-15 | 2021-09-03 | 广东现代建筑设计与顾问有限公司 | Embedded environment-friendly rainwater filtering structure |
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