CN208472892U - The three discrete disintegrating system in waste pipe of saving water and energy of pipe - Google Patents
The three discrete disintegrating system in waste pipe of saving water and energy of pipe Download PDFInfo
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- CN208472892U CN208472892U CN201820779528.7U CN201820779528U CN208472892U CN 208472892 U CN208472892 U CN 208472892U CN 201820779528 U CN201820779528 U CN 201820779528U CN 208472892 U CN208472892 U CN 208472892U
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Abstract
The utility model relates to the three discrete disintegrating system in waste pipe of saving water and energy of pipe of one kind, it include: rainwater pipeline, wash water pipeline and toilet-flushing sewage pipeline, the rainwater pipeline, which is extended to, to be connected to natural water runner or is connected to rainwater-collecting unit, the wash water pipeline is extended to be connected to sewerage disposing station, the toilet-flushing sewage pipeline is extended to be connected to biogas generating unit, and there is the biogas generating unit methane outlet and natural pond fertilizer to export.The discrete disintegrating system in waste pipe of saving water and energy of three pipe provided by the utility model; using the separate flow system that three pipes are discrete; toilet-flushing sewage and wash water are separately discharged, separately processing; while realizing utilization of resources; it can be avoided sanitary wastewater and dirt be discharged into water body and cause eutrophication, thus water ecological setting can be protected.
Description
Technical field
The utility model belongs to field of environment engineering technology more particularly to sewerage system technical field, and in particular to
The three discrete disintegrating system in waste pipe of saving water and energy of pipe of one kind.
Background technique
Usual municipal drainage (removing industrial wastewater) system needs that discharges to have: the lavatory of all kinds of buildings, kitchen, is washed bathroom
The sanitary sewage being discharged in clothing room；Generated in rainfall rainwater or road cleaning, the rear water of fire-fighting.Wherein, sanitary sewage
It can be just discharged into natural water after having to pass through processing；Rainwater is generally not necessarily to handle and be directly discharged into natural water.Municipal drainage
System is processing and the engineering system for excluding municipal sewage and rainwater, mainly there is sewage, rainwater combined flow system and shunting at present
System processed, wherein relatively conventional for sewage, rainwater separate flow system, i.e. rainwater drainage pipe and sewage drainage pipe two is managed discrete.
Existing two pipes discrete part technology is disadvantageous in that sanitary wastewater includes a large amount of solid dirts, if being mixed into sewage
Other purposes of sewage after middle influence processing, when impurity accumulation excessively also will cause line clogging；It is super to generate biogas concentration values
Explosion is easily generated when marking and encountering open fire, electrostatic, and very big inconvenience is caused to life of urban resident.If sanitary wastewater is discharged into water body
By polluted-water, water eutrophication is caused.
Utility model content
The utility model embodiment is related to the three discrete disintegrating system in waste pipe of saving water and energy of pipe of one kind, can at least solve existing skill
The segmental defect of art.
The utility model embodiment is related to the discrete disintegrating system in waste pipe of saving water and energy of three pipes, comprising:
Rainwater pipeline, the rainwater pipeline, which is extended to, to be connected to natural water runner or is connected to rainwater-collecting unit；
Wash water pipeline, the wash water pipeline is extended to be connected to sewerage disposing station；
Toilet-flushing sewage pipeline, the toilet-flushing sewage pipeline is extended to be connected to biogas generating unit, and the biogas occurs single
There is member methane outlet and natural pond fertilizer to export.
As one of embodiment, the sewerage disposing station includes artificial swamp.
As one of embodiment, the methane outlet is connected to by biogas conduit with marsh gas power generation unit, the biogas hair
Electric unit includes generator and the engine that connect with the generator；
The exhanst gas outlet of the engine is connected with heat exchanger by smoke tube, and the heat exchanger is arranged in the washing
On plumbing drain, the first control valve is equipped in the smoke tube.
As one of embodiment, the methane outlet is connected to by biogas conduit with marsh gas power generation unit, the biogas hair
Electric unit includes condenser；
Other on the cooling water outlet pipe of the condenser to be connected to hot water conduit, the hot water conduit extends to the Manual moist
Ground is equipped with the second control valve in the hot water conduit.
As one of embodiment, the rainwater pipeline includes rainwater moisturizing branch, and the rainwater moisturizing branch roadside is connected to
On the cooling water inlet pipe of the condenser；
And/or the middle water out at the sewerage disposing station is connected with reclaimed water supply branch, reclaimed water supply branch roadside connects
In on the cooling water inlet pipe of the condenser.
As one of embodiment, the sewerage disposing station further includes aeration tank, the aeration tank and the artificial swamp edge
Sewage flow direction is sequentially connected.
As one of embodiment, the toilet-flushing sewage pipeline include toilet-flushing sewage supervisor and respectively with each blowdown lavatory pair
The multiple toilet-flushing sewage branch pipes that should be connected, each toilet-flushing sewage branch pipe are connect with toilet-flushing sewage supervisor's arrival end, in
Toilet-flushing sewage supervisor inlet is successively arranged blender and filter screen along sewage flow direction.
As one of embodiment, the biogas generating unit includes methane-generating pit, and methane phase is equipped with above the methane-generating pit
Bacterium dosage unit and sulphur removal microorganism dosage unit.
As one of embodiment, the biogas generating unit includes methane-generating pit, and the methane-generating pit construction is in underground and in pond
Heating mechanism is laid around body.
As one of embodiment, the heating mechanism includes heat radiation tube, circulation hot water or hot cigarette in the heat radiation tube
Gas.
The utility model embodiment at least has the following beneficial effects:
The discrete disintegrating system in waste pipe of saving water and energy of three pipe provided by the utility model, using the separate system system that three pipes are discrete
Toilet-flushing sewage and wash water are separately discharged, separately processing, while realizing utilization of resources, can be avoided lavatory by system
Institute's sewage and dirt are discharged into water body and cause eutrophication, thus can protect water ecological setting.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor
Under, it can also be obtained according to these attached drawings other attached drawings.
Fig. 1 is a kind of structural representation of the discrete disintegrating system in waste pipe of saving water and energy of three pipe provided by the embodiment of the utility model
Figure；
Fig. 2 is that another structure of the discrete disintegrating system in waste pipe of saving water and energy of three pipe provided by the embodiment of the utility model is shown
It is intended to.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
All other embodiment obtained, fall within the protection scope of the utility model.
Such as Fig. 1 and Fig. 2, the utility model embodiment provides one kind the three discrete disintegrating system in waste pipe of saving water and energy of pipe, comprising:
Rainwater pipeline 1, the rainwater pipeline 1, which is extended to, to be connected to natural water runner 7 or is connected to rainwater-collecting unit；
Wash water pipeline 2, the wash water pipeline 2 is extended to be connected to sewerage disposing station 6；
Toilet-flushing sewage pipeline 3, the toilet-flushing sewage pipeline 3 is extended to be connected to biogas generating unit 5, and the biogas occurs
There is unit 5 methane outlet and natural pond fertilizer to export.
In the present embodiment, above-mentioned rainwater pipeline 1 is mainly used for collecting rainwater, can set rain according to corresponding position of collecting
Water branch pipe 11, then converge in rainwater general pipeline 12.Above-mentioned wash water pipeline 2 can collect the lives such as community in urban areas production field
Wash water caused by institute can set wash water branch pipe according to corresponding venue location, then converge in wash water general pipeline
?.Similarly, toilet-flushing sewage pipeline 3 can collect sanitary wastewater (human excrement caused by the life Workplaces such as community in urban areas
Urine etc.), toilet-flushing sewage branch pipe can be set according to corresponding venue location, then converge in toilet-flushing sewage general pipeline, that is, dirt of flushing the toilet
Water lines 3 include multiple toilet-flushing sewage branch pipes that toilet-flushing sewage is responsible for and is correspondingly connected with respectively with each blowdown lavatory, are respectively flushed the toilet
Branch sewer is connect with toilet-flushing sewage supervisor's arrival end, it is preferable that in toilet-flushing sewage supervisor inlet along sewage flow direction
It is successively arranged blender 4 and filter screen, or blender 4 is set on each toilet-flushing sewage branch pipe, is responsible for entrance in toilet-flushing sewage
Place's setting filter screen, solid dirt can be crushed and be filtered, improve the treatment effeciency and effect of toilet-flushing sewage.Such as Fig. 1 and Fig. 2,
In:
The water bodys such as the rainwater collected by rainwater pipeline 1 can be discharged into natural water (such as lake), or after collection, into
Row processing, returns again to utilization, and one of embodiment is that the water bodys such as the part rainwater are used after the processing of water factory 9 as life
Water；
It is sent by the wash water that wash water pipeline 2 is collected to grey water system processing, treated, and middle water can be used for lavatory
Rinse, afforestation, road cleaning, city fountain, fire demand water, field irrigation etc., it can be achieved that the processing of wash water and
Resource reutilization improves water utilization rate；
It is sent by the toilet-flushing sewage that toilet-flushing sewage pipeline 3 is collected to biogas generating unit 5 and is fermented, the biogas of generation can
For generating electricity or biogas is registered one's residence, the natural pond fertilizer of generation can transport to planting base or be fabricated directly into finished product organic fertilizer etc., realize punching
The resource reutilization of lavatory sewage, natural pond fertilizer directly transport or are made as finished product organic fertilizer and is avoided that environmental pollution and to resident living
Interference, protection living environment's health.
The discrete disintegrating system in waste pipe of saving water and energy of three pipe provided in this embodiment, manages discrete separate flow system using three,
Toilet-flushing sewage and wash water are separately discharged, separately processing, while realizing utilization of resources, can be avoided lavatory dirt
Water and dirt are discharged into water body and cause eutrophication, thus can protect water ecological setting.
As preferred embodiment, the biogas that above-mentioned biogas generating unit 5 generates can get good warp for generating electricity
Benefit of helping and social benefit；I.e. the methane outlet of biogas generating unit 5 is connected to by biogas conduit with marsh gas power generation unit 8.Natural pond
Gas power generation is existing mature technology, and biogas is usually generated kinetic energy by the burning unit such as internal combustion engine, gas turbine and drives hair
Electric power generation, i.e. marsh gas power generation unit 8 include generator and the engine connecting with generator, which can be internal combustion
The burning unit such as machine, gas turbine；Generally, generator exhaust is condensed by condenser, and configures cooling tower to condenser institute
It is cooled down with recirculated cooling water.
As preferred embodiment, water treatment station 6 can be the Sewage Disposal or Manual moist manually built among the above
Ground 61 preferably uses artificial swamp 61, and preferable to the treatment effect of sewage, economic benefit, Environmental Effect Yidu are higher.Further
Preferably, such as Fig. 2, the sewerage disposing station 6 further include aeration tank 62, aeration tank 62 and artificial swamp 61 along sewage flow direction according to
Secondary connection is arranged aeration tank 62 before artificial swamp 61 and carries out Air Exposure to wash water, it is possible to reduce artificial swamp 61
The appearance for situations such as filler blocks improves 61 treatment effect of artificial swamp.
It is further preferred that in winter low temperature when, especially severe cold area, the vegetation growth in artificial swamp 61 is slowly very
To withered, in artificial swamp 61 microbial activity reduction, so that absorption of the artificial swamp 61 to nutriments such as N, P in sewage
Effect is deteriorated, and reduces to the clean-up effect of sewage, to avoid above situation from occurring, the exiting flue gas (exhaust gas) of engine can be used
At least partly wash water is heated, alternatively, at least part of condensator outlet cooling water is introduced to artificial swamp 61,
To improve the treatment effect of artificial swamp 61, the waste heat of marsh gas power generation unit 8 is not only can be effectively utilized in this processing mode,
It maximumlly realizes the utilization of resources, and can effectively improve the treatment effect to sewage, further preserve the ecological environment.?
That is: the exhanst gas outlet of engine is connected with heat exchanger (not shown) by smoke tube, and heat exchanger is arranged in wash water pipeline 2
On, the first control valve is equipped in smoke tube；Alternatively, other on the cooling water outlet pipe of condenser be connected to hot water conduit, hot water
Conduit extends to artificial swamp 61, is equipped with the second control valve in hot water conduit.
For it is above-mentioned by engine export flue gas wash water is heated in the way of, can be changed using solution-air
Hot device etc. is realized；In a further embodiment, further settable waste heat boiler, the smoke inlet and engine of the waste heat boiler
Exhanst gas outlet connection, the exiting flue gas of engine is directed into the waste heat boiler and carries out UTILIZATION OF VESIDUAL HEAT IN, the waste heat boiler institute
The steam of generation is directed into 61 water body of artificial swamp by steam pipe, more preferably to the heating effect of artificial swamp 61.The waste heat
The rainwater or resulting middle water of collection can be used in cooling water used in boiler.
For the above-mentioned mode that at least part of condensator outlet cooling water is introduced to artificial swamp 61, due to power generation
The reduction of unit recirculated cooling water, can be using the rainwater of collection or resulting middle water as circulating water system, i.e., in rainwater pipeline 1
Rainwater and/or the obtained middle water in sewerage disposing station 6 at least partially serve as the entrance cooling water of condenser, can effectively save
About water resource, while the utilization of resources of the water body of collected/processing is realized, reduce system energy consumption.Namely: rainwater pipeline includes
Rain moisturizing branch (not shown), rainwater moisturizing branch roadside are connected on the cooling water inlet pipe of condenser；And/or sewerage disposing
The middle water out stood is connected with reclaimed water supply branch, and reclaimed water supply branch roadside is connected on the cooling water inlet pipe of condenser.
It, can will be after the rainwater of collection or resulting middle water cooling treatment in summer high temperature as preferred embodiment
It is introduced to artificial swamp 61, to adjust the water temperature in artificial swamp 61, guarantees that vegetation, microorganism in artificial swamp 61 etc. have
Suitable temperature environment, especially microorganism, its ambient temperature environment is controlled can make its detergent power effective at 20~30 DEG C
It is promoted.Preferably, the rainwater of collection or resulting middle water can be cooled to 18~25 DEG C, can deploy 61 water temperature of artificial swamp and exist
20~30 DEG C；The realization such as semiconductor chilling plate can be used in the type of cooling, alternatively, rainwater collection pool is embedded in underground, from
And the lower recycling rainwater of temperature is obtained, when needed, the rainwater in the rainwater collection pool is introduced to automatically by people by pipeline
Work wetland 61 also can get preferable 61 water temperature of artificial swamp and deploy effect.
As preferred embodiment, above-mentioned biogas generating unit 5 uses methane-generating pit 5, abandon conventional septic tank and
Using the methane-generating pit 5 for concentrating construction, septic tank quantity and construction cost can be greatly reduced.Preferably, the methane-generating pit 5 construction in
Heating mechanism is simultaneously laid in underground around pond body, and fermentation temperature control in the methane-generating pit 5 is made to may make fermentation at 30~38 DEG C
Process keeps stabilization rapidly to carry out, and ensures the supply of biogas and natural pond fertilizer；It specifically, can be when temperature be lower than 20 DEG C to methane-generating pit
5 are heated.Electric heating can be used in above-mentioned heating mechanism, is also possible to lay heat radiation tube, hot spoke around methane-generating pit 5
Negotiable hot water or hot fume in pipe are penetrated, similarly, condensator outlet cooling water can be used in hot water, and engine can be used in hot fume
Exiting flue gas.
It is further preferred that methanogen and sulphur removal microorganism are added thereto in 5 treatment process of biogas generating unit,
Methanogen dosage unit and sulphur removal microorganism dosage unit, methanogen dosage unit and sulphur removal are equipped with i.e. above methane-generating pit
Microorganism dosage unit can be used conventional hopper or other charging (feeding) equipments, specific structure and not repeat herein；Wherein, first is produced
Alkane bacterium can accelerate the production gas velocity degree to ferment in methane-generating pit 5, and methanogen may include formic acid methagen, thermophilic trees methane brevibacterium
With tight Da Er methane leaf bacterium；Sulphur removal microorganism can reduced sulphur compound, prevent odorous gas H2The generation of S, it is preferable that the sulphur removal
Microorganism includes photosynthetic bacteria and/or thiobacillus denitrificans, and preferably photosynthetic bacteria and thiobacillus denitrificans is used in mixed way, can not only
Sulphur removal deodorization, moreover it is possible to which fixed nitrogen increases fertilizer efficiency.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model
Protection scope within.
Claims (10)
1. the three discrete disintegrating system in waste pipe of saving water and energy of pipe of one kind characterized by comprising
Rainwater pipeline, the rainwater pipeline, which is extended to, to be connected to natural water runner or is connected to rainwater-collecting unit；
Wash water pipeline, the wash water pipeline is extended to be connected to sewerage disposing station；
Toilet-flushing sewage pipeline, the toilet-flushing sewage pipeline is extended to be connected to biogas generating unit, the biogas generating unit tool
There are methane outlet and the outlet of natural pond fertilizer.
2. the discrete disintegrating system in waste pipe of saving water and energy of three pipe as described in claim 1, it is characterised in that: the sewerage disposing station
Including artificial swamp.
3. the discrete disintegrating system in waste pipe of saving water and energy of three pipe as claimed in claim 2, it is characterised in that: the methane outlet is logical
It crosses biogas conduit to be connected to marsh gas power generation unit, the marsh gas power generation unit includes generator and the hair that connect with the generator
Motivation；
The exhanst gas outlet of the engine is connected with heat exchanger by smoke tube, and the heat exchanger is arranged in the wash water
On pipeline, the first control valve is equipped in the smoke tube.
4. the discrete disintegrating system in waste pipe of saving water and energy of three pipe as claimed in claim 2, it is characterised in that: the methane outlet is logical
It crosses biogas conduit to be connected to marsh gas power generation unit, the marsh gas power generation unit includes condenser；
Other on the cooling water outlet pipe of the condenser to be connected to hot water conduit, the hot water conduit extends to the artificial swamp,
The second control valve is equipped in the hot water conduit.
5. the discrete disintegrating system in waste pipe of saving water and energy of three pipe as claimed in claim 4, it is characterised in that: the rainwater pipeline packet
Rain moisturizing branch is included, the rainwater moisturizing branch roadside is connected on the cooling water inlet pipe of the condenser；
And/or the middle water out at the sewerage disposing station is connected with reclaimed water supply branch, reclaimed water supply branch roadside is connected to institute
It states on the cooling water inlet pipe of condenser.
6. the discrete disintegrating system in waste pipe of saving water and energy of three pipe as claimed in claim 2, it is characterised in that: the sewerage disposing station
It further include aeration tank, the aeration tank is sequentially connected with the artificial swamp along sewage flow direction.
7. the discrete disintegrating system in waste pipe of saving water and energy of three pipe as described in claim 1, it is characterised in that: the toilet-flushing sewage pipe
Road includes multiple toilet-flushing sewage branch pipes that toilet-flushing sewage is responsible for and is correspondingly connected with respectively with each blowdown lavatory, each dirt of flushing the toilet
Water branch pipe with the toilet-flushing sewage supervisor arrival end connect, in the toilet-flushing sewage be responsible for inlet along sewage flow direction according to
It is secondary to be equipped with blender and filter screen.
8. the discrete disintegrating system in waste pipe of saving water and energy of three pipe as described in claim 1, it is characterised in that: the biogas occurs single
Member includes methane-generating pit, and methanogen dosage unit and sulphur removal microorganism dosage unit are equipped with above the methane-generating pit.
9. the discrete disintegrating system in waste pipe of saving water and energy of three pipe as described in claim 1, it is characterised in that: the biogas occurs single
Member includes methane-generating pit, and methane-generating pit construction is in underground and lays around pond body heating mechanism.
10. the discrete disintegrating system in waste pipe of saving water and energy of three pipe as claimed in claim 9, it is characterised in that: the heating mechanism
Including heat radiation tube, circulation hot water or hot fume in the heat radiation tube.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820779528.7U CN208472892U (en) | 2018-05-24 | 2018-05-24 | The three discrete disintegrating system in waste pipe of saving water and energy of pipe |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820779528.7U CN208472892U (en) | 2018-05-24 | 2018-05-24 | The three discrete disintegrating system in waste pipe of saving water and energy of pipe |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108412013A (en) * | 2018-05-24 | 2018-08-17 | 武汉武大绿洲生物技术有限公司 | The three discrete disintegrating system in waste pipe of saving water and energy of pipe |
| AU2022203640B1 (en) * | 2022-05-29 | 2022-09-29 | Parkes, Brian William MR | Parkland Sewerage System |
-
2018
- 2018-05-24 CN CN201820779528.7U patent/CN208472892U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108412013A (en) * | 2018-05-24 | 2018-08-17 | 武汉武大绿洲生物技术有限公司 | The three discrete disintegrating system in waste pipe of saving water and energy of pipe |
| AU2022203640B1 (en) * | 2022-05-29 | 2022-09-29 | Parkes, Brian William MR | Parkland Sewerage System |
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