CN204752464U - Distributing type sewage treatment system - Google Patents
Distributing type sewage treatment system Download PDFInfo
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- CN204752464U CN204752464U CN201520224344.0U CN201520224344U CN204752464U CN 204752464 U CN204752464 U CN 204752464U CN 201520224344 U CN201520224344 U CN 201520224344U CN 204752464 U CN204752464 U CN 204752464U
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Abstract
The utility model relates to a distributing type sewage treatment system, including arborescent sewage pipe network, along a plurality of sewage treatment basic stations that arborescent sewage pipe network distributing type set up, set up the sewage treatment device in the sewage treatment basic station. The utility model discloses a technical scheme compare with current technique can show practice thrift land resource, save the project construction cost, the modularization that realizes sewage collection, emission and sewage treatment, automation, intelligent management and the classification of realization to sewage.
Description
Technical field
The utility model relates to sewage collecting, discharge and technical field of sewage, especially a kind of distributed Sewage treatment systems technology.
Background technology
Existing sewage collecting, discharge and sewage disposal are separately carried out, sewage collecting, discharge are mainly by draining company operation, follow the technological line of categorised collection, control discharge, sewage disposal is mainly runed by sewage work, follows the technological line of wastewater reuse approach.For a long time, the technological line of wastewater reuse approach makes the research of sewage disposal technology, innovation and popularization all be confined to physically based deformation, chemistry or the biological method sewage treatment technology for the monomer project of sewage work.
There is following defect in the technology of existing sewage collecting, discharge and sewage disposal.
1, project land used cost is high.
The pipe network system of sewage collecting, discharge needs to take a large amount of publics land, and concentrate the sewage work carrying out sewage disposal to need to take large-area soil equally, project due to sewage collecting, discharge is taken up an area the project that can not be used for sewage disposal and sewage disposal and is taken up an area and can not be used for sewage collecting, discharge, the operation mode of existing sewage collecting, discharge and sewage disposal do not meet save the area, the State owned land policy direction of intensive land use.
2, sewage work's addressing difficulty.
The resident in sewage collecting, discharge and sewage disposal region is due to the understanding of the enhancing of environmental consciousness and the necessity to sewage collecting, discharge, higher to the tolerance of sewage collecting, discharge project, but often exist the Sewage Treatment Project carrying out wastewater reuse approach of region based on private interests again and repel psychology, thus produce the social reality of sewage work's addressing difficulty.
3, sewage collecting, blowdown system and the construction of Sewage treatment systems are difficult to synchronously carry out, and can not form resources balance and utilize, and often there is the energy imbalance of resource in a certain respect or wretched insufficiency or serious waste.
4, the supervision of sewage collecting, blowdown system and Sewage treatment systems is carried out mainly through administration means, blowdown main body, be difficult between draining company and sewage work form the mechanism of market surveillance.
5, technically, sewage collecting, discharge pipe network system need the long-term stability being maintained pipe network system by environment-protective process means such as grid decontamination, sand setting removal and off gas treatments to run equally, but being responsible for sewage collecting, discharging the draining company of project is not again environmental protection main body, lacks the ability of environment-protective process technology; And concentrate the sewage work that carries out sewage disposal to cause greatly the working load of equipment large due to sewage load, once when there is large equipment quality accident or need to carry out the maintenance of major equipment or need the technology upgrading carrying out equipment, often directly affect quality of sewage disposal.Therefore, the operation mode of existing sewage collecting, discharge and sewage disposal effectively can not solve the stability problem of system cloud gray model.
6, sewage will flow through the tubing system of long distance from collection mouth to final discharge outlet, the operation mode of existing sewage collecting, discharge and sewage disposal can not the space of the residence time of scientific utilization sewage collecting, in offtake piping system and tubing system in sewage treatment process, the comprehensive utilization of resource can not be realized.
7, along with the development of national economy, downtown areas sewage drainage amount constantly strengthens, the technological line of wastewater reuse approach makes original sewage work sewage need expansion scale, newly-built sewage work's scale is also built larger and larger, and the maximization of sewage disposal plant is unfavorable for the application of modularization, automatization, intellectualized technology.
8, the technological line of wastewater reuse approach make sewage work can only addressing in the area away from territory, main Water District, cities and towns, process after discharge Treated sewage reusing time need again build auxiliary facility, Treated sewage reusing cost is high.
Contriver thinks, along with comprising physical method, chemical process, biological method is in the continuous maturation of interior sewage treatment technology, the miniaturization of sewage disposal device, modularization can realize completely, thus automatization and the intellectuality of sewage disposal device can be realized, and then, the automatization of sewage disposal device and intellectuality can make miniaturization again, modular sewage disposal device produces scale effect further, finally, integrate sewage collecting, the modularization that blowdown system function and Sewage treatment systems function are integrated, automatization, it may but also will be an important development direction of following sewage disposal technology that intelligentized sewage disposal technology not only becomes, also significant role will be played for promoting the Sustainable development of national economy and improving the ecological environment.
Based on above-mentioned purpose, contriver discloses a kind of technical scheme of distributed Sewage treatment systems.
Summary of the invention
Disclosed in the utility model, technical scheme is as follows.
1, distributed Sewage treatment systems, is characterized in that comprising tree-shaped sewage network, the multiple sewage disposal base stations along the distributed setting of tree-shaped sewage network, the waste disposal plant be arranged in sewage disposal base station.
2, the distributed Sewage treatment systems according to technical scheme 1, a preferred technical scheme is: on described tree-shaped sewage network distributed be provided with multiple raw waste water collect mouth, the end of the trunk part of described tree-shaped sewage network is provided with Sewage outlet.
3, the distributed Sewage treatment systems according to technical scheme 1, a preferred technical scheme is: described sewage disposal base station is embedded to be arranged on tree-shaped sewage network, waste disposal plant in sewage disposal base station leads to two ports of embedding place of tree-shaped sewage network in sewage disposal base station respectively, makes embedding place of the sewage current in tree-shaped dirty webmaster net in sewage disposal base station form path.
4, the distributed Sewage treatment systems according to technical scheme 1, a preferred technical scheme is: described waste disposal plant is packaged type or is arranged at removably in sewage disposal base station.
5, distributed Sewage treatment systems according to technical scheme 1 or 4, it is characterized in that: described waste disposal plant comprises grid filtration device and/or grit chamber device and/or anaerobic biological treatment apparatus and/or aeration apparatus of oxygen supply and/or active sludge biological treatment unit and/or biological membrane biological treatment unit and/or sludge settling device and/or sludge dehydration device and/or sewage water advanced treatment apparatus and/or emission-control equipment and/or sewage decolorization device and/or sewage harmless treatment device and/or sewage dephosphorization denitrification device, any one raw waste water on tree-shaped sewage network of sewage collect mouth flow to Sewage outlet process first sewage disposal base station in have at least one to be grid filtration device in the waste disposal plant that arranges and have at least one to be grit chamber device.
6, the distributed Sewage treatment systems according to technical scheme 1, a preferred technical scheme is: be provided with one or several sewage Buffer Pools along tree-shaped sewage network, sewage Buffer Pool is embedded to be arranged on tree-shaped sewage network, sewage Buffer Pool leads to two ports of tree-shaped sewage network in embedding place of sewage Buffer Pool respectively, makes the sewage current in tree-shaped dirty webmaster net form path in embedding place of sewage Buffer Pool.
7, the distributed Sewage treatment systems according to technical scheme 1, a preferred technical scheme is: be provided with biofilm reactor in tree-shaped sewage network, sewage current before entering biofilm reactor process last sewage disposal base station in waste disposal plant comprise aeration apparatus of oxygen supply.
8, distributed Sewage treatment systems according to technical scheme 1, a preferred technical scheme is: also comprise on-Line Monitor Device, automatic control device, central control unit, connect the communication device one of central control unit and on-Line Monitor Device, connect the communication device two of central control unit and automatic control device, wherein on-Line Monitor Device comprises sewage quality on-line monitoring sensor and/or sewage water yield on-line monitoring sensor and/or sewage oxygen level on-line monitoring sensor, automatic control device comprises automatic control switch and/or autocontrol valve, central control unit comprises industrial computer, on-Line Monitor Device is arranged in raw waste water collection mouth and/or sewage disposal base station and/or tree-shaped sewage network is interior and/or Sewage outlet, automatic control device is arranged on the waste disposal plant in sewage disposal base station and/or on tree-shaped sewage network, central control unit is collected by communication device one numeral or simulating signal that on-Line Monitor Device sends and is sent by communication device two instruction automatically controlling operation to automatic control device after machine routine processes as calculated.
9, the distributed Sewage treatment systems according to technical scheme 1, a preferred technical scheme is: on several sewage disposal base stations, be also provided with the secondary water port interlinked with the waste disposal plant in this sewage disposal base station.
10, the distributed Sewage treatment systems according to technical scheme 1, a preferred technical scheme is: the raw waste water that raw waste water collects the raw waste water collection mouth and collection industrial sewage that mouth comprises collection municipal wastewater collects mouth.
Technical scheme disclosed in the utility model is compared with sewage disposal technology with existing sewage collecting, discharge, has following advantage.
1, save a large amount of soil, achieve the intensive utilization in soil.
The pipe network system that water is collected by the present invention, discharge and Sewage treatment systems integrate, the occupation of land of the occupation of land of sewage collecting, blowdown system as Sewage treatment systems is used, thus without the need to building the sewage work concentrating and carry out sewage disposal, without the need to taking large-area Sewage Treatment Project land used, not only greatly save land used cost, also meet save the area, the State owned land policy direction of intensive land use.
2, the problem of sewage work's addressing difficulty is solved.
The utility model carries out sewage disposal by the waste disposal plant in the sewage disposal base station that arranges along tree-shaped sewage network, builds sewage works without the need to addressing separately.Because distributed Sewage treatment systems of the present utility model only needs the project using sewage collecting, blowdown system to take up an area and other a small amount of publics land and can carry out totally-enclosed operation, distributed Sewage treatment systems of the present utility model is easily by the public is accepted.
3, sewage collecting, blowdown system achieve integrated with Sewage treatment systems, can according to the ever-increasing situation of the demand of sewage discharge progressively and synchronized construction, and the equilibrium achieving resource utilizes.
4, because sewage collecting, blowdown system and sewage disposal system are runed by same main body, the Project in Operation main body of distributed Sewage treatment systems can directly exercise supervision to blowdown main body, can form more effective market-oriented supervision mechanism.
5, sewage collecting, blowdown system and Sewage treatment systems realize integration and are runed by same main body, and tree-shaped waste pipe network system can maintain pipe network system long-term stability by carrying out the environment-protective process means such as grid decontamination, sand setting removal and off gas treatment in sewage disposal base station is run; And due to the sewage disposal base station of distributed Sewage treatment systems be distributed setting, once when occurring large equipment quality accident occurs in certain sewage disposal base station or needs to carry out the maintenance of major equipment or need the technology upgrading carrying out equipment, can realize fast processing, the stability influence run whole system is very little.Therefore, distributed Sewage treatment systems technical scheme can the stability of effective guarantee system cloud gray model.
6, after sewage collecting, blowdown system and Sewage treatment systems realize integration, sewage can as the space of sewage disposal from the tubing system of the long distance that raw waste water collection mouth flows through to Sewage outlet, sewage can be used as the residence time of sewage disposal in the residence time of tubing system, and distributed Sewage treatment systems technical scheme can realize the comprehensive utilization of resource.
7, waste disposal plant can divide by function and for packaged type or can arrange removably, modularization operation can be realized, thus distributed Sewage treatment systems is combined with the industrial production of advanced person and control techniques more scientificly, realize sewage collecting, the modularization of discharge and sewage disposal, automatization, intellectuality.
8, by arranging time water port on sewage disposal base station, more effectively distributing of sewage disposal resource can be realized by carrying out treatment in situ, on the spot reuse to the tractable sewage of part, without the need to building the reusing sewage tubing system of long distance, a large amount of reusing sewage costs can be saved.
9, when distributed Sewage treatment systems project is built in the area of existing sewage collecting, blowdown system, not only without the need to land acquisition separately, and original sewer line can be utilized whole or in part to build tree-shaped sewage network, thus save the construction cost of distributed Sewage treatment systems.
10, distributed Sewage treatment systems belongs to flatbed technical scheme, can according to the difference of the sewage quantity of the raw waste water of each collecting port of sewage and sewage character in distributed Sewage treatment systems, and based on the sewage disposal technology integrated design of existing physical method, chemical process, biological method and the waste disposal plant that distributes in each sewage disposal base station in this collecting port of sewage downstream, thus form the mature and stable sewage treatment process each raw waste water being collected to the raw waste water that mouth is collected.Therefore, the technology platform of distributed Sewage treatment systems can adopt multiple different sewage processing technological flow according to the different situations of raw waste water simultaneously, thus really realize the classification process to raw waste water.
Accompanying drawing explanation
Accompanying drawing 1 is the schematic diagram of distributed Sewage treatment systems.
Accompanying drawing 2 is the schematic diagram of sewage disposal base station.
Accompanying drawing mark illustrates: in accompanying drawing 1 or accompanying drawing 2,1 be Sewage outlet, and 2 be tree-shaped sewage network, and 3 is sewage disposal base station, and 4 is sewage Buffer Pool, and 5 is raw waste water collection mouth, and 6 is waste disposal plant.
Embodiment
Below in conjunction with accompanying drawing 1, accompanying drawing 2 and specific embodiment, technical scheme disclosed in the utility model is further described.
Embodiment: as shown in Figures 1 and 2, distributed Sewage treatment systems comprises tree-shaped sewage network 2, the multiple sewage disposal base stations 3 along the distributed setting of tree-shaped sewage network 2, the waste disposal plant 6 be arranged in sewage disposal base station 3.In the present embodiment, the magnitude setting of sewage disposal base station 3 is 14.
Preferably, on described tree-shaped sewage network 2 distributed be provided with multiple raw waste water collect mouth 5, the end of the trunk part of described tree-shaped sewage network 2 is provided with Sewage outlet 1.In the present embodiment, the magnitude setting that raw waste water collects mouth 5 is 7.
Preferably, described sewage disposal base station 3 is embedded to be arranged on tree-shaped sewage network 2, waste disposal plant 6 in sewage disposal base station 3 leads to two ports of embedding place of tree-shaped sewage network 2 in sewage disposal base station 3 respectively, makes embedding place of the sewage current in tree-shaped dirty webmaster net 2 in sewage disposal base station 3 form path.
Preferably, described waste disposal plant 6 is for packaged type or be arranged at removably in sewage disposal base station 3.
Preferably, described waste disposal plant 6 comprises grid filtration device and/or grit chamber device and/or anaerobic biological treatment apparatus and/or aeration apparatus of oxygen supply and/or active sludge biological treatment unit and/or biological membrane biological treatment unit and/or sludge settling device and/or sludge dehydration device and/or sewage water advanced treatment apparatus and/or emission-control equipment and/or sewage decolorization device and/or sewage harmless treatment device and/or sewage dephosphorization denitrification device, and sewage any one raw waste water on tree-shaped sewage network 2 is collected in the waste disposal plant 6 of setting in first sewage disposal base station 3 that mouth 5 flows to Sewage outlet 1 process to be had at least one to be grid filtration device and has at least one to be grit chamber device.
Preferably, one or several sewage Buffer Pools 4 are provided with along tree-shaped sewage network 2, sewage Buffer Pool 4 is embedded to be arranged on tree-shaped sewage network 2, sewage Buffer Pool 4 leads to two ports of tree-shaped sewage network 2 in embedding place of sewage Buffer Pool 4 respectively, makes the sewage current in tree-shaped dirty webmaster net 2 form path in embedding place of sewage Buffer Pool 4.In the present embodiment, the magnitude setting of sewage Buffer Pool 4 is 3.
Preferably, in tree-shaped sewage network 2, be provided with biofilm reactor, sewage current before entering biofilm reactor process last sewage disposal base station 3 in waste disposal plant 6 comprise aeration apparatus of oxygen supply.
Preferably, also comprise on-Line Monitor Device, automatic control device, central control unit, connect the communication device one of central control unit and on-Line Monitor Device, connect the communication device two of central control unit and automatic control device, wherein on-Line Monitor Device comprises sewage quality on-line monitoring sensor and/or sewage water yield on-line monitoring sensor and/or sewage oxygen level on-line monitoring sensor, automatic control device comprises automatic control switch and/or autocontrol valve, central control unit comprises industrial computer, on-Line Monitor Device is arranged in raw waste water collection mouth 5 and/or sewage disposal base station 3 and/or tree-shaped sewage network 2 is interior and/or Sewage outlet 1, automatic control device is arranged on the waste disposal plant 6 in sewage disposal base station 3 and/or on tree-shaped sewage network 2, central control unit is collected by communication device one numeral or simulating signal that on-Line Monitor Device sends and is sent by communication device two instruction automatically controlling operation to automatic control device after machine routine processes as calculated.
Preferably, several sewage disposal base stations 3 are also provided with the secondary water port interlinked with the waste disposal plant 6 in this sewage disposal base station 3.
Preferably, raw waste water collection mouth 5 comprises the raw waste water collection mouth that the raw waste water collecting municipal wastewater is collected mouth and collected industrial sewage.
Based on technical scheme disclosed in the utility model; the array configuration that raw waste water collects mouth 5, sewage disposal base station 3, waste disposal plant 6, Sewage outlet 1, tree-shaped sewage network 2 exist diversified quantity and position; simultaneously; the array configuration of the waste disposal plant 6 of the various difference in functionalitys in sewage disposal base station 3 is also a lot; a kind of array configuration property enumerated that the present embodiment just have selected wherein illustrates, to protection domain of the present utility model without any restriction.The technician of the industry can propose based on the technical solution of the utility model and known industry technology the embodiment being different from the present embodiment completely; in every case be do based on the flesh and blood of technical scheme disclosed in the utility model any change, amendment and improvement, all fall within protection domain of the present utility model.
Claims (10)
1. distributed Sewage treatment systems, is characterized in that comprising tree-shaped sewage network, the multiple sewage disposal base stations along the distributed setting of tree-shaped sewage network, the waste disposal plant be arranged in sewage disposal base station.
2. distributed Sewage treatment systems according to claim 1, is characterized in that: on described tree-shaped sewage network distributed be provided with multiple raw waste water collect mouth, the end of the trunk part of described tree-shaped sewage network is provided with Sewage outlet.
3. distributed Sewage treatment systems according to claim 1, it is characterized in that: described sewage disposal base station is embedded to be arranged on tree-shaped sewage network, waste disposal plant in sewage disposal base station leads to two ports of embedding place of tree-shaped sewage network in sewage disposal base station respectively, makes embedding place of the sewage current in tree-shaped dirty webmaster net in sewage disposal base station form path.
4. distributed Sewage treatment systems according to claim 1, is characterized in that: described waste disposal plant is packaged type or is arranged at removably in sewage disposal base station.
5. the distributed Sewage treatment systems according to claim 1 or 4, it is characterized in that: described waste disposal plant comprises grid filtration device and/or grit chamber device and/or anaerobic biological treatment apparatus and/or aeration apparatus of oxygen supply and/or active sludge biological treatment unit and/or biological membrane biological treatment unit and/or sludge settling device and/or sludge dehydration device and/or sewage water advanced treatment apparatus and/or emission-control equipment and/or sewage decolorization device and/or sewage harmless treatment device and/or sewage dephosphorization denitrification device, sewage any one raw waste water on tree-shaped sewage network collect mouth flow to Sewage outlet process first sewage disposal base station in have at least one to be grid filtration device in the waste disposal plant that arranges and have at least one to be grit chamber device.
6. distributed Sewage treatment systems according to claim 1, it is characterized in that: be provided with one or several sewage Buffer Pools along tree-shaped sewage network, sewage Buffer Pool is embedded to be arranged on tree-shaped sewage network, sewage Buffer Pool leads to two ports of tree-shaped sewage network in embedding place of sewage Buffer Pool respectively, makes the sewage current in tree-shaped dirty webmaster net form path in embedding place of sewage Buffer Pool.
7. distributed Sewage treatment systems according to claim 1, it is characterized in that: in tree-shaped sewage network, be provided with biofilm reactor, sewage current before entering biofilm reactor process last sewage disposal base station in waste disposal plant comprise aeration apparatus of oxygen supply.
8. distributed Sewage treatment systems according to claim 1, it is characterized in that: also comprise on-Line Monitor Device, automatic control device, central control unit, connect the communication device one of central control unit and on-Line Monitor Device, connect the communication device two of central control unit and automatic control device, wherein on-Line Monitor Device comprises sewage quality on-line monitoring sensor and/or sewage water yield on-line monitoring sensor and/or sewage oxygen level on-line monitoring sensor, automatic control device comprises automatic control switch and/or autocontrol valve, central control unit comprises industrial computer, on-Line Monitor Device is arranged in raw waste water collection mouth and/or sewage disposal base station and/or tree-shaped sewage network is interior and/or Sewage outlet, automatic control device is arranged on the waste disposal plant in sewage disposal base station and/or on tree-shaped sewage network, central control unit is collected by communication device one numeral or simulating signal that on-Line Monitor Device sends and is sent by communication device two instruction automatically controlling operation to automatic control device after machine routine processes as calculated.
9. distributed Sewage treatment systems according to claim 1, is characterized in that: on several sewage disposal base stations, be also provided with the secondary water port interlinked with the waste disposal plant in this sewage disposal base station.
10. distributed Sewage treatment systems according to claim 1, is characterized in that: the raw waste water that raw waste water collects the raw waste water collection mouth and collection industrial sewage that mouth comprises collection municipal wastewater collects mouth.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520224344.0U CN204752464U (en) | 2015-04-15 | 2015-04-15 | Distributing type sewage treatment system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520224344.0U CN204752464U (en) | 2015-04-15 | 2015-04-15 | Distributing type sewage treatment system |
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| Publication Number | Publication Date |
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| CN204752464U true CN204752464U (en) | 2015-11-11 |
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| CN201520224344.0U Expired - Fee Related CN204752464U (en) | 2015-04-15 | 2015-04-15 | Distributing type sewage treatment system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104843933A (en) * | 2015-04-15 | 2015-08-19 | 邓立新 | Distributed type sewage treatment system |
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2015
- 2015-04-15 CN CN201520224344.0U patent/CN204752464U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104843933A (en) * | 2015-04-15 | 2015-08-19 | 邓立新 | Distributed type sewage treatment system |
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Legal Events
| Date | Code | Title | Description |
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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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151111 Termination date: 20160415 |