CN203402968U - High-efficiency integrated aerating device for sewage treatment - Google Patents
High-efficiency integrated aerating device for sewage treatment Download PDFInfo
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- CN203402968U CN203402968U CN201320338058.8U CN201320338058U CN203402968U CN 203402968 U CN203402968 U CN 203402968U CN 201320338058 U CN201320338058 U CN 201320338058U CN 203402968 U CN203402968 U CN 203402968U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W10/00—Technologies for wastewater treatment
- Y02W10/10—Biological treatment of water, waste water, or sewage
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Abstract
The utility model discloses a high-efficiency integrated aerating device for sewage treatment, which belongs to the field of aerating equipment for sewage treatment. The high-efficiency integrated aerating device comprises an air compressor, a compressed-air delivery pipe system, a water-surface jump aerating mechanism, an underwater air-blowing aerating mechanism and an underwater stirring mechanism, wherein the water-surface jump aerating mechanism comprises aerating rotary-axe wheel rows, and the aerating rotary-axe wheel rows are formed by communicating compressed-air delivery branch pipes in series, are communicated with the upper part of an air delivery main pipe by the air delivery branch pipes and are arranged on the surface of a water body; the underwater air-blowing aerating mechanism comprises microporous aerating ring pipes, and the microporous aerating ring pipes are communicated with the compressed-air delivery main pipe by a microporous radial connecting pipe and are arranged in the water body; the stirring mechanism comprises stirring wheel rows, and the stirring wheel rows are formed by communicating compressed-air delivery branch pipes in series, are communicated with the air delivery main pipe by the air delivery branch pipes and are respectively arranged between the aerating rotary-axe wheel rows and the microporous aerating ring pipe groups and between the upper microporous aerating ring pipe group and the lower microporous aerating ring pipe group. The high-efficiency integrated aerating device disclosed by the utility model has the advantages that by adoption of a compressed-air power source, high-efficiency and synchronous integrity increase and fast and uniform distribution of dissolved oxygen in the water body are realized, and the aerating efficiency and the energy utilization rate are obviously improved.
Description
Technical field
The integrated aerating apparatus of a kind of high-level efficiency for sewage disposal of the utility model, belongs to aeration in sewage treatment apparatus field.
Background technology
Energy consumption is too high is the subject matter of municipal sewage plant's existence in service, how municipal sewage plant is saved energy and reduce the cost to reduce the emphasis that cost of sewage disposal is research always.Research shows that the energy consumption of municipal wastewater treatment plant mainly concentrates on the essential aerobic aeration processing links of sewage treatment process, this process energy consumption generally accounts for the more than 80% of Sewage Plant total energy consumption, and the efficiency that therefore improves aerator in aerobic aeration processing is the key that Sewage Plant realizes efficient low-consume operation.
At present the aerator for sewage disposal has two large classes: the water surface jump water aerator and blast aeration tank under water.The water surface water aerator that jumps is to drive its high speed rotating by motor, and the surface water of quivering makes it to soar to jump up and forms the water curtain of different shape, because water curtain falls to clashing into water surface, produces multiple turbulent flow and a large amount of bubbles, makes water body realize aeration oxygen replenishing.The water surface water aerator that jumps is relatively better to top layer, aeration tank water surface mass transfer effect, poor to swallow mass transfer effect, therefore its aeration efficiency is on the low side.Blast aeration tank is generally installed under water under water, and pressurized air is forced the blast aeration tank micropore by under water to form a large amount of microbubbles to overflow, in the process that this microbubble rises in water, its oxygen transfer is realized to aeration aerating in water body.Under water blast aeration tank because the microbubble size of its generation is little, specific surface area is large, relatively long duration of contact with water body, therefore its interfacial mass transfer efficiency is higher, but a little less than microbubble turbulent fluctuation effect, cause mass transfer cannot in water body, mix to the dissolved oxygen in aeration tank, so horizontal, the longitudinal skewness of the dissolved oxygen in water body, therefore its aeration effect is poor.
Because the water surface water aerator that jumps needs different propulsion sources with blast aeration tank under water, if adopt these two kinds of devices to need two cover power systems simultaneously, and, the water surface jump water aerator and under water blast aeration tank need to be arranged on different water depth place, aeration tank, how both combinations are applied to in aeration tank, there is larger difficulty.Therefore in existing sewage disposal technology, all be confined to the single employing water surface jump water aerator or blast aeration tank under water, and because ignoring the problem of dissolved oxygen distributing homogeneity in water body, substantially do not adopt stirring mechanism, cause sewage aeration treating processes to occur the undesirable condition that efficiency is low, energy consumption is high.
Utility model content
The purpose of this utility model is to provide the integrated aerating apparatus of a kind of high-level efficiency for sewage disposal, to improve mass transfer ability and the aeration effect of aerator in sewage disposal.
The integrated aerating apparatus of a kind of high-level efficiency for sewage disposal of the utility model, by air compressor, pressurized air gas transmission piping, water surface Yue Shui aeration mechanism, the mechanism of blast aeration under water and under water stirring mechanism form, pressurized air gas transmission piping is comprised of pressurized air gas transmission main, pressurized air gas transmission arm, and described pressurized air gas transmission main is connected and is vertically set on water body with air compressor, water surface Yue Shui aeration mechanism turns axe schedule by aeration and forms, the aeration that described aeration turns axe schedule turns axe wheel and is provided with air inlet port and drives pore, described aeration turns axe wheel along the setting of pressurized air gas transmission branch interval, each aeration turns axe wheel core wheel pipe two ends and by the compressed air gas transmission of a rotary flange arm serial connection, is communicated with in a row respectively, the pressurized air gas transmission arm two ends sealing after serial connection, the mechanism of blast aeration is under water comprised of micro-pore aeration endless tube group, and micro-pore aeration endless tube group is comprised of to pipe connecting micropore endless tube and the micropore diameter of inside and outside connection, stirring mechanism forms by stirring runner row under water, described stirring runner row's the runner that stirs is provided with air inlet port and drives pore, described stirring runner arranges along pressurized air gas transmission branch interval, each stirs runner core wheel pipe two ends respectively by the connection of the compressed air gas transmission of a rotary flange arm serial connection in a row, the pressurized air gas transmission arm two ends sealing after serial connection, described water surface Yue Shui aeration mechanism turns the horizontally disposed pressurized air gas transmission of axe schedule arm by its aeration and is communicated with pressurized air gas transmission main top, is arranged on water surface, the mechanism of blast aeration is under water communicated with pressurized air gas transmission main to pipe connecting by its micropore diameter, is arranged in water body, the pressurized air gas transmission arm that stirring mechanism stirs the setting of runner row of horizontal by it is under water communicated with pressurized air gas transmission main, being separately positioned on aeration turns between axe schedule and micro-pore aeration endless tube group, between upper and lower micro-pore aeration endless tube group, so, the pressurized air can air compressor providing is power, drive water surface Yue Shui aeration mechanism aeration to turn powerful rotation of axe wheel and form the water surface water aeration that jumps, to the micro-pore aeration endless tube group air blast of the mechanism of blast aeration under water, carry out micro-pore aeration under water, drive the stirring runner of stirring mechanism under water to rotate and stirring water body effectively simultaneously, thereby improve aeration efficiency and mass transfer homogeneity comprehensively.
The aeration that described composition aeration turns axe schedule turns axe wheel and is comprised of core wheel pipe and axe shape cavity blade, blade upper end closed, its lower port is that inlet mouth is communicated with core wheel pipe spaced radial, drive pore to turn by aeration same side that axe wheel turning direction is arranged on its each axe shape blade and arrange in columnly, by a driving pore in column along direction, drive aeration to turn axe wheel and rotate.
Described aeration turns on the axe shape blade of axe wheel and is provided with driving pore row phase dorsal surface the water pointed tooth that jumps.
The swivel that described aeration turns the rotary flange that axe wheel core wheel pipe two ends are connected with pressurized air gas transmission arm and aeration turn axe takes turns core wheel pipe end and is connected, its permanent joint is connected and fixed with corresponding pressurized air gas transmission arm, and each aeration turns axe wheel and around pressurized air gas transmission arm, rotates relative to permanent joint by swivel.
The stirring runner that described composition stirs runner row is comprised of core wheel pipe and stirring square tube, stirring square tube is cavity and upper end closed, its lower port is that inlet mouth is communicated with core wheel pipe spaced radial, drive pore to be arranged on the same side of respectively stirring square tube and to arrange in columnly by stirring runner turning direction, by a driving pore in column along direction, drive and stir runner and rotate.
Described stirring runner stirs square tube zygomorphy and is provided with stirrer gear, with the stirrer gear and driving pore staggered arrangement that drive pore ipsilateral.
The swivel of the rotary flange that described stirring runner core wheel pipe two ends are connected with pressurized air gas transmission arm is connected with stirring runner core wheel pipe end, its permanent joint is connected and fixed with corresponding pressurized air gas transmission arm, and each stirs runner and around pressurized air gas transmission arm, rotates relative to permanent joint by swivel.
Each endless tube of described micro-pore aeration endless tube group is square or circular micropore endless tube, is directly communicated with or is communicated with through micro-pore aeration arm, and the micropore pipe connecting being communicated with pressurized air gas transmission main radially arranges with endless tube in the micropore of center and is communicated with.
The described aeration that is arranged on water surface turns axe schedule and is a word or cruciform, perpendicular to pressurized air gas transmission main, is communicated with its symmetrical chiasma.
The described stirring runner row who is arranged in water body is a word or cruciform, perpendicular to pressurized air gas transmission main, is communicated with its symmetrical chiasma.
Described pressurized air gas transmission main bottom is cecum.
The utility model is creationary have been designed by water surface Yue Shui aeration mechanism, the integrated aerating apparatus that stirring mechanism and the mechanism of blast aeration under water form under water, makes top layer, the aeration tank water surface form water curtain by water surface Yue Shui aeration mechanism twirl and is involved in air and makes oxygen enter water body to complete the water surface water aeration that jumps; By the mechanism of blast aeration under water, produce a large amount of microbubbles and enter from the water body of bottom, aeration tank, when these microbubbles rise in water body, carrying out interfacial mass transfer to complete blast aeration under water; By the strong mixing mixing effect of stirring mechanism under water, make to be distributed in rapidly in the water body of whole aeration tank through the above-mentioned water surface oxygen that water aeration and blast aeration under water enter in the water body of aeration tank that jumps.The utility model is by water surface Yue Shui aeration mechanism, rationally arranging of stirring mechanism and the mechanism of blast aeration under water realized the water surface water aeration that jumps under water---is uniformly mixed that---blast aeration under water---is uniformly mixed---blast aeration under water under water under water ... operational mode, make the difference of the same depth of water in aeration tank, the dissolved oxygen of the each point of different water depth can increase by Fast synchronization, realized dissolved oxygen horizontal stroke in water body, be longitudinally uniformly distributed.Simultaneously for simplifying propulsion source, the utility model is to water surface Yue Shui aeration mechanism, stirring mechanism has carried out the structure design of novelty under water, make it to be different from traditional water surface Yue Shui aeration mechanism and the driving of the motor of stirring mechanism dependence under water, but employing air-operated drive, thereby realized by unique propulsion source---air compressor machine just can drive water surface Yue Shui aeration mechanism and stirring mechanism under water simultaneously, and air compressor machine also as the source of the gas of the mechanism of blast aeration under water to realize blast aeration under water, solved the water surface water aeration that jumps, be uniformly mixed under water, each needs the problem of a set of propulsion source and air supply system the mechanism of blast aeration under water, greatly optimized system architecture and reduced energy consumption.
The integrated aerating apparatus of the utility model high-level efficiency the is integrated water surface jumps water aerator and the under water advantage separately of blast aeration tank, and both shortcomings have separately been overcome, really having realized the lifting of dissolved oxygen high efficiency synchronous, Quick uniform in water body distributes, thereby has greatly improved aeration efficiency.Meanwhile, the utility model is only used a set of propulsion source, has not only simplified power system, also takes full advantage of the energy.The integrated aerating apparatus efficiency of the utility model compare Gao， unit service area is larger, therefore the layout comparatively small amt in aeration tank has been saved equipment investment cost.Therefore, adopt the integrated aerating apparatus of the utility model high-level efficiency not only to promote aeration efficiency and reduced construction and running cost, make Sewage Plant really realize efficient low-consume operation.
Accompanying drawing explanation
Fig. 1 the utility model device schematic diagram
The aeration of Fig. 2 the utility model device turns axe wheel construction schematic diagram
Micro-pore aeration side's endless tube group structural representation of Fig. 3 the utility model device
The stirring rotaring wheel structure schematic diagram of Fig. 4 the utility model device
The aeration of Fig. 5 the utility model device turns axe wheel and passes through rotary flange connection diagram with pressurized air gas transmission arm
The stirring runner of Fig. 6 the utility model device and pressurized air gas transmission arm are by rotary flange connection diagram
Embodiment
How existing accompanying drawings the utility model is implemented:
This integrated aerating apparatus is by air compressor 1, and pressurized air gas transmission main G and pressurized air gas transmission arm G1 and G2, two row's aerations turn axe schedule P1, two rows stir runner row P2, two groups of micro-pore aeration endless tube group P3 and form.Aeration turns axe schedule P1 and stirring runner row P2 is in-line layout and is communicated with perpendicular to pressurized air gas transmission main G symmetrical chiasma.P1 is positioned at pressurized air gas transmission main G top.Stir runner row P2 and micro-pore aeration endless tube group P3 and be positioned at pressurized air gas transmission main G bottom, and be from top to bottom uniformly-spaced crisscross arranged by the order of P2, P3, P2, P3.Pressurized air gas transmission main G vertically arranges, and pressurized air gas transmission arm G1, G2 are horizontally disposed, and pressurized air gas transmission arm G1, G2 intersect and be communicated with pressurized air gas transmission main G respectively, and G top is connected with air compressor 1, and bottom is cecum.Aeration turns axe schedule P1 and by a plurality of aerations that are communicated with pressurized air gas transmission arm G1, turns axe wheel L1 and form, aeration turns axe wheel L1 and is provided with air inlet port Q1 and drives pore K1, aeration turns axe wheel L1 and is comprised of core wheel pipe Z1 and axe shape cavity blade F, blade F upper end closed, its lower port is that inlet mouth Q1 is communicated with core wheel pipe Z1 spaced radial, drive pore K1 to be arranged on the right flank of each axe shape blade F and arrange in columnly, by a driving pore K1 in column along direction, can drive aeration to turn axe wheel L1 and rotate.The upper left side of axe shape blade F is provided with the water pointed tooth C1 that jumps.Aeration turns axe wheel L1 and uniformly-spaced arranges along pressurized air gas transmission arm G1, each aeration turns axe wheel L1 core wheel pipe Z1 two ends and by the compressed air gas transmission of a rotary flange X1 arm G1 serial connection, is communicated with in a row respectively, the pressurized air gas transmission arm G1 two ends sealing after serial connection.The core wheel pipe Z1 end that swivel N2 and the aeration of rotary flange X1 turns axe wheel L1 is connected, the permanent joint N1 of X1 is connected and fixed with corresponding pressurized air gas transmission arm G1, makes each aeration turn axe wheel L1 and around pressurized air gas transmission arm G1, rotates relative to permanent joint N1 by swivel N2.During aeration, after pressurized air enters aeration and turns after axe schedule P1 compressed air gas transmission arm G1 successively and turn the core wheel pipe Z1 of axe wheel, by each axe shape blade F lower end inlet mouth Q1, entered in F cavity and drive and turn axe wheel L1 and rotate around pressurized air gas transmission arm G1 by the driving pore K1 ejection of each axe shape blade F, and the pressurized air gas transmission arm G1 that turns axe wheel L1 both sides does not rotate because of the fixed action of rotary flange X1 permanent joint N1.Stirring runner row P2 is comprised of a plurality of stirring runner L2 that are communicated with pressurized air gas transmission arm G2 respectively, stirring runner L2 is provided with air inlet port Q2 and drives pore K2, stir runner L2 by core wheel pipe Z2 and stir square tube R and form, stirring square tube R is cavity and upper end closed, its lower port is that inlet mouth Q2 is communicated with core wheel pipe Z2 spaced radial, drive pore K2 to be arranged on respectively to stir the right flank of square tube R to arrange in column, by a driving pore K2 in column along direction, can drive and stir runner L2 and rotate.Stir square tube R zygomorphy and be provided with stirrer gear C2, wherein the stirrer gear C2 of right flank and driving pore K2 staggered arrangement.Stirring runner L2 uniformly-spaced arranges along pressurized air gas transmission arm G2, each stirs runner L2 core wheel pipe Z2 two ends respectively by the connection of the compressed air gas transmission of a rotary flange X2 arm G2 serial connection in a row, the pressurized air gas transmission arm G2 two ends sealing after serial connection.The swivel N4 of rotary flange X2 is connected with the core wheel pipe Z2 end of stirring runner L2, the permanent joint N3 of X2 is connected and fixed with corresponding pressurized air gas transmission arm G2, makes respectively to stir runner L2 and around pressurized air gas transmission arm G2, rotates relative to permanent joint N3 by swivel N4.During aeration, pressurized air enters after the core wheel pipe Z2 that stirs after runner row P2 compressed air gas transmission arm G2 successively and stir runner L2 and to stir square tube R lower end inlet mouth Q2 and enter and stir in square tube R cavity and the driving pore K2 ejection of stirring square tube R drives and stirs runner L2 and rotate around pressurized air gas transmission arm G2 through each by each, and the pressurized air gas transmission arm G2 that stirs runner L2 both sides does not rotate because of the fixed action of rotary flange X2 permanent joint N3.Micro-pore aeration endless tube group P3 is comprised of to pipe connecting T micropore endless tube H1, H2, H3 and 4 micropore diameters perpendicular to each other of inside and outside connection.H1, H2 and H3 are square, each end points of H1 is connected so that H1 and H2 are directly communicated with each limit mid point of H2, each end points of H2 is connected so that H2 and H3 are directly communicated with each limit mid point of H3, and the micropore pipe connecting T being communicated with compressed air delivery main G radially arranges in the micropore of Bing Yu center endless tube H1 vertical connection and connectivity points is the mid point on each limit of H1.Micropore endless tube H1, H2, H3 and each micropore diameter are provided with aerating pore K3 to pipe connecting T even tube wall.Aeration turns axe schedule P1 and is communicated with pressurized air gas transmission main G top by horizontally disposed pressurized air gas transmission arm G1, is arranged on water surface; Micro-pore aeration endless tube group P3 is communicated with pressurized air gas transmission main G to pipe connecting T by its micropore diameter, is arranged in water body; Stirring runner row P2 is communicated with pressurized air gas transmission main G by horizontally disposed pressurized air gas transmission arm G2.While installing in aeration tank 4, this integrated aerating apparatus top is fixed pressurized air gas transmission main G by being fixed on the pull bar 2 of aeration tank 4 pool walls, and bottom is fixed micro-pore aeration endless tube group P3 and pressurized air gas transmission main G by being fixed on the support 3 of 4 bottoms, aeration tank.
When aeration is carried out in aeration tank 4, the pressurized air after air compressor 1 pressurization enters respectively each aeration by pressurized air gas transmission main G and pressurized air gas transmission arm G1, G2 and turns axe wheel L1, respectively stirs runner L2, each micro-pore aeration endless tube group P3.Thereby pressurized air enters after L1 to be entered in F cavity and to be produced reactive force through the driving pore K1 of each axe shape blade F ejection by each axe shape blade F lower end inlet mouth Q1 and promotes each aeration and turn axe wheel L1 and rotate around pressurized air gas transmission arm G1, in the process of this rotation, the axe shape top of each axe shape blade F and the water pointed tooth C1 that jumps constantly quiver fast and cut the surface water of aeration tank 4, form water curtain and are involved in air and oxygen is wherein delivered to and in 4 water bodys of aeration tank, completes the water surface water aeration that jumps.Pressurized air is extruded and is formed a large amount of microbubbles to the aerating pore K3 on pipe connecting T by micro-pore aeration side endless tube H1, H2, H3 and each micropore diameter respectively after entering micro-pore aeration endless tube group P3, in the process that this microbubble rises in water, its oxygen transfer is realized to blast aeration under water to water body.Thereby pressurized air is entered and is stirred in square tube R cavity and through the micropore K2 ejection generation reactive force drive of each stirring square tube R, respectively stir runner L2 and rotate in water around pressurized air gas transmission arm G2 by each stirring square tube R lower end inlet mouth Q2 after entering stirring runner L2 simultaneously, in the process of this rotation, the stirrer gear C2 that stirs square tube R constantly stirs water body in aeration tank 4 and makes above-mentionedly by blast aeration under water and the water surface oxygen that water aeration enters in water that jumps, can in the interior vertical, horizontal in whole aeration tank 4, mix rapidly.
Claims (11)
1. the integrated aerating apparatus of the high-level efficiency for sewage disposal, it is characterized in that, by air compressor, pressurized air gas transmission piping, water surface Yue Shui aeration mechanism, the mechanism of blast aeration under water and under water stirring mechanism form, and pressurized air gas transmission piping is comprised of pressurized air gas transmission main, pressurized air gas transmission arm, and described pressurized air gas transmission main is connected and is vertically set on water body with air compressor; Water surface Yue Shui aeration mechanism turns axe schedule by aeration and forms, the aeration that described aeration turns axe schedule turns axe wheel and is provided with air inlet port and drives pore, described aeration turns axe wheel along the setting of pressurized air gas transmission branch interval, each aeration turns axe wheel core wheel pipe two ends and by the compressed air gas transmission of a rotary flange arm serial connection, is communicated with in a row respectively, the pressurized air gas transmission arm two ends sealing after serial connection; The mechanism of blast aeration is under water comprised of micro-pore aeration endless tube group, and micro-pore aeration endless tube group is comprised of to pipe connecting micropore endless tube and the micropore diameter of inside and outside connection; Stirring mechanism forms by stirring runner row under water, described stirring runner row's the runner that stirs is provided with air inlet port and drives pore, described stirring runner arranges along pressurized air gas transmission branch interval, each stirs runner core wheel pipe two ends respectively by the connection of the compressed air gas transmission of a rotary flange arm serial connection in a row, the pressurized air gas transmission arm two ends sealing after serial connection; Described water surface Yue Shui aeration mechanism turns the horizontally disposed pressurized air gas transmission of axe schedule arm by its aeration and is communicated with pressurized air gas transmission main top, is arranged on water surface; The mechanism of blast aeration is under water communicated with pressurized air gas transmission main to pipe connecting by its micropore diameter, is arranged in water body; The pressurized air gas transmission arm that stirring mechanism stirs the setting of runner row of horizontal by it is under water communicated with pressurized air gas transmission main, is separately positioned on aeration and turns between axe schedule and micro-pore aeration endless tube group, up and down between micro-pore aeration endless tube group.
2. the integrated aerating apparatus of a kind of high-level efficiency for sewage disposal according to claim 1, it is characterized in that, forming aeration that aeration turns axe schedule turns axe wheel and is comprised of core wheel pipe and axe shape cavity blade, blade upper end closed, its lower port is that inlet mouth is communicated with core wheel pipe spaced radial, drives pore to turn by aeration the same side that axe wheel turning direction is arranged on its each axe shape blade and arranges in column.
3. the integrated aerating apparatus of a kind of high-level efficiency for sewage disposal according to claim 2, is characterized in that, aeration turns on the axe shape blade of axe wheel and is provided with driving pore row phase dorsal surface the water pointed tooth that jumps.
4. the integrated aerating apparatus of a kind of high-level efficiency for sewage disposal according to claim 1, it is characterized in that, the swivel that aeration turns the rotary flange that axe wheel core wheel pipe two ends are connected with pressurized air gas transmission arm and aeration turn axe takes turns core wheel pipe end and is connected, its permanent joint is connected and fixed with corresponding pressurized air gas transmission arm, and each aeration turns axe wheel and around pressurized air gas transmission arm, rotates relative to permanent joint by swivel.
5. the integrated aerating apparatus of a kind of high-level efficiency for sewage disposal according to claim 1, it is characterized in that, the stirring runner that forms stirring runner row is comprised of core wheel pipe and stirring square tube, stirring square tube is cavity and upper end closed, its lower port is that inlet mouth is communicated with core wheel pipe spaced radial, drives pore to be arranged on the same side of respectively stirring square tube and to arrange in column by stirring runner turning direction.
6. the integrated aerating apparatus of a kind of high-level efficiency for sewage disposal according to claim 5, is characterized in that, stirs runner stirring square tube zygomorphy and is provided with stirrer gear, with the stirrer gear and driving pore staggered arrangement that drive pore ipsilateral.
7. the integrated aerating apparatus of a kind of high-level efficiency for sewage disposal according to claim 1, it is characterized in that, the swivel of the rotary flange that stirring runner core wheel pipe two ends are connected with pressurized air gas transmission arm is connected with stirring runner core wheel pipe end, its permanent joint is connected and fixed with corresponding pressurized air gas transmission arm, and each stirs runner and around pressurized air gas transmission arm, rotates relative to permanent joint by swivel).
8. the integrated aerating apparatus of a kind of high-level efficiency for sewage disposal according to claim 1, it is characterized in that, each endless tube of micro-pore aeration endless tube group is square or circular micropore endless tube, directly be communicated with or be communicated with through micro-pore aeration arm, the micropore pipe connecting being communicated with pressurized air gas transmission main radially arranges with endless tube in the micropore of center and is communicated with.
9. the integrated aerating apparatus of a kind of high-level efficiency for sewage disposal according to claim 1, is characterized in that, the aeration that is arranged on water surface turns axe schedule and is a word or cruciform, perpendicular to pressurized air gas transmission main, is communicated with its symmetrical chiasma.
10. the integrated aerating apparatus of a kind of high-level efficiency for sewage disposal according to claim 1, is characterized in that, the stirring runner row who is arranged in water body is a word or cruciform, perpendicular to pressurized air gas transmission main, is communicated with its symmetrical chiasma.
The integrated aerating apparatus of 11. a kind of high-level efficiency for sewage disposal according to claim 1, is characterized in that, pressurized air gas transmission main bottom is cecum.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320338058.8U CN203402968U (en) | 2013-06-09 | 2013-06-09 | High-efficiency integrated aerating device for sewage treatment |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320338058.8U CN203402968U (en) | 2013-06-09 | 2013-06-09 | High-efficiency integrated aerating device for sewage treatment |
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| CN203402968U true CN203402968U (en) | 2014-01-22 |
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| CN201320338058.8U Withdrawn - After Issue CN203402968U (en) | 2013-06-09 | 2013-06-09 | High-efficiency integrated aerating device for sewage treatment |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103332783A (en) * | 2013-06-09 | 2013-10-02 | 武汉市政工程设计研究院有限责任公司 | High-efficiency integral aerating device for sewage treatment |
| CN108862646A (en) * | 2018-05-25 | 2018-11-23 | 张秀英 | A kind of water treatment facilities |
| CN109111060A (en) * | 2016-08-16 | 2019-01-01 | 涂瑞强 | A kind of processing system of beneficiation wastewater |
| CN109985541A (en) * | 2019-05-22 | 2019-07-09 | 河南迪诺环保科技股份有限公司 | A kind of instant mixing arrangement of Ozone Water |
-
2013
- 2013-06-09 CN CN201320338058.8U patent/CN203402968U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103332783A (en) * | 2013-06-09 | 2013-10-02 | 武汉市政工程设计研究院有限责任公司 | High-efficiency integral aerating device for sewage treatment |
| CN109111060A (en) * | 2016-08-16 | 2019-01-01 | 涂瑞强 | A kind of processing system of beneficiation wastewater |
| CN109205950A (en) * | 2016-08-16 | 2019-01-15 | 涂瑞强 | A kind of processing system of beneficiation wastewater |
| CN108862646A (en) * | 2018-05-25 | 2018-11-23 | 张秀英 | A kind of water treatment facilities |
| CN109985541A (en) * | 2019-05-22 | 2019-07-09 | 河南迪诺环保科技股份有限公司 | A kind of instant mixing arrangement of Ozone Water |
| CN109985541B (en) * | 2019-05-22 | 2024-05-28 | 深圳杉源医疗科技有限公司 | Instant mixing device of ozone water |
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