CN203333427U - Ultrasonic synergistic oxidation sewage treatment device - Google Patents
Ultrasonic synergistic oxidation sewage treatment device Download PDFInfo
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- CN203333427U CN203333427U CN2013204091369U CN201320409136U CN203333427U CN 203333427 U CN203333427 U CN 203333427U CN 2013204091369 U CN2013204091369 U CN 2013204091369U CN 201320409136 U CN201320409136 U CN 201320409136U CN 203333427 U CN203333427 U CN 203333427U
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Abstract
The utility model relates to an ultrasonic synergistic oxidation sewage treatment device which is composed of a grating groove, an adjusting tank, an ultrasonic synergistic oxidation system, an accelerated oxidation reaction system, a standing reaction sediment system, a medicine feeding device and a control table. The grating groove, the adjusting tank, the ultrasonic synergistic oxidation system, the accelerated oxidation reaction system, the standing reaction sediment system, the medicine feeding device and the control table are connected through water inlet pipes and water outlet pipes, an adjusting lift pump is arranged in the adjusting tank, a PH reactor, a front-mounted synergistic catalytic oxidation generator and a back-mounted synergistic catalytic oxidation generator are arranged in the ultrasonic synergistic oxidation system, blenders and sensors are arranged on an A tank reaction zone, a B tank reaction zone and a C tank reaction zone in the accelerated oxidation reaction system, junction boxes, water inlet electromagnetic bodies, electromagnetic valves, water discharge pumps and aerator pipes are arranged on a standing A reaction zone, a standing B reaction zone and a standing C reaction zone in the standing reaction sediment system, sulfuric acid medicine feeding openings are formed in the water outlet pipes, and outlet water after standing is aseptic, non-toxic, tasteless, colorless, clear, transparent, superior to the national standard, capable of being discharged or recycled and suitable for purifying hospital wastewater, sanitary wastewater, industrial wastewater and wastewater in rivers and lakes.
Description
Technical field
The utility model relates to sewage disposal device, particularly a kind of ultrasonic synergistic oxidized wastewater treatment equipment.
Background technology
Sewage disposal adopts the traditional technology of biochemistry+sterilization for a long time, and construction investment is large, and floor space is large, and energy consumption is high, and working cost is high, and management difficulty is large.And be difficult to high density, difficult degradation hazardous and noxious substances in the trade effluents such as degraded chemical industry, pharmacy, printing and dyeing, add the migration of pollutent in environment, tap water micro-pollution, Blue Algae Event break out urgency and the sense of urgency of having aggravated Pollution abatement.
Summary of the invention
The purpose of this utility model is to provide a kind of ultrasonic synergistic oxidized wastewater treatment equipment, this equipment can make sewage complete cavitation effect, mechanical shearing, cohesion in equipment, and then interrupt the organic molecule long-chain, become small molecules, promote pollutent in sewage to realize oxidation, absorption in mixing, separating, flocculate, help solidifying, sterilization, the treating processes such as deodorizing, without two settling tanks, the wastewater disinfection pond, mud sterilizing ovum pond, separately do not establish sterilization equipment yet, waste gas treatment equipment, its advantage is more outstanding, and treatment effect is particularly remarkable.
Formation of the present utility model: a kind of ultrasonic synergistic oxidized wastewater treatment equipment, by frame trough, equalizing tank, the ultrasonic synergistic oxidation system, the accelerated oxidation reactive system, the standing and reacting settling system, medicine machine and supervisory control desk form, it is characterized in that: equalizing tank is connected with the frame trough of front, sewage inlet is arranged on frame trough, install in equalizing tank and regulate lift pump, by regulating the lift pump rising pipe, with the water inlet pipe A on PH reactor in the ultrasonic synergistic oxidation system, be connected, the PH reactor is connected with the water inlet pipe B on preposition concerted catalysis pneumatogen by rising pipe A, preposition concerted catalysis pneumatogen is connected with the water inlet pipe C on rearmounted concerted catalysis pneumatogen by rising pipe B, rearmounted concerted catalysis pneumatogen is connected with the A pond reaction zone in the accelerated oxidation reactive system by rising pipe C, A pond reaction zone, passed through water threeway A between B pond reaction zone and C pond reaction zone, crossing water threeway B is communicated with, C pond reaction zone passed through the quiet A reaction zone in water threeway C and standing and reacting settling system, water inlet pipe D on quiet B reaction zone and quiet C reaction zone is communicated with.
Grid is arranged in frame trough; Liquidometer is arranged on equalizing tank.
On adjusting lift pump rising pipe, vacuum breaker, variable valve and sulfuric acid dosing mouth A are arranged, on PH reactor rising pipe A, sulfuric acid dosing mouth B is arranged, on preposition concerted catalysis pneumatogen rising pipe B, sulfuric acid dosing mouth C is arranged.
On the reaction zone of A pond, there are sulfuric acid dosing mouth D, stirrer A and PH sensor to stretch in the reaction zone of A pond, in B pond reaction zone and C pond reaction zone, are respectively equipped with stirrer B and stirrer C.
Terminal box, water inlet pipe D, water inlet electromagnetism A, quiet A magnetic valve and quiet A wet-pit are arranged on quiet A reaction zone, at quiet A reaction zone inner bottom part, aeration tube A is housed; Terminal box, water inlet electromagnetism B, quiet B magnetic valve and quiet B wet-pit are arranged on quiet B reaction zone, at quiet B reaction zone inner bottom part, aeration tube B is housed; Terminal box, water inlet electromagnetism C, quiet C magnetic valve and quiet C wet-pit are arranged on quiet C reaction zone, at quiet C reaction zone inner bottom part, aeration tube C is housed.
Compared with the prior art, the utlity model has following characteristics:
1, level of automation is high, and treatment effect is stable
This equipment is operation automatically under the condition without the special messenger guard; be not subject to the impact of the impact loads such as water peak, water quality, water temperature; accomplished the sewage Auto Power On; without the sewage auto stop; sewage quantity increases the processing frequency and automatically accelerates; sewage quantity reduces the round-the-clock processes such as running frequency slows down automatically, accomplishes unmanned, without the personal management.
2, construction investment is few, and floor space is little
This equipment and traditional technology relatively, can be by sewage disposals; Wastewater disinfection; Off gas treatment; Mud sterilizing ovum four is integrated, and does not establish second pond, sand filter, sterilization pool, and also, without chlorine dioxide generator, waste gas treatment equipment, mud sterilizing ovum pond, floor space is little, and construction investment is few, meets various sewage disposal requirements.
3, treatment effect is good, and running cost is low
This equipment interrupts the organic molecule long-chain and becomes small molecules under cavitation effect, mechanical shearing, cohesion; accelerating pollutent reaches absorption in the process of synergistic oxidation, flocculates, helps the whole processes such as solidifying, disinfection, deodorizing and the ovum that goes out; separately do not establish sterilisation system; do not consume tap water yet; purified pollution; protect environment, saved resource, deeply be subject to expert, scholar and user's favorable comment.
4, convenient management, safe and reliable
This equipment and oxygenant associated treatment sewage, be not afraid of variation water quality, is not subject to Water Temperature, need not cultivate biology, as long as once harmonize, can guarantee that treatment effect remains unchanged for a long period of time, and makes managerial personnel time saving and energy saving, only with a people, just be concurrently in charge of and can finish the work.
5, sterilization speed is fast, the algae removal ability is strong
This equipment can bring out the chemical reaction of similar burning, promote strong oxygen penetration stain molecule, extremely strong to bacterium and algae kill capability, complete disinfection when disposing of sewage, and after blue-green algae broken in algae removal is converged to sedimentation, fast separating solid from liquid, avoid the blue-green algae accident to occur, and for river management, will produce society, the economy and environment benefit caused a sensation.
6, EM equipment module, be convenient to extend from now on
This equipment can be widely used in municipal wastewater, trade effluent, biotope sewage, sewage disposal of hospital, and the part also can be used as in any technique is applied processing, can build according to different scales, different landform in batches.Be particularly suitable for sewage disposal to small-sized decentralized development, directly block and pollute source, save in urban construction and bury huge underground pipeline network underground, floor space is large, fund input is large, buried huge hidden danger to society and country and urban construction, so this equipment is undoubtedly the optimal selection of small-sized dispersed modules sewage disposal.
7, do not improve the soil and build, variable flow not, upgrading old sewerage
This equipment can support the use with any old sewage treatment project, do not changing former technical process, under the condition in not overhaul civil engineering pond, complete the upgrading of various old sewage treatment projects, can thoroughly solve in old sewage treatment project effluent quality poor, denitrogenation is bad except selecting effect for a post, the series of problems such as heavy metals exceeding standard, avoid the migration of pollutent in environment in sewage, avoid underground drinking water source to suffer micro-pollution because of the contaminant infiltration in sewage, avoid water quality eutrophy outburst Blue Algae Event, avoid underground water, rivers, lake water quality is smelly, the pollution incidents such as blackout.
Old sewage treatment project effluent quality after upgrading is better than GB, can in water reuse or qualified discharge, for utilizing water resources, protection of the environment, bring benefit to the mankind, and is again a large advantage.
8, simple to operate, easy for installation
This equipment broad spectrum is strong, turndown ratio is large, can be in operation to open and stop not affect outlet effect, simple and quick, easy for installation rapidly, for pollution treatment as early as possible provides guarantee.
9, device structure
The ultrasonic synergistic oxidized wastewater treatment equipment is mainly by the ultrasonic synergistic oxidation system; The accelerated oxidation reactive system; Standing oxidation precipitation system; Medicine machine; The compositions such as supervisory control desk, take up an area littlely, easy for installation, is typical complete sewage disposal device.
10, equipment principle
(1) ultimate principle
The ultrasonic synergistic oxidized wastewater treatment equipment is fully used for reference sewage microwave treatment method; The ultrasonication method; Chemical oxidization method; Wet oxidation process; Supercritical oxidation process; The photochemical oxidation method; Flocculation helps solidifying adsorption and sedimentation method; The design techniques of sterilization and disinfection method and interstitial treatment technique and the sewage disposal new installation that develops.
Sewage enters the ultrasonic synergistic oxidation system, oxidizing reaction produces exothermic effect and improves temperature, improve vapour pressure, realize cavitation, and the oxidation reinforced reaction of Cooperative oxidant, in strong oxidation reaction process, inorganic gas is water-soluble, reduced the cavitation territory, more be conducive to the formation of cavitation effect, cavitation bubble collapses the particle that can make sound bearing medium while going out and produces very large momentary velocity acceleration, cause that violent vibration forms powerful fluid mechanics shearing force, make the carbon bond fracture on macromolecular main chain become small molecules, also bring out the free radical penetrating small-molecular, strengthen the contact probability of sewage and oxide compound and free radical, free radical (OH yl) has very strong oxidation capacity, there is very high redox potential, there is very strong oxidisability, strong oxidation greatly improves the oxidation capacity of pollutent in sewage and reacts quick-acting.Heavy metal ions in sewage or metallic compound and oxide compound and oxygenant etc. produce strong katalysis to the degradation process of pollutent, and then accelerated chemical reaction velocity, accelerated reaction has guaranteed the triangular sufficient space of pollutent and free radical and oxygenant and time, make pollutent obtain abundant charing in strong oxygen process, carbide realizes adsorbing, flocculating, help the processes such as solidifying in standing sedimentation with mud, water outlet after standing filtration is aseptic nontoxic, tasteless colourless, as clear as crystal, be better than GB, can discharge or reuse.
Germ virus in sewage is killed in the lump in pollutent in synergistic oxidation sewage, without separately building sterilization pool, does not also separately purchase sterilization equipment.
Toxic and harmful in pollutent, is handled together waste gas in synergistic oxidation sewage, does not separately build exhaust-gas treatment facilities, does not also separately purchase waste gas treatment equipment.
Parasitic ovum in mud and germ virus are killed in the lump when synergistic oxidation is disposed of sewage middle pollutent, efflux in mud and there is no parasitic ovum, virus is free from germs, do not have peculiar smell to produce, living mosquitos and flies hereby not, non-secondary pollution, and sludge concentration is high, is convenient to mummification, press filtration and outward transport and processes.
(2) close the technology of building
This equipment is by the synergistic oxidation to sewage, produce the very strong free radical (OH yl) of oxidation capacity, free radical has very high redox potential, there is very strong oxidisability, strong oxidation greatly improves the oxidation capacity of pollutent in sewage and reacts quick-acting, has shortened the sewage disposal flow process, has reduced the sewage disposal time, accelerate the sewage disposal progress, saved the sewage disposal occupation of land.
Metal ion in the strong oxidation sewage of this equipment or metallic compound and oxide compound etc. produce strong katalysis to the degradation process of pollutent, and then have accelerated chemical reaction velocity, have improved sewage treating efficiency.
This device processes sewage, collapsing while going out the particle that can make sound bearing medium at cavitation bubble produces very large momentary velocity and accelerates, cause that violent vibration forms powerful fluid mechanics shearing force, can make the carbon bond fracture on macromolecular main chain, and then complete polymer degraded and macromolecules degradation is small molecules, for oxidation by force provides favourable condition.
Because the synergy of ultrasonic wave and oxygenant produces strong oxidizing reaction, the exothermic effect that strong oxidizing reaction produces has further done temperature high, improved vapour pressure, more easily realize cavitation, add that in strong oxidation reaction process, inorganic gas is water-soluble, reduced the cavitation territory, be conducive to the formation of cavitation effect, further form the hydromeehanics shearing force, created favourable condition more for disposing of sewage.
This device processes sewage, because collapsing the instantaneous acceleration of going out, cavitation bubble produces high vibration, bring out free radical and oxygenant osmosis pollution molecule, strengthen the contact probability of sewage and free radical and oxygenant, effectively strengthen wastewater treatment efficiency, COD, BOD, SS, TN, TP, colourity and each heavy metal species and hardly degraded organic substance are had to good removal effect.
the strengthening reaction, fast degradation
This equipment has guaranteed the triangular enough reaction compartments of pollutent and free radical and oxygenant and oxidization time, in sewage, large multi-pollutant COD, BOD, SS, TN, TP, colourity and each heavy metal species and hardly degraded organic substance are managed by the processing that further strengthened, fast degradation at this.
staticly settle, filter water outlet
Complete absorption in the standing process of this equipment, flocculate, help solidifying, separation, the process such as rapid precipitation, three grades of standing device alternate runs, continuous effluent, the water outlet after standing is aseptic nontoxic, tasteless colourless, as clear as crystal, but reuse or discharge.
Be sunken to standing filter plant bottom under the mud produced in sewage treatment process, sludge concentration is high, sludge drainage system is delivered to the mud of high density sludge drying pond or press filtration machine room automatically, efflux in mud there is no parasitic ovum, virus is free from germs, do not have peculiar smell to produce, living mosquitos and flies hereby not, non-secondary pollution.
Adopt this device processes sewage, because processing speed is accelerated, do not need second pond, sterilization pool, also without sterilization equipment and waste gas treatment equipment, shortened the sewage disposal time greatly, shortened the sewage disposal flow process, saved sewage disposal and taken up an area land for building.
reduce cost, shortening duration of a project
With this device processes sewage, without building huge pond and laying complicated pipe network, do not need separately to establish settling tank, sterilization pool and sterilization equipment and waste gas treatment equipment yet, civil engineering is simple, facility compact, convenience quick for installation, greatly reduce civil engineering and invest and shorten the duration of a project.
Adopt this device processes sewage, need not cultivate biology, not limited by water temperature, be not subject to the impact of influent concentration and impact load, there is no numerous and diverse debugging and the on-line debugging stage of a plurality of unit, only need debugging can enter continuous operation in several days.
The accompanying drawing explanation
Accompanying drawing is structural representation of the present invention.
1. sewage inlets in figure, 2. frame trough, 3. equalizing tank, 4. regulate the lift pump rising pipe, 5. sulfuric acid dosing mouth A, 6. water inlet pipe A, 7. rising pipe A, 8. sulfuric acid dosing mouth B, 9. water inlet pipe B, 10. rising pipe B, 11. sulfuric acid dosing mouth C, 12. water inlet pipe C, 13. rising pipe C, 14. stirrer A, 15.PH sensor, 16. scavenging agent reserved opening, 17. stirrer B, 18. stirrer C, 19. terminal box, 20. water inlet pipe D, 21. water inlet electromagnetism A, 22. quiet A magnetic valve, 23 quiet A wet-pits, 24. water inlet electromagnetism B, 25. quiet B magnetic valve, 26. quiet B wet-pit, 27. water inlet electromagnetism C, 28. quiet C magnetic valve, 29. quiet C wet-pit, 30. grid, 31. liquidometer, 32. adjusting lift pump, 33. PH reactor, 34. preposition concerted catalysis pneumatogen, 35. rearmounted concerted catalysis pneumatogen, 36. sulfuric acid dosing mouth D, 37.A pond reaction zone, 38. cross water threeway A, 39.B pond reaction zone, 40. cross water threeway B, 41.C pond reaction zone, 42. cross water threeway C, 43. quiet A reaction zone, 44. aeration tube A, 45. aeration tube B, 46. quiet B reaction zone, 47. aeration tube C, 48. quiet C reaction zone.
Embodiment
As shown in the figure, a kind of ultrasonic synergistic oxidized wastewater treatment equipment, by frame trough, equalizing tank, the ultrasonic synergistic oxidation system, the accelerated oxidation reactive system, the standing and reacting settling system, medicine machine and supervisory control desk form, it is characterized in that: equalizing tank 3 is connected with the frame trough 2 of front, sewage inlet 1 is arranged on frame trough, regulate lift pump 32 in the interior installation of equalizing tank 3, by regulating lift pump rising pipe 4, with the water inlet pipe A6 on PH reactor 33 in the ultrasonic synergistic oxidation system, be connected, PH reactor 33 is connected with the water inlet pipe B9 on preposition concerted catalysis pneumatogen 34 by rising pipe A7, preposition concerted catalysis pneumatogen 34 is connected with the water inlet pipe C12 on rearmounted concerted catalysis pneumatogen 35 by rising pipe B10, rearmounted concerted catalysis pneumatogen 35 is connected with the A pond reaction zone 37 in the accelerated oxidation reactive system by rising pipe C13, A pond reaction zone 37, passed through water threeway A38 between B pond reaction zone 39 and C pond reaction zone 41, crossing water threeway B40 is communicated with, C pond reaction zone 41 passed through the quiet A reaction zone 43 in water threeway C42 and standing and reacting settling system, water inlet pipe D20 on quiet B reaction zone 46 and quiet C reaction zone 48 is communicated with.
Grid 30 is arranged in frame trough 2; Liquidometer 31 is arranged on equalizing tank 3.
On adjusting lift pump rising pipe 4, vacuum breaker, variable valve and sulfuric acid dosing mouth A5 are arranged, on PH reactor rising pipe A7, sulfuric acid dosing mouth B8 is arranged, on preposition concerted catalysis pneumatogen rising pipe B10, sulfuric acid dosing mouth C11 is arranged.
On A pond reaction zone 37, there are sulfuric acid dosing mouth D36, stirrer A14 and PH sensor 15 to stretch in A pond reaction zone 37, in B pond reaction zone 39 and C pond reaction zone 41, are respectively equipped with stirrer B17 and stirrer C18.
Terminal box 19, water inlet pipe D20, water inlet electromagnetism A21, quiet A magnetic valve 22 and quiet A wet-pit 23 are arranged on quiet A reaction zone 43, at quiet A reaction zone 43 inner bottom parts, aeration tube A44 is housed; Terminal box 19, water inlet electromagnetism B24, quiet B magnetic valve 25 and quiet B wet-pit 26 are arranged on quiet B reaction zone 46, at quiet B reaction zone 46 inner bottom parts, aeration tube B45 is housed; Terminal box 19, water inlet electromagnetism C27, quiet C magnetic valve 18 and quiet C wet-pit 29 are arranged on quiet C reaction zone 48, at quiet C reaction zone 48 inner bottom parts, aeration tube C47 is housed.
Claims (5)
1. a ultrasonic synergistic oxidized wastewater treatment equipment, by frame trough, equalizing tank, the ultrasonic synergistic oxidation system, the accelerated oxidation reactive system, the standing and reacting settling system, medicine machine and supervisory control desk form, it is characterized in that: equalizing tank (3) is connected with the frame trough (2) of front, sewage inlet (1) is arranged on frame trough, install in equalizing tank (3) and regulate lift pump (32), by regulating lift pump rising pipe (4) and water inlet pipe A(6 on pH reactor (33) in the ultrasonic synergistic oxidation system) be connected, pH reactor (33) is by rising pipe A(7) with water inlet pipe B(9 on preposition concerted catalysis pneumatogen (34)) be connected, preposition concerted catalysis pneumatogen (34) is by rising pipe B(10) with water inlet pipe C(12 on rearmounted concerted catalysis pneumatogen (35)) be connected, rearmounted concerted catalysis pneumatogen (35) is by rising pipe C(13) with the A pond reaction zone (37) in the accelerated oxidation reactive system, be connected, A pond reaction zone (37), passed through water threeway A(38 between B pond reaction zone (39) and C pond reaction zone (41)), cross water threeway B(40) be communicated with, C pond reaction zone (41) passed through water threeway C(42) with the standing and reacting settling system in quiet A reaction zone (43), water inlet pipe D(20 on quiet B reaction zone (46) and quiet C reaction zone (48)) be communicated with.
2. ultrasonic synergistic oxidized wastewater treatment equipment according to claim 1, is characterized in that: grid (30) is arranged in frame trough (2); Liquidometer (31) is arranged on equalizing tank (3).
3. ultrasonic synergistic oxidized wastewater treatment equipment according to claim 1, it is characterized in that: on adjusting lift pump rising pipe (4), vacuum breaker, variable valve and sulfuric acid dosing mouth A(5 are arranged), at pH reactor rising pipe A(7) on sulfuric acid dosing mouth B (8) is arranged, at preposition concerted catalysis pneumatogen rising pipe B(10) on sulfuric acid dosing mouth C(11 is arranged).
4. ultrasonic synergistic oxidized wastewater treatment equipment according to claim 1, it is characterized in that: sulfuric acid dosing mouth D(36 is arranged on A pond reaction zone (37)), stirrer A(14) and pH sensor (15) stretch in A pond reaction zone (37), be respectively equipped with stirrer B(17 in B pond reaction zone (39) and C pond reaction zone (41)) and stirrer C(18).
5. ultrasonic synergistic oxidized wastewater treatment equipment according to claim 1, it is characterized in that: terminal box (19), water inlet pipe D(20 are arranged on quiet A reaction zone (43)), water inlet electromagnetism A(21), quiet A magnetic valve (22) and quiet A wet-pit (23), at quiet A reaction zone (43) inner bottom part, aeration tube A(44 is housed); Terminal box (19), water inlet electromagnetism B(24 are arranged on quiet B reaction zone (46)), quiet B magnetic valve (25) and quiet B wet-pit (26), at quiet B reaction zone (46) inner bottom part, aeration tube B(45 is housed); Terminal box (19), water inlet electromagnetism C(27 are arranged on quiet C reaction zone (48)), quiet C magnetic valve (28) and quiet C wet-pit (29), at quiet C reaction zone (48) inner bottom part, aeration tube C(47 is housed).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013204091369U CN203333427U (en) | 2013-07-10 | 2013-07-10 | Ultrasonic synergistic oxidation sewage treatment device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013204091369U CN203333427U (en) | 2013-07-10 | 2013-07-10 | Ultrasonic synergistic oxidation sewage treatment device |
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| CN203333427U true CN203333427U (en) | 2013-12-11 |
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| CN2013204091369U Expired - Fee Related CN203333427U (en) | 2013-07-10 | 2013-07-10 | Ultrasonic synergistic oxidation sewage treatment device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103395920A (en) * | 2013-07-10 | 2013-11-20 | 贵州长城环保科技有限公司 | Ultrasonic synergistic oxidation wastewater treatment equipment |
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2013
- 2013-07-10 CN CN2013204091369U patent/CN203333427U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103395920A (en) * | 2013-07-10 | 2013-11-20 | 贵州长城环保科技有限公司 | Ultrasonic synergistic oxidation wastewater treatment equipment |
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Granted publication date: 20131211 Termination date: 20150710 |
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