CN203976545U - Laboratory Waste Water Treatment equipment - Google Patents
Laboratory Waste Water Treatment equipment Download PDFInfo
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- CN203976545U CN203976545U CN201420277090.4U CN201420277090U CN203976545U CN 203976545 U CN203976545 U CN 203976545U CN 201420277090 U CN201420277090 U CN 201420277090U CN 203976545 U CN203976545 U CN 203976545U
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- combination treatment
- pond
- ultraviolet
- sterilization
- strainer
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Abstract
A kind of Laboratory Waste Water Treatment equipment the utility model proposes, comprises combination treatment module, ultraviolet-sterilization module, filtering emission module and control module; Combination treatment module comprises combination treatment pond, vacuum pump, liquidometer, gas blower, aerator and chemicals feeder, ultraviolet-sterilization module comprises ultraviolet-sterilization pond, one-way cock and ultraviolet germicidal, between ultraviolet-sterilization pond and combination treatment pond, be provided with on the first dividing plate and the first dividing plate and be provided with one-way cock, ultraviolet germicidal is arranged on the inside in ultraviolet-sterilization pond; Filtering emission module comprises filtering basin and the first strainer, is provided with second partition and second partition is provided with overflow port between filtering basin and ultraviolet-sterilization pond, is also provided with discharge outlet and discharge outlet and is positioned at the first strainer below on filtering basin.The kinds of experiments chamber sewage treatment equipment the utility model proposes, it is simple in structure, and labour intensity is low, and processing efficiency height is effective.
Description
Technical field
The utility model relates to environmental technology field, relates in particular to a kind of Laboratory Waste Water Treatment equipment
Background technology
Along with economic development, the quantity in various laboratories is more and more.At present, pay attention to not for the waste water of all kinds of laboratories discharge, its pollution is usually out in the cold, particularly small-size laboratory.Laboratory is actually the small-sized source of pollution of a quasi-representative, and the waste water complicated component of discharge, contains a large amount of poisonous and harmful substances.A lot of laboratories are positioned at city, directly enter water drain and form crossed contamination.And the discharge of wastewater situation complexity in laboratory, can be divided into organic chemistry and the large class of inorganic chemistry two by chemical property.The composition difference of the Pollutants in Wastewater in laboratory of different nature.If directly adopt the pattern of industrialization sewage disposal to process, be difficult to the treatment effect that reaches desirable.At present, some Laboratory Waste Water Treatment equipment, labour intensity is large, and processing efficiency is low and effect is not ideal enough.
Utility model content
The technical problem existing based on background technology, the utility model proposes a kind of Laboratory Waste Water Treatment equipment, and it is simple in structure, and labour intensity is low, and processing efficiency height is effective.
A kind of Laboratory Waste Water Treatment equipment the utility model proposes, comprises combination treatment module, ultraviolet-sterilization module, filtering emission module and control module; Combination treatment module comprises combination treatment pond, vacuum pump, liquidometer, gas blower, aerator and chemicals feeder, combination treatment pond is provided with input aperture, vacuum pump for exhausted air connects combination treatment pond, liquidometer is arranged in the internal side wall of combination treatment pond, aerator is arranged on inside, combination treatment pond and is mounted on the gas blower of outside, combination treatment pond, for be arranged on the top in combination treatment pond to the chemicals feeder of combination treatment pond dosing; Ultraviolet-sterilization module comprises ultraviolet-sterilization pond, one-way cock and ultraviolet germicidal, is provided with on the first dividing plate and the first dividing plate and is provided with one-way cock between ultraviolet-sterilization pond and combination treatment pond, and ultraviolet germicidal is arranged on the inside in ultraviolet-sterilization pond; Filtering emission module comprises filtering basin and the first strainer, between filtering basin and ultraviolet-sterilization pond, be provided with second partition and second partition is provided with overflow port, the first strainer is arranged on the inside of filtering basin, overflow port is positioned at the top of the first strainer, is also provided with discharge outlet and discharge outlet and is positioned at the first strainer below on filtering basin; Control module connects liquidometer, vacuum pump, gas blower and chemicals feeder.
Preferably, combination treatment module also comprises the second strainer, and it is arranged on the input aperture place in combination treatment pond.
Preferably, ultraviolet germicidal is immerseable ultraviolet germicidal, its unsettled being arranged in ultraviolet-sterilization pond.
Preferably, the first strainer in filtering basin is removable strainer.
A kind of Laboratory Waste Water Treatment equipment that the utility model also proposes, comprises combination treatment module, ultraviolet-sterilization module, filtering emission module and control module; Combination treatment module comprises combination treatment pond, vacuum pump, liquidometer, gas blower, aerator and chemicals feeder, combination treatment pond is provided with input aperture and delivery port, vacuum pump for exhausted air connects combination treatment pond, liquidometer is arranged in the internal side wall of combination treatment pond, aerator is arranged on inside, combination treatment pond and is mounted on the gas blower of outside, combination treatment pond, for be arranged on the top in combination treatment pond to the chemicals feeder of combination treatment pond dosing; Ultraviolet-sterilization module comprises ultraviolet-sterilization pond, one-way cock and ultraviolet germicidal, ultraviolet-sterilization pond is provided with input aperture and delivery port, its input aperture connects combination treatment pond delivery port by the first pipeline and one-way cock is arranged on the first pipeline, and ultraviolet germicidal is arranged on the inside in ultraviolet-sterilization pond; Filtering emission module comprises filtering basin and the first strainer, filtering basin are provided with water-in and discharge outlet, water-in connects the delivery port in ultraviolet-sterilization pond by second pipe, the first strainer is arranged on the inside of filtering basin, and water-in and discharge outlet lay respectively at the above and below of the first strainer; Control module connects liquidometer, vacuum pump, gas blower and chemicals feeder.
Preferably, combination treatment module also comprises the second strainer, and it is arranged on the input aperture place in combination treatment pond.
Preferably, ultraviolet germicidal is immerseable ultraviolet germicidal, its unsettled being arranged in ultraviolet-sterilization pond.
Preferably, the first strainer in filtering basin is removable strainer.
When the utility model work, the air of opening in vacuum pump suction combination treatment pond forms negative pressure, waste water output channel connects the input aperture in combination treatment pond and under pressure action, injects waste water to combination treatment pond, thereby opening gas blower makes aerator aeration stir waste water, open chemicals feeder to dosing in combination treatment pond, under the stirring of aerator, medicament mixes with waste water and reacts, when showing in combination treatment pond liquid level, liquidometer acquires a certain degree while exceeding one-way cock, open one-way cock, liquid in combination treatment pond flows into ultraviolet-sterilization pond, ultraviolet germicidal carries out sterilization to external irradiation UV-light, mode with overflow after the water level in ultraviolet-sterilization pond rises to certain altitude enters filtering basin, liquid through medicament reaction and ultraviolet-sterilization is converged and is emitted by discharge outlet after the first strainer elimination residual contamination in filtering basin below the first strainer.The utility model is simple in structure, and labour intensity is low, and processing efficiency height is effective.In addition, in the utility model, also comprise control module, can make control module according to the signal control vacuum pump of liquidometer, gas blower and chemicals feeder work by arranging, realize more efficient accurate operating mode, also further reduce labour intensity simultaneously.
Brief description of the drawings
Fig. 1 is a kind of integral type Laboratory Waste Water Treatment equipment structure chart that the utility model embodiment 1 proposes;
Fig. 2 is the split type Laboratory Waste Water Treatment equipment structure chart of one that the utility model embodiment 2 proposes.
Embodiment
Fig. 1 is a kind of integral type Laboratory Waste Water Treatment equipment that the utility model embodiment 1 proposes, and this kind of Laboratory Waste Water Treatment equipment comprises combination treatment module, ultraviolet-sterilization module, filtering emission module and control module.
Combination treatment module comprises combination treatment pond 10, vacuum pump 12, liquidometer 13, gas blower 14, aerator 15 and chemicals feeder 16, combination treatment pond 10 is provided with input aperture for connecting waste water transfer lime, 10 input aperture places, combination treatment pond are provided with the second strainer 11, the second strainer 11 can prevent that solid-state pollution from entering combination treatment pond 10 and resulting in blockage etc. abnormal, vacuum pump 12 connects combination treatment pond 10 and makes waste water transfer lime in combination treatment pond 10, inject waste water under pressure action for the air construction negative pressure state of aspirating combination treatment pond 10, liquidometer 13 is arranged in 10 internal side wall of combination treatment pond for detection of the liquid level in combination treatment pond 10 demonstration, aerator 15 is arranged on combination treatment pond 10 gas blower 14 inner and that be mounted on 10 outsides, combination treatment pond and for the mode by aeration, the liquid in combination treatment pond 10 is stirred, the top that chemicals feeder 16 is arranged on combination treatment pond 10 is for to 10 dosings of combination treatment pond.
Ultraviolet-sterilization module comprises ultraviolet-sterilization pond 20, one-way cock 21 and ultraviolet germicidal 22, between ultraviolet-sterilization pond 20 and combination treatment pond 10, separate by the first dividing plate A1 and the first dividing plate A1 on be provided with one-way cock 21, one-way cock 21 flows into ultraviolet-sterilization pond 20 for the liquid of controlling combination treatment pond 10, ultraviolet germicidal 22 is immerseable ultraviolet germicidal, and its unsettled being arranged in ultraviolet-sterilization pond 20 is carried out sterilization to external irradiation ultraviolet ray.
Filtering emission module comprises filtering basin 30 and the first strainer 31, between filtering basin 30 and ultraviolet-sterilization pond 20, separate by second partition A2 and second partition A2 is provided with overflow port 301, liquid in ultraviolet-sterilization pond 20 enters filtering basin 30 by overflow port 301 in the mode of overflow, the first strainer 31 is arranged on the inside of filtering basin 30, overflow port 301 is positioned at the top of the first strainer 31, on filtering basin 30, be also provided with discharge outlet 302 and discharge outlet 302 and be positioned at the first strainer 31 belows, liquid converges in the bottom of filtering basin 30 and is discharged by discharge outlet 302 through the first strainer 31 after entering filtering basin 30 by overflow port 301, the first strainer 31 is for the residual medicament of elimination liquid, the first strainer 31 is selected removable strainer, be convenient to clean, avoid because the residual medicament accumulating affects filter effect.
Control module connects liquidometer 13, vacuum pump 12, gas blower 14 and chemicals feeder 16.In the present embodiment, both can operator manually control vacuum pump 12, gas blower 14 and chemicals feeder 16 and worked, and control module also can be set and automatically control vacuum pump 12, gas blower 14 and chemicals feeder 16 according to the detection signal of liquidometer 13 and work.The present embodiment adopts integral structure, takes up room little.
Fig. 2 is the split type Laboratory Waste Water Treatment equipment of one that the utility model embodiment 2 proposes, and this kind of Laboratory Waste Water Treatment equipment comprises combination treatment module, ultraviolet-sterilization module, filtering emission module and control module.
Combination treatment module comprises combination treatment pond 10, vacuum pump 12, liquidometer 13, gas blower 14, aerator 15 and chemicals feeder 16, combination treatment pond 10 is provided with input aperture and delivery port, 10 input aperture places, combination treatment pond are provided with the second strainer 11 and prevent that solid-state pollution from entering combination treatment pond 10 and resulting in blockage etc. abnormal, vacuum pump 12 connects combination treatment pond 10 and makes waste water transfer lime in combination treatment pond 10, inject waste water under pressure action for the air construction negative pressure state of aspirating combination treatment pond 10, liquidometer 13 is arranged in 10 internal side wall of combination treatment pond for detection of the liquid level in combination treatment pond 10 demonstration, aerator 15 is arranged on combination treatment pond 10 gas blower 14 inner and that be mounted on 10 outsides, combination treatment pond and for the mode by aeration, the liquid in combination treatment pond 10 is stirred, the top that chemicals feeder 16 is arranged on combination treatment pond 10 is for to 10 dosings of combination treatment pond.
Ultraviolet-sterilization module comprises ultraviolet-sterilization pond 20, one-way cock 21 and ultraviolet germicidal 22, ultraviolet-sterilization pond 20 is provided with input aperture and delivery port, its input aperture connects combination treatment pond 10 delivery ports by the first pipeline B1, it is upper for controlling the liquid inflow ultraviolet-sterilization pond 20 in combination treatment pond 10 that one-way cock 21 is arranged on the first pipeline B1, ultraviolet germicidal 22 is immerseable ultraviolet germicidal, and its unsettled being arranged in ultraviolet-sterilization pond 20 is carried out sterilization to external irradiation ultraviolet ray.
Filtering emission module comprises filtering basin 30 and the first strainer 31, filtering basin 30 are provided with water-in 301 ' and discharge outlet 302, water-in 301 ' connects the delivery port in ultraviolet-sterilization pond 20 by second pipe B2, liquid in ultraviolet-sterilization pond 20 enters filtering basin 30 by second pipe B2 in the mode of overflow, the first strainer 31 is arranged on the inside of filtering basin 30, water-in 301 ' and discharge outlet 302 lay respectively at the above and below of the first strainer 31, liquid converges in the bottom of filtering basin 30 and is discharged by discharge outlet 302 through the first strainer 31 after entering filtering basin 30 by water-in 301 ', the first strainer 31 is for the residual medicament of elimination liquid, the first strainer 31 is selected removable strainer, be convenient to clean, avoid because the residual medicament accumulating affects filter effect.
Control module connects liquidometer 13, vacuum pump 12, gas blower 14 and chemicals feeder 16.In the present embodiment, both can operator manually control vacuum pump 12, gas blower 14 and chemicals feeder 16 and worked, and control module also can be set and automatically control vacuum pump 12, gas blower 14 and chemicals feeder 16 according to the detection signal of liquidometer 13 and work.The present embodiment adopts split-type structural, assembles or put more flexible.
Above two kinds of embodiment are only structural difference, basic identical when its work.When work, open vacuum pump 12 and aspirate the air formation negative pressure in combination treatment pond 10, waste water output channel connects the input aperture in combination treatment pond and inject waste water to combination treatment pond 10 under pressure action, thereby opening gas blower 14 makes aerator 15 aerations stir waste water, open chemicals feeder 16 to dosing in combination treatment pond, under the stirring of aerator 15, medicament mixes with waste water and reacts, in the time that liquidometer 13 shows that in combination treatment pond 10, liquid level acquires a certain degree, open one-way cock 21, liquid in combination treatment pond 10 flows into ultraviolet-sterilization pond 20, ultraviolet germicidal 21 carries out sterilization to external irradiation UV-light, after rising to certain altitude, the water level in ultraviolet-sterilization pond 20 enters filtering basin 30 in the mode of overflow, liquid through medicament reaction and ultraviolet-sterilization is converged and is emitted by discharge outlet 302 after the first strainer 31 elimination residual contaminations in filtering basin 30 below the first strainer 31.The utility model is simple in structure, and labour intensity is low, first adopts ultraviolet-sterilization to carrying after adding medicament in waste water and reacting, and processing efficiency height is effective, and filtering emission has further ensured to discharge the quality of water especially.In addition, in the utility model, also comprise control module, can make control module work according to the signal control vacuum pump 12 of liquidometer 13, gas blower 14 and chemicals feeder 16 by arranging, realize more efficient accurate operating mode, also further reduce labour intensity simultaneously.
The above; it is only preferably embodiment of the utility model; but protection domain of the present utility model is not limited to this; any be familiar with those skilled in the art the utility model disclose technical scope in; be equal to replacement or changed according to the technical solution of the utility model and utility model design thereof, within all should being encompassed in protection domain of the present utility model.
Claims (8)
1. a Laboratory Waste Water Treatment equipment, is characterized in that, comprises combination treatment module, ultraviolet-sterilization module, filtering emission module and control module, combination treatment module comprises combination treatment pond (10), vacuum pump (12), liquidometer (13), gas blower (14), aerator (15) and chemicals feeder (16), combination treatment pond (10) is provided with input aperture, vacuum pump (12) for exhausted air connects combination treatment pond (10), liquidometer (13) is arranged in the internal side wall of combination treatment pond (10), aerator (15) is arranged on inside, combination treatment pond (10) and is mounted on the outside gas blower (14) in combination treatment pond (10), for be arranged on the top of combination treatment pond (10) to the chemicals feeder (16) of combination treatment pond (10) dosing, ultraviolet-sterilization module comprises ultraviolet-sterilization pond (20), one-way cock (21) and ultraviolet germicidal (22), between ultraviolet-sterilization pond (20) and combination treatment pond (10), be provided with on the first dividing plate (A1) and the first dividing plate (A1) and be provided with one-way cock (21), ultraviolet germicidal (22) is arranged on the inside of ultraviolet-sterilization pond (20), filtering emission module comprises filtering basin (30) and the first strainer (31), between filtering basin (30) and ultraviolet-sterilization pond (20), be provided with second partition (A2) and second partition (A2) is provided with overflow port (301), the first strainer (31) is arranged on the inside of filtering basin (30), overflow port (301) is positioned at the top of the first strainer (31), is also provided with discharge outlet (302) and discharge outlet (302) and is positioned at the first strainer (31) below on filtering basin (30), control module connects liquidometer (13), vacuum pump (12), gas blower (14) and chemicals feeder (16).
2. Laboratory Waste Water Treatment equipment as claimed in claim 1, is characterized in that, combination treatment module also comprises the second strainer (11), and it is arranged on the input aperture place in combination treatment pond (10).
3. Laboratory Waste Water Treatment equipment as claimed in claim 1, is characterized in that, ultraviolet germicidal (22) is immerseable ultraviolet germicidal, its unsettled being arranged in ultraviolet-sterilization pond (20).
4. Laboratory Waste Water Treatment equipment as claimed in claim 1, is characterized in that, the first strainer (31) in filtering basin (30) is removable strainer.
5. a Laboratory Waste Water Treatment equipment, is characterized in that, comprises combination treatment module, ultraviolet-sterilization module, filtering emission module and control module, combination treatment module comprises combination treatment pond (10), vacuum pump (12), liquidometer (13), gas blower (14), aerator (15) and chemicals feeder (16), combination treatment pond (10) is provided with input aperture and delivery port, vacuum pump (12) for exhausted air connects combination treatment pond (10), liquidometer (13) is arranged in the internal side wall of combination treatment pond (10), aerator (15) is arranged on inside, combination treatment pond (10) and is mounted on the outside gas blower (14) in combination treatment pond (10), for be arranged on the top of combination treatment pond (10) to the chemicals feeder (16) of combination treatment pond (10) dosing, ultraviolet-sterilization module comprises ultraviolet-sterilization pond (20), one-way cock (21) and ultraviolet germicidal (22), ultraviolet-sterilization pond (20) is provided with input aperture and delivery port, its input aperture connects combination treatment pond (10) delivery port by the first pipeline (B1) and one-way cock (21) is arranged on the first pipeline (B1) above, and ultraviolet germicidal (22) is arranged on the inside of ultraviolet-sterilization pond (20), filtering emission module comprises filtering basin (30) and the first strainer (31), filtering basin (30) are provided with water-in (301) and discharge outlet (302), water-in (301) connects the delivery port in ultraviolet-sterilization pond (20) by second pipe (B2), the first strainer (31) is arranged on the inside of filtering basin (30), and water-in (301) and discharge outlet (302) lay respectively at the above and below of the first strainer (31), control module connects liquidometer (13), vacuum pump (12), gas blower (14) and chemicals feeder (16).
6. Laboratory Waste Water Treatment equipment as claimed in claim 5, is characterized in that, combination treatment module also comprises the second strainer (11), and it is arranged on the input aperture place in combination treatment pond (10).
7. Laboratory Waste Water Treatment equipment as claimed in claim 5, is characterized in that, ultraviolet germicidal (22) is immerseable ultraviolet germicidal, its unsettled being arranged in ultraviolet-sterilization pond (20).
8. Laboratory Waste Water Treatment equipment as claimed in claim 5, is characterized in that, the first strainer (31) in filtering basin (30) is removable strainer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420277090.4U CN203976545U (en) | 2014-05-27 | 2014-05-27 | Laboratory Waste Water Treatment equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420277090.4U CN203976545U (en) | 2014-05-27 | 2014-05-27 | Laboratory Waste Water Treatment equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203976545U true CN203976545U (en) | 2014-12-03 |
Family
ID=51974009
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420277090.4U Expired - Fee Related CN203976545U (en) | 2014-05-27 | 2014-05-27 | Laboratory Waste Water Treatment equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203976545U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104860452A (en) * | 2014-05-27 | 2015-08-26 | 安徽华盛科技控股股份有限公司 | Laboratory waste water processing device |
-
2014
- 2014-05-27 CN CN201420277090.4U patent/CN203976545U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104860452A (en) * | 2014-05-27 | 2015-08-26 | 安徽华盛科技控股股份有限公司 | Laboratory waste water processing device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141203 Termination date: 20150527 |
|
| EXPY | Termination of patent right or utility model |