CN203946950U - A kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device - Google Patents
A kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device Download PDFInfo
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- CN203946950U CN203946950U CN201420388953.5U CN201420388953U CN203946950U CN 203946950 U CN203946950 U CN 203946950U CN 201420388953 U CN201420388953 U CN 201420388953U CN 203946950 U CN203946950 U CN 203946950U
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Abstract
The utility model relates to a kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device.The technical scheme adopting is: comprise main reaction case, main reaction case upper end is provided with case lid, and light source bracket is connected with the movable upper end of main reaction case, and some light sources are installed on light source bracket, light source inserts in main reaction case, and the light source switch corresponding to each light source is installed on light source bracket; Be provided with Mobile biological phase carrier, Mobile biological phase carrier is flexibly connected with the inner chamber of main reaction case; The upper end of main reaction case is provided with thief hole, and lower end is provided with water outlet; Circulation line and circulation lift pump and main reaction case form the recycle system; Main reaction case is placed on temperature control unit.The utility model can be realized the photodegradation associating bio-degradation reactions of synchronous/asynchronous, association response and the temp. control function under anaerobic condition.
Description
Technical field
The utility model belongs to a kind of photodegradation associating bio-degradation reactions equipment technical field, particularly relates to synchronous/asynchronous photodegradation associating bio-degradation reactions device.
Background technology
Photodegradation is with biological treatment process integration as a kind of comparatively novel treatment process, and the synergy by between photodegradation and biological degradation, makes hardly degraded organic substance, processes efficiency of post treatment significantly promoted through two kinds of process integrations.Compare with traditional treatment process, photodegradation has made up the shortcoming of the two independent pollution degradation material with biological treatment combined degradation, and can give full play to photodegradation and biological process advantage separately, and more thorough to the processing of pollution substance in water body, efficiency is higher.Yet, the photodegradation or the photoproduction combined degradation conversion unit that exist at present have certain limitation, can only carry out the biodegradable reaction of independent photodegradation reaction or synchronizable optical degraded associating, and light source and light intensity be difficult to adjust, the reaction under anaerobic condition is difficult to carry out.
Summary of the invention
In order to address the above problem, the purpose of this utility model is to provide a kind of synchronous/asynchronous photodegradation and combines biodegradable reaction unit, and this reaction unit can be realized the photodegradation associating bio-degradation reactions of synchronous/asynchronous, association response and the temp. control function under anaerobic condition.
The purpose of this utility model is achieved through the following technical solutions: a kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device, comprise main reaction case, main reaction case upper end is provided with case lid, light source bracket is connected with the movable upper end of main reaction case, some light sources are installed on light source bracket, light source inserts in main reaction case, and the light source switch corresponding to each light source is installed on light source bracket; Be provided with Mobile biological phase carrier, Mobile biological phase carrier is flexibly connected with the inner chamber of main reaction case; The upper end of main reaction case is provided with thief hole, and lower end is provided with water outlet; Circulation line and circulation lift pump and main reaction case form the recycle system; Main reaction case is placed on temperature control unit.
Above-mentioned a kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device, nitrogengas cylinder is communicated with main reaction case by nitrogen pipeline.
Above-mentioned a kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device, inlet flume is communicated with main reaction case by suction culvert and water inlet lift pump.
Above-mentioned a kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device, is communicated with one end at suction culvert with main reaction case and is provided with de-aerator plant.
Above-mentioned a kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device, the both sides that de-aerator plant is connected with main reaction case with suction culvert are reticulated structure.
Above-mentioned a kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device, gas blower is by being communicated with main reaction case for airduct and aeration head.
Above-mentioned a kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device, temperature control unit is provided with temperature controlled switch and digital display screen.
Above-mentioned a kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device, vacuum pump is communicated with main reaction case by vacuum-lines.
The beneficial effects of the utility model are:
1. the utility model, can carry out the photodegradation associating biological degradation of synchronous and asynchronous.While carrying out synchronous photoproduction combined degradation, biophasic Mobile biological phase carrier will be housed when adding water sample and by dismountable case lid above reaction box, be placed in reaction box; During asynchronous reaction, if first carry out photodegradation experiment, can not insert Mobile biological phase carrier, in the time need carrying out biological related experiment, open top case lid and biophasic Mobile biological phase carrier will be housed again put into reaction box and carry out related experiment; If first carry out biological degradation experiment, can first close light source and biophasic Mobile biological phase carrier will be housed be placed in reaction box, during pending photodegradation, take out Mobile biological phase carrier and open light source.
2. the utility model, biophase carrier is packaged type, can be under optimum conditions direct culturing micro-organisms on biophase carrier.
3. the utility model, can, according to the difference of requirement of experiment, regulate light source and light intensity: light source is packaged type, can need to be dismantled, change according to physical condition; Each light source all has independent switch, can control required light intensity condition according to physical condition.
4. the utility model, can carry out the photoproduction combined degradation reaction under anaerobic condition: this device is provided with into water deaeration plant, nitrogen supply (NS) and vacuum pump apparatus, can carry out according to actual needs the combined degradation reaction under anaerobic condition.De-aerator plant is unlatching in the time of need to carrying out anaerobic reaction, and device is a case type container, in pipeline both sides, is mesh structure, reduces the impact of oxygen scavenger on reaction solution in main reaction case, in de-aerator plant, can add when needed the oxygen scavengers such as S-WAT, sodium sulphite.
5. the utility model, is provided with Temperature-controlled appliance, can regulate according to actual needs the temperature required condition of experiment.
Accompanying drawing explanation:
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the vertical view of the utility model main reaction case.
Fig. 3 is the utility model Mobile biological phase carrier inside biofacies structure schematic diagram.
Embodiment
As depicted in figs. 1 and 2, a kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device, comprises main reaction case (20), and main reaction case (20) upper end is provided with case lid (4).
Light source bracket (2) is connected with the movable upper end of main reaction case (20), the upper some light sources (3) of installing of light source bracket (2), light source (3) inserts in main reaction case (20), each light source (3) is provided with independently light source switch (1), and light source switch (1) is arranged on light source bracket (2).
Be provided with Mobile biological phase carrier (19), Mobile biological phase carrier (19) is flexibly connected with the inner chamber of main reaction case (20).When needs carry out biological degradation, as shown in Figure 3, biophase is put into Mobile biological phase carrier (19), open case lid Mobile biological phase carrier is put into reaction box; When not needing to carry out biological degradation, open case lid Mobile biological phase carrier is taken out in reaction box.
The upper end of main reaction case (20) is provided with thief hole (5), and lower end is provided with water outlet (14), and water outlet is convenient to get rid of reaction solution.
Circulation line (21) and circulation lift pump (22) and main reaction case (20) form the recycle system, according to actual needs, and mobility that can intensified response liquid.
Main reaction case (20) is placed on temperature control unit (23).Temperature control unit (23) is provided with temperature controlled switch (25) and digital display screen (26).Temperature control unit is controlled the actual required temperature of reaction solution in main reaction case, by the accurate control of temperature controlled switch (25) and digital display screen (26) realization response liquid temp.
Nitrogengas cylinder (8) is communicated with main reaction case (20) by nitrogen pipeline (9), for experimental anaerobic.
Inlet flume (10) is communicated with main reaction case (20) by suction culvert (12), water inlet lift pump (13) and de-aerator plant (11).De-aerator plant (11) is located at suction culvert (12) and is communicated with one end with main reaction case (20), and de-aerator plant (11) is reticulated structure with the both sides that suction culvert (12) is connected with main reaction case (20).
Gas blower (15) is by being communicated with main reaction case (20) for airduct (16) and aeration head (17), for aerobic experiment.
Vacuum pump (6) is communicated with main reaction case (20) by vacuum-lines (7).
Working process of the present utility model is:
During operation, according to actual needs, if need carry out the reaction under anaerobic condition, need to make formation anaerobic environment in main reaction case (20) by the effect of vacuum pump (6) and nitrogengas cylinder (8), in de-aerator plant (11), add the oxygen scavengers such as S-WAT again, guarantee to react and carry out in anaerobic environment.If need react, can open according to actual needs gas blower (15) under aerobic condition.The power of light intensity also can open or close the switch (1) of light source (3) according to actual needs.
Synchronously, the realization of asynchronous photoproduction combined degradation: while needing synchronous degraded, when adding water sample, detachable case lid (4) by Mobile biological phase carrier (19) by reaction box top is placed in reaction box, can realize synchronous photoproduction combined degradation reaction.While needing asynchronous reaction, if first carry out photodegradation experiment, can first not insert Mobile biological phase carrier (19), in the time need carrying out biological related experiment, mobile light source (3) and light source bracket (2), open case lid (4), then Mobile biological phase carrier (19) is placed in to main reaction case (20), put back to successively case lid (4) and light source bracket (2) and light source (3), carry out related experiment; If first carry out biological degradation experiment, can first close light source (3), Mobile biological phase carrier (19) is placed in to main reaction case (20), during pending photodegradation, take out it, carry out independent photodegradation reaction.
Claims (8)
1. bio-degradation reactions device is combined in a synchronous/asynchronous photodegradation, comprise main reaction case (20), main reaction case (20) upper end is provided with case lid (4), it is characterized in that: light source bracket (2) is connected with the movable upper end of main reaction case (20), the upper some light sources (3) of installing of light source bracket (2), light source (3) inserts in main reaction case (20), and the light source switch (1) corresponding to each light source (3) is installed on light source bracket (2); Be provided with Mobile biological phase carrier (19), Mobile biological phase carrier (19) is flexibly connected with the inner chamber of main reaction case (20); The upper end of main reaction case (20) is provided with thief hole (5), and lower end is provided with water outlet (14); Circulation line (21) and circulation lift pump (22) form the recycle system with main reaction case (20); Main reaction case (20) is placed on temperature control unit (23).
2. a kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device as claimed in claim 1, is characterized in that: nitrogengas cylinder (8) is communicated with main reaction case (20) by nitrogen pipeline (9).
3. a kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device as claimed in claim 1, is characterized in that: inlet flume (10) is communicated with main reaction case (20) by suction culvert (12) and water inlet lift pump (13).
4. a kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device as claimed in claim 3, is characterized in that: at suction culvert (12), be communicated with one end with main reaction case (20) and be provided with de-aerator plant (11).
5. a kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device as claimed in claim 4, is characterized in that: de-aerator plant (11) is reticulated structure with the both sides that suction culvert (12) is connected with main reaction case (20).
6. a kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device as claimed in claim 1, is characterized in that: gas blower (15) is by being communicated with main reaction case (20) for airduct (16) and aeration head (17).
7. a kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device as claimed in claim 1, is characterized in that: temperature control unit (23) is provided with temperature controlled switch (25) and digital display screen (26).
8. a kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device as claimed in claim 1, is characterized in that: vacuum pump (6) is communicated with main reaction case (20) by vacuum-lines (7).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420388953.5U CN203946950U (en) | 2014-07-15 | 2014-07-15 | A kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420388953.5U CN203946950U (en) | 2014-07-15 | 2014-07-15 | A kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device |
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| CN203946950U true CN203946950U (en) | 2014-11-19 |
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| CN201420388953.5U Active CN203946950U (en) | 2014-07-15 | 2014-07-15 | A kind of synchronous/asynchronous photodegradation associating bio-degradation reactions device |
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