CN205340464U - High -efficient water saving fixtures system that removes water smoke and retrieve industrial water - Google Patents
High -efficient water saving fixtures system that removes water smoke and retrieve industrial water Download PDFInfo
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- CN205340464U CN205340464U CN201620090393.4U CN201620090393U CN205340464U CN 205340464 U CN205340464 U CN 205340464U CN 201620090393 U CN201620090393 U CN 201620090393U CN 205340464 U CN205340464 U CN 205340464U
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- water
- condensing means
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- washing condensing
- water receiving
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Abstract
The utility model relates to a high -efficient water saving fixtures system that removes water smoke and retrieve industrial water, including gathering the formula system of condensing, two -stage inertia piece -rate system and condensate return system. Gather the formula system of condensing and wash condense device, water receiving grid tray and water receiving tank including spraying, the device that condenses, wave form inertia separator, silk screen defroster are washed including regurgitating drip washing to two -stage inertia piece -rate system, condensate return system contains condensate water conveying line, the pond is stored to the condensate water. Gather the formula system of condensing and two -stage inertia piece -rate system is arranged in the cooling tower, condensate water drainage pipe, spray the washing condense the device, regurgitate drip washing and wash condense device and water receiving tank washing unit and be connected to the condensate water through condensate water conveying line and store the pond. The utility model discloses the effect of effectively breaking in the water smoke various power between the hydrone prevents the water smoke water droplet exhaust gas inlet pipeline that flows back that condenses, retrieves industrial water, reaches resource recycling's purpose.
Description
Technical field
This utility model belongs to the new and high technology in the water saving field that the cooling tower spray of the industries such as environmental technology field and chemical industry, oil refining, Coal Chemical Industry, building materials, the thermoelectricity that dry materials waste gas administers containing a large amount of water smokes is administered, and refers more particularly to a kind of efficient water-removing mist and reclaims the water saving fixtures system of water for industrial use.
Background technology
Owing to economic speedup develops, chemical industry, oil refining, Coal Chemical Industry, building materials, the development of the industries such as thermoelectricity is also very rapid, adopt the technological equipment fallen behind to pursue developing rapidly of industrial undertaking and cause that environmental disruption is violent, environmental pollution is serious, haze pollutes the most area that affects the whole country, water resource waste especially severe, pollute for such rugged environment and environmental conservation is brought up to strategic position by water resource waste problem country, advocate energy-conservation, environmental protection, water saving and utilization of waste as resource, keep under strict control biomass, present situation that coal directly burns and the behavior of waste water resource and contaminated environment.
The dry materials of the industries such as chemical industry, oil refining, Coal Chemical Industry, building materials, thermoelectricity is that the heat produced using biomass, coal burning carries out as thermal source, containing SO in the flue gas that biomass, coal burning produce2、N2、H2O、CO2Deng gas and solid particulate matter, by the H in material in dry materials process2O is heated by thermal source and becomes steam spilling mutually, and the fine fraction solid particulate matter in material is also by H simultaneously2O heats vaporizing section by thermal source and takes out of, biomass, when the waste gas that the flue gas of coal burning generation and dry materials produce directly discharges, floss hole has a large amount of water smoke, water smoke forms stable " aerosol " state with the waste gas of dry evaporation, it is somebody's turn to do the saturation that " aerosol " is particulate fluidization, along with temperature raises, particulate fluidization state is more stable, temperature be increased to water smoke completely from liquid conversion be gaseous state namely become gaseous state mutually time, namely water smoke eliminate, but waste gas forms again water smoke after discharging chance cold conditions air and is difficult to remove, water smoke entrained fines level solid particulate matter simultaneously, discharge drum surrounding area acid rain, aqueous vapor, particulate matter shrouds, very contaminated environment.Here it is we have seen that the factory chimney of the industries such as chemical industry, oil refining, Coal Chemical Industry, building materials, thermoelectricity discharges phenomenon and the harm of a large amount of water smokes, the haze in North China, northwest, northeast and the whole nation has relatively Important Relations with this.
Coal Chemical Industry, Thermal Power Generation Industry fresh water (FW) cooling tower top water smoke shrouds, periphery is filled the air by water smoke, water smoke and air form stable " aerosol " state, it is somebody's turn to do the saturation that " aerosol " is particulate fluidization, along with temperature raises, particulate fluidization state is more stable, temperature be increased to water smoke completely from liquid conversion be gaseous state namely become gaseous state mutually time, namely water smoke eliminate, but this process is with Coal Chemical Industry, the cooling tower outlet water smoke of Thermal Power Generation Industry fresh water (FW) elegant relatively remote after could disappear, process is combined formation acid rain drippage with the waste gas of plant emissions, surrounding enviroment destroying infection is bigger, a large amount of waste water resources simultaneously.
Owing to current domestic economy quickly grows; cause that environmental pollution is serious, environment for human survival destruction is violent; haze weather is frequent; haze weather serious harm health; the requirement of Environmental protection is more strict, therefore it is required that the tail gas of industrial discharge must be carried out appropriate process, and must take into sustainable economic development; necessary using water wisely, recycles as much as possible to industrial wastewater.Domestic at present, though the industry discharge water smoke waste gas such as chemical industry, oil refining, Coal Chemical Industry, building materials, thermoelectricity being known, its harm is relatively big, but treatment technology is ripe not enough and perfect, fund input is also longer for return period.
Utility model content
In order to solve the problems referred to above, this utility model provides a kind of efficient water-removing mist and reclaims the water saving fixtures system of water for industrial use, break chemical industry, oil refining, Coal Chemical Industry, building materials, the water smoke of the industry discharges such as thermoelectricity or material dry " aerosol " state of the waste gas composition of a large amount of dust-laden water smokes of discharge, eliminate water smoke that cooling tower discharges or material dry discharge a large amount of dust-laden water smokes waste gas in Van der Waals force between hydrone, the effect of the various power such as the gravitation between molecule, the water smoke discharged for cooling tower or material dry the waste gas of a large amount of dust-laden water smokes of discharge and provide the nuclei of condensation changed to aggregative fluidization by particulate fluidization, namely the water droplets sprayed, water smoke is made to condense into big water droplet, reclaim water for industrial use.
For realizing object above, by the following technical solutions:
A kind of efficient water-removing mist reclaims the water saving fixtures system of water for industrial use, including poly-formula condensed system, two-stage inertial separation system and condensate return system.Poly-formula condensed system includes spray washing condensing means, water receiving screen and water receiving tank；Two-stage inertial separation system includes anti-spray washing condensing means, waveform inertia separator, mesh mist eliminator；Condensate return system comprises condensation water transfer pipeline, condenses water storage pond.Poly-formula condensed system and two-stage inertial separation system are arranged in cooling tower, water smoke gas cooling tower under be upwards sequentially arranged first order spray washing condensing means by upper reaches classical prescription, the anti-spray washing condensing means of the first order, waveform inertia separator, second level spray washing condensing means, the anti-spray washing condensing means in the second level and mesh mist eliminator, it is water receiving tank that cooling tower bottom opening connects and formed between the two and tower wall groove with water smoke gas inlet duct, some water receiving screens are installed between first order spray washing condensing means and water smoke gas inlet duct in cooling tower, described water receiving screen is " people " font symmetric arrays from top to bottom, with on string, under adjacent boom plate be stepped stacked arrangement be stepped and between have distance, two arrange undermost water receiving screen at water receiving tank place.Being provided with condensation water drainage pipeline bottom described water receiving tank, cooling tower is additionally provided with water receiving tank flusher in water receiving tank position.
Spray washing condensing means carries out spray washing to the waste gas of a large amount of dust-laden water smokes that water smoke or the material of the cooling tower discharge flowed through in device dry discharge, break cooling tower discharge water smoke or material dry discharge a large amount of dust-laden water smokes waste gas composition " aerosol " state, the water droplets of spray, making water smoke condense into big water droplet and drop onto on water receiving screen, stream is in water receiving tank.
Condensation water drainage pipeline is connected to condensation water storage pond by condensing water transfer pipeline.
Described condensation water stores pond can be divided into sedimentation tank and clear water reserviors.
Condensation water transfer pipeline is connected first order spray washing condensing means, the first order anti-spray washing condensing means, second level spray washing condensing means, the anti-spray washing condensing means in the second level and water receiving tank flusher by circulating pump and filter by described clear water reserviors respectively, first order spray washing condensing means, the first order anti-spray washing condensing means, second level spray washing condensing means, being provided with actuator between the anti-spray washing condensing means in the second level and water receiving tank flusher and filter, actuator is by controlling valve control.
This utility model beneficial effect: this utility model is rational in infrastructure, adopt two-stage spray washing condensing means, waveform inertial separator and anti-spray washing condensing means to combine form, effectively break in the water smoke that cooling tower is discharged the effect of the various power such as gravitation between the Van der Waals force between hydrone, molecule；Water receiving screen adopts " people " font to pile stack manner, it is prevented that water smoke condensing water droplet is back to gas inlet pipeline, flows directly into water receiving tank, reclaims water for industrial use, reaches the purpose of resource recycling；Between each spray washing condensing means and anti-spray washing condensing means and rinser and storage pond, circuit design is rationally unobstructed, it is ensured that commercial recovery water circulation smoothness.
Accompanying drawing explanation
Fig. 1 is the internal structure schematic diagram of cooling tower of the present utility model.
Fig. 2 is this utility model process chart.
As shown in the figure: 1, cooling tower, 2, condensation water drainage pipeline, 3, water smoke gas inlet duct, 4, water receiving tank, 5, water receiving screen, 6, one-level spray washing condensing means, 7, the anti-spray washing condensing means of the first order, 8, waveform inertia separator, 9, two grades of spray washing condensing means, 10, two grades of anti-spray washing condensing means, 11, mesh mist eliminator, 12, water receiving tank flusher, 13, precipitation pond, 14, clear water reserviors, 15, water pump II, 16, filter II, 17, water pump I, 18, filter I, 19, regulate valve I, 20, regulate valve II, 21, regulate valve III, 22, controller I, 23, regulate valve IV, 24, controller II, 25, water pump III, 26, filter III.
Detailed description of the invention
Embodiment
Below in conjunction with accompanying drawing to this utility model to further illustrating；Efficient water-removing mist reclaims the water saving fixtures system of water for industrial use, and this system is divided into 3 subsystems, and it includes poly-formula condensed system, two-stage inertial separation system and condensate return system.Poly-formula condensed system includes one-level spray washing condensing means (6), two grades of spray washing condensing means (9), water receiving screen (5) and water receiving tank (4)；One-level anti-spray washing condensing means (7), two grades of anti-spray washing condensing means (10), waveform inertia separator (8), mesh mist eliminators (11)；Condensate return system comprises condensation water transfer pipeline, condenses water storage pond.
Poly-formula condensed system and two-stage inertial separation system are arranged in cooling tower (1), are sequentially arranged first order spray washing condensing means (6), the first order anti-spray washing condensing means (7), waveform inertia separator (8), second level spray washing condensing means (9), the anti-spray washing condensing means (10) in the second level and mesh mist eliminator (11) in cooling tower (1).It is water receiving tank (4) that cooling tower (1) tower bottom opening connects and formed between the two and tower wall groove with water smoke gas inlet duct (3).Some water receiving screens (5) are installed between first order spray washing condensing means and water smoke gas inlet duct in cooling tower, water receiving screen (5) is " people " font symmetric arrays from top to bottom, be stepped with the upper and lower adjacent stacked arrangement of boom plate of string and between have distance, two arrange undermost water receiving screens (5) at water receiving tank (4) place.Water receiving tank (4) bottom is provided with condensation water drainage pipeline (2), and cooling tower (1) is additionally provided with water receiving tank flusher (12) in water receiving tank (4) position.
Condensing water storage pond and be divided into two kinds, a kind of comparatively sanitary industrial water reclaimed for cooling tower spray, one, the storage pond of this kind, this example highlights the second form.The second is that material dry waste gas contains solid impurity waste water containing a large amount of water smokes except what mist was administered, this storage pond is divided into precipitation pond (13) and clear water reserviors (14) two-stage, waste water treatment is carried out in precipitation pond (13), enter clear water reserviors (14) after elimination solid matter, be continuing with for commercial production.
Condensation water drainage pipeline (2) is connected to sedimentation tank (13) by condensing water transfer pipeline, and condensation water transfer pipeline is connected to first order spray washing condensing means (6) by water pump II (15) and filter II (16) by clear water reserviors (14).Condensation water transfer pipeline is connected to the anti-spray washing condensing means (7) of the first order by water pump I (17) and filter I (18) by clear water reserviors (14), second level spray washing condensing means (9) and the second level anti-spray washing condensing means (10) parallel ducts road, first order spray washing condensing means (7), the road on second level spray washing condensing means (9) and the second level anti-spray washing condensing means (10) parallel ducts road is respectively mounted adjustment valve I (19), regulate valve II (20), regulate valve III (21), and regulate valve I (19), regulate valve II (20), regulate valve III (21) to be controlled by controller I (22).Water receiving tank flusher (12) will condense water transfer pipeline connection water pump I (17) by regulating valve IV (23), regulate valve IV (23) and be controlled by controller II (24).Clear water reserviors (14) are circumscribed with make-up water, and pipeline is connected to clear water reserviors (14) by water pump III (25) and filter III (26) by make-up water.
Claims (4)
1. the water saving fixtures system of an efficient water-removing mist recovery water for industrial use, including poly-formula condensed system, two-stage inertial separation system and condensate return system, poly-formula condensed system includes spray washing condensing means, water receiving screen and water receiving tank, two-stage inertial separation system includes anti-spray washing condensing means, waveform inertia separator, mesh mist eliminator, condensate return system comprises condensation water transfer pipeline, condense water and store pond, it is characterized in that, poly-formula condensed system and two-stage inertial separation system are arranged in cooling tower (1), water smoke gas cooling tower (1) under be upwards sequentially arranged first order spray washing condensing means (6) by upper reaches classical prescription, the anti-spray washing condensing means (7) of the first order, waveform inertia separator (8), second level spray washing condensing means (9), the anti-spray washing condensing means (10) in the second level and mesh mist eliminator (11), cooling tower (1) tower bottom opening and water smoke gas access (3) pipeline communication and to form groove between the two and tower wall be water receiving tank (4), some water receiving screens (5) are installed between cooling tower (1) interior first order spray washing condensing means (6) and water smoke gas inlet duct (3)；
Described water receiving screen (5) be " people " font symmetric arrays from top to bottom, with the upper and lower adjacent boom plate of string be stepped stacked arrangement and between have distance, two arrange undermost water receiving screens at water receiving tank place；
Described water receiving tank (4) bottom is provided with condensation water drainage pipeline (2), and cooling tower (1) is additionally provided with water receiving tank flusher (12) in water receiving tank (4) position.
2. a kind of efficient water-removing mist according to claim 1 reclaims the water saving fixtures system of water for industrial use, it is characterised in that condensation water drainage pipeline (2) is connected to condensation water storage pond by condensing water transfer pipeline.
3. a kind of efficient water-removing mist according to claim 2 reclaims the water saving fixtures system of water for industrial use, it is characterised in that described condensation water stores pond can be divided into sedimentation tank (13) and clear water reserviors (14).
4. a kind of efficient water-removing mist according to claim 3 reclaims the water saving fixtures system of water for industrial use, it is characterized in that, condensation water transfer pipeline is connected first order spray washing condensing means (6) by circulating pump and filter by described clear water reserviors (14) respectively, the anti-spray washing condensing means (7) of the first order, second level spray washing condensing means (9), the anti-spray washing condensing means (10) in the second level and water receiving tank flusher (12), first order spray washing condensing means (6), the anti-spray washing condensing means (7) of the first order, second level spray washing condensing means (9), it is provided with actuator between the anti-spray washing condensing means (10) in the second level and water receiving tank flusher (12) and filter, actuator is by controlling valve control.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620090393.4U CN205340464U (en) | 2016-01-29 | 2016-01-29 | High -efficient water saving fixtures system that removes water smoke and retrieve industrial water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620090393.4U CN205340464U (en) | 2016-01-29 | 2016-01-29 | High -efficient water saving fixtures system that removes water smoke and retrieve industrial water |
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| Publication Number | Publication Date |
|---|---|
| CN205340464U true CN205340464U (en) | 2016-06-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620090393.4U Withdrawn - After Issue CN205340464U (en) | 2016-01-29 | 2016-01-29 | High -efficient water saving fixtures system that removes water smoke and retrieve industrial water |
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| Country | Link |
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| CN (1) | CN205340464U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105536412A (en) * | 2016-01-29 | 2016-05-04 | 大连科林能源工程技术开发有限公司 | Water saving device system for efficiently eliminating mist and recycling industrial water |
-
2016
- 2016-01-29 CN CN201620090393.4U patent/CN205340464U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105536412A (en) * | 2016-01-29 | 2016-05-04 | 大连科林能源工程技术开发有限公司 | Water saving device system for efficiently eliminating mist and recycling industrial water |
| CN105536412B (en) * | 2016-01-29 | 2017-12-01 | 大连科林能源工程技术开发有限公司 | A kind of water saving fixtures system of efficient water-removing mist recovery industrial water |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160629 Effective date of abandoning: 20171201 |
|
| AV01 | Patent right actively abandoned |