CN206276122U - A kind of incinerator sewage-treatment plant - Google Patents
A kind of incinerator sewage-treatment plant Download PDFInfo
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- CN206276122U CN206276122U CN201621202552.1U CN201621202552U CN206276122U CN 206276122 U CN206276122 U CN 206276122U CN 201621202552 U CN201621202552 U CN 201621202552U CN 206276122 U CN206276122 U CN 206276122U
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- sewage
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Abstract
A kind of incinerator sewage-treatment plant.Specifically include：The device melts down pond, sludge and melts down pond, deep layer infiltration pile, inside and outside blow-off pipe, the drainpipe that purifies water, outer barrel, interior bucket, effluent cycle Rose Box, sewage water inlet pipe, UNICOM's water pipe one, UNICOM's water pipe two, UNICOM's water pipe three and constitutes by sewage purifying secondary water.In the utility model, sewage carries out filtration treatment by several stratum reticulares for following, and the sludge removed is reclaimed and melted down burning, eliminates weight poison sludge amount again, reduces contaminated area, reduces the air of pollution environment.The utility model is applied simultaneously, by the treatment after purification, water quality reaches melts down with purpose, the using water wisely of water sewage, solves the problems, such as to lack water resource, reduces the pollution of sewage quantity and is lost in harm.
Description
Technical field
The utility model is related to a kind of manufacture technology field of sewage disposal device, and in particular to a kind of incinerator sewage
Processing unit.
Technical background
With developing rapidly and economic rapid emergence for society, China has stepped into the ranks of house refuse high yield state,
Most obvious the characteristics of is exactly Municipal Garbage Yield with annual 10% speed increase.The long-term air storage of rubbish to atmospheric environment,
Lower water and soil etc. have had resulted in obvious threat and harm.Therefore, greatly develop the research of China's garbage incineration technology with
And the development and application of garbage incinerating system are imperative.In view of the actual conditions of China, developing bulky refuse boiler, building
While large scale rubbish incineration plant, it should encourage the medium and small garbage incinerating system of exploitation.Incineration treatment of garbage existing more than 100
Year history, it has many advantages compared with the technologies of garbage disposal such as landfill, compost, can preferably realize rubbish processing to be harmless,
And by its resource.Along with the quickening of urbanization process, the increase of refuse production, China it is more and more place or meter
Draw and house refuse is processed using incinerator.
《Law of Environmental Protection of the People's Republic of China》With《People's Republic of China's prevention and control of environmental pollution by solid wastes method》In
Clearly propose, adhere to the minimizing of consumer waste incineration treatment, resource, innoxious, control consumer waste incineration treatment is caused
Secondary pollution.With the quickening of implementation and the urban infrastructure of national environmental protection policy, at home pay attention to day by day environmental protection
National conditions under, processing rubbish using incinerator has necessity and possibility.
At present, each city has been used widely at home incinerator species is various, model is different, up to
Kind more than 200.But, currently employed incinerator generally existing equipment with high cost, equipment operation technical sophistication,
Operation power is big, waste incineration is insufficient, be unable to Efficient Cycle the defect such as is easily damaged using the energy, equipment.So, it is such
Equipment is not suitable for carrying out Popularization And Development for the village village of remote districts.Therefore, in the village, rubbish burns in current many villages
The construction for burning stove was applied also in the primary trial stage, still processed rubbish by the way of tradition landfill or biochemical compost substantially
Rubbish, easily causes water resource pollution, and the biogas that garbage loading embeading is produced also easily causes atmosphere pollution, suffers the ecological environment in rural area
Destruction.
Current incinerator, the structural facilities of some incinerators do not have scientific and reasonable layout, using when be direct
Rubbish is burned, and the thing in rubbish is multifarious, some of which thing can be produced greatly in burning process
The flue dust of amount, these flue dust equally pollute the environment.In order to overcome dust polluting environment produced during waste incineration, many rubbish
Rubbish incinerator is provided with dust treatment function, wherein useful water is scrubbed to flue dust, deposited, the multistage such as steam detoxification
Purification, make the smog for discharging nontoxic.But such equipment needs to consume substantial amounts of water resource, and operating cost is high.
The content of the invention
The purpose of this utility model just there is provided a kind of brand-new incinerator sewage-treatment plant.Specifically include：The dress
Put be by sewage purifying secondary water melt down pond, sludge melt down pond, deep layer infiltration pile, inside and outside blow-off pipe, purify water draining
Pipe, outer barrel, interior bucket, effluent cycle Rose Box, sewage water inlet pipe, UNICOM's water pipe one, UNICOM's water pipe two, UNICOM's water pipe three are constituted.
The device effectively can break up the sewage of purification flue dust, realize sludge and reclaimed and melted down burning again, eliminate weight
Malicious sludge amount, reduces contaminated area, while sewage is recycling.
The utility model is achieved through the following technical solutions：
A kind of incinerator sewage-treatment plant, be in technical scheme：The device is melted down by sewage purifying secondary water
Pond (1), sludge melt down pond (2), deep layer seep water pile (3), inside and outside blow-off pipe (4), the drainpipe that purifies water (5), outer barrel (6),
Interior bucket (7), effluent cycle Rose Box (8), sewage water inlet pipe (9), UNICOM's water pipe one (10), UNICOM's water pipe two (11), UNICOM's water
Pipe three (12) is constituted.
It is a square interior empty pond body that described sewage purifying secondary water melts down pond (1), in sewage purifying secondary water
Melt down and intake-outlet one (13) is provided with the top of pond (1).
It is a square interior empty pond body that described sludge melts down pond (2), is melted down in sludge and be provided with turnover at the top of pond (2)
The mouth of a river two (14).
Described deep layer infiltration pile (3) is a cylindrical solid.
Described inside and outside blow-off pipe (4) its body is cylindrical tube, is by drainage connecting pipe road (15) and drainage pipeline
(16) constitute, several connectors (17) are provided with the top of drainage connecting pipe road (15)；
The described drainpipe that purifies water (5) is a cylindrical tube.
Described outer barrel (6) is a square interior empty pond body, and the bottom of outer barrel (7) is provided with several intercommunication apertures
(18)。
Described interior bucket (7) is made up of several square sedimentation and filtration ditches (19), in each sedimentation and filtration ditch (19)
Bulkhead sides are both provided with intercommunication aperture one (20), and intercommunication aperture two is both provided with the bottom of each sedimentation and filtration ditch (19)
(21)。
Described effluent cycle Rose Box (8) is a square interior empty van body, is set at the top of effluent cycle Rose Box (8)
Screen pack (22) is equipped with, intercommunication aperture three (23) is provided with the left plate of effluent cycle Rose Box (8), in effluent cycle mistake
The bottom of filter box (8) is provided with intercommunication aperture four (24).
Described sewage water inlet pipe (9) is a cylindrical tube.
Described UNICOM's water pipe one (10) is a cylindrical tube.
Described UNICOM's water pipe two (11) is a cylindrical tube.
Described UNICOM's water pipe three (12) is a cylindrical tube.
Above-mentioned sewage purifying secondary water melts down pond (1), sludge and melts down pond (2), deep layer infiltration pile (3), inside and outside blowdown
Pipe (4), the drainpipe that purifies water (5), outer barrel (6), interior bucket (7), effluent cycle Rose Box (8), sewage water inlet pipe (9), UNICOM
It is that sewage purifying secondary water is melted down pond (1) when water pipe one (10), UNICOM's water pipe two (11), UNICOM's water pipe three (12) are combined
Pond (2) being melted down with sludge to set side by side, the deep layer pile (3) that seeps water being placed in sludge and melts down in pond (2), outer barrel (6) is placed in
Sludge melts down the top of pond (2), and interior bucket (7) is disposed upon outer barrel (6) the inside, and effluent cycle Rose Box (8) is placed in interior bucket (7)
Sedimentation and filtration ditch (19) the inside, sedimentation and filtration ditch (19) bulkhead sides are respectively connecting to by UNICOM's water pipe three (12) and are provided with
The intercommunication aperture three (23) that intercommunication aperture one (20) and effluent cycle Rose Box (8) left plate are provided with, thus filters precipitation
Pond (19) and effluent cycle Rose Box (8) UNICOM get up；The drainage connecting pipe road (15) of inside and outside blow-off pipe (4) is placed in outer barrel
(6) bottom, the drainage pipeline (16) of inside and outside blow-off pipe (4) is connected to sludge and melts down the intake-outlet that pond (2) top is provided with
Two (14), wherein, it is respectively connecting to the intercommunication aperture two that sedimentation and filtration ditch (19) bottom is provided with UNICOM's water pipe two (11)
(21) connector (17) and at the top of drainage connecting pipe road (15) being provided with, is respectively connecting to sewage and follows with UNICOM's water pipe one (10)
The connector that the intercommunication aperture four (24) and drainage connecting pipe road (15) top that ring Rose Box (8) bottom is provided with are provided with
(17), thus inside and outside blow-off pipe (4), the sedimentation and filtration ditch (19) of interior bucket (7) and effluent cycle Rose Box (8) UNICOM are got up；
Sewage water inlet pipe (9) is connected to first effluent cycle Rose Box (8), of the drainpipe that purifies water (5) is connected to most
The intercommunication aperture two (21) that latter sedimentation and filtration ditch (19) bottom is provided with, and the other end of the drainpipe that purifies water (5) is
It is connected to sewage purifying secondary water and melts down the intake-outlet one (13) that pond (1) top is provided with, is consequently formed an incinerator
Sewage-treatment plant entirety.
Application principle of the present utility model：
After valve switch is opened, sewage enters the straight-through effluent cycle Rose Box for being placed in interior bucket (7) of sewage water inlet pipe (9)
(8), by the effect of screen pack (22), water up flowed under stratum reticulare in bucket (7), precipitated with the distance between outer barrel (6)
Filter tank (19), sludge is mainly accumulated in the effluent cycle Rose Box (8) of interior bucket (7).Sewage is by thin density layer filtering and purifying water
Matter, pond is melted down in last sedimentation and filtration ditch (19) by the drainpipe that purifies water (5) into sewage purifying secondary water
(1).The sludge of interior bucket (7) and effluent cycle Rose Box (8) melts down pond (2) by inside and outside blow-off pipe (4) into sludge.Deep layer is oozed
Water pile (3) is placed in sludge and melts down in pond (2), and is the bottom center down deep layer extension that pond (2) is melted down from sludge, dirty
Water is introduced into deep layer plot.
The utility model has the following advantages that：
1st, the sewage-treatment plant preparation method measure that the utility model is put forward is unique, novel.
2nd, in the utility model, sewage carries out filtration treatment by several stratum reticulares for following, and the sludge removed is entered again
Row reclaims and melts down burning, eliminates weight poison sludge amount, reduces contaminated area, reduces the air of pollution environment.
3rd, in the utility model, by the treatment after purification, water quality reaches purpose, the using water wisely melted down and use water to sewage,
Solve the problems, such as to lack water resource, reduce the pollution of sewage quantity and be lost in harm.
Brief description of the drawings
The utility model is further illustrated with reference to the accompanying drawings and examples.
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation that sewage purifying secondary water melts down pond (1) in the utility model.
Fig. 3 is the structural representation that sludge melts down pond (2) in the utility model.
Fig. 4 is the structural representation of the utility model mid-deep strata infiltration pile (3).
Fig. 5 is the structural representation of inside and outside blow-off pipe (4) in the utility model.
Fig. 6 is the structural representation of drainpipe (5) of purifying water in the utility model.
Fig. 7 is the structural representation of outer barrel (6) in the utility model.
Fig. 8 is the structural representation of interior bucket (7) in the utility model.
Fig. 9 is the structural representation of effluent cycle Rose Box (8) in the utility model.
Figure 10 is the structural representation of sewage water inlet pipe (9) in the utility model.
Figure 11 is the structural representation of UNICOM's water pipe one (10) in the utility model.
Figure 12 is the structural representation of UNICOM's water pipe two (11) in the utility model.
Figure 13 is the structural representation of UNICOM's water pipe three (12) in the utility model.
In Fig. 1,1 is that sewage purifying secondary water melts down pond, and 2 is that sludge melts down pond, and 3 is deep layer infiltration pile, and 4 is interior
Outer blow-off pipe, 5 is the drainpipe that purifies water, and 6 is outer barrel, and 7 is interior bucket, and 8 is effluent cycle Rose Box, and 9 is sewage water inlet pipe, 10
It is UNICOM's water pipe one, 11 is UNICOM's water pipe two, and 12 is UNICOM's water pipe three.
In fig. 2,1 is that sewage purifying secondary water melts down pond, and 13 are into and out the mouth of a river one.
In figure 3,2 is that sludge melts down pond, and 14 are into and out the mouth of a river two.
In fig. 4,3 is deep layer infiltration pile.
In Figure 5,4 is inside and outside blow-off pipe, and 15 is drainage connecting pipe road, and 16 is drainage pipeline, and 17 is connector.
In figure 6,5 is the drainpipe that purifies water.
In the figure 7,6 is outer barrel, and 18 is intercommunication aperture.
In fig. 8,7 is interior bucket, and 19 is sedimentation and filtration ditch, and 20 is intercommunication aperture one, and 21 is intercommunication aperture two.
In fig .9,8 is effluent cycle Rose Box, and 22 is screen pack, and 23 is intercommunication aperture three, and 24 is intercommunication aperture four.
In Fig. 10,9 is sewage water inlet pipe.
In fig. 11,10 is UNICOM's water pipe one.
In fig. 12,11 is UNICOM's water pipe two.
In fig. 13,12 is UNICOM's water pipe three.
Specific embodiment
The utility model is described in detail in conjunction with accompanying drawing：
The utility model is to melt down pond (1), sludge by sewage purifying secondary water to melt down pond (2), deep layer infiltration pile
(3), inside and outside blow-off pipe (4), the drainpipe that purifies water (5), outer barrel (6), interior bucket (7), effluent cycle Rose Box (8), sewage enter
Water pipe (9), UNICOM's water pipe one (10), UNICOM's water pipe two (11), UNICOM's water pipe three (12) are constituted.
Shown in Fig. 1 is structural representation of the present utility model.Wherein, 1 is that sewage purifying secondary water melts down pond, and 2 are
Sludge melts down pond, and 3 is deep layer infiltration pile, and 4 is inside and outside blow-off pipe, and 5 is the drainpipe that purifies water, and 6 is outer barrel, and 7 is interior bucket, 8
It is effluent cycle Rose Box, 9 is sewage water inlet pipe, and 10 is UNICOM's water pipe one, and 11 is UNICOM's water pipe two, and 12 is UNICOM's water pipe three.
Shown in Fig. 2 is sewage purifying secondary water melts down pond (1) in the utility model structural representation.Sewage purification
It is a square interior empty pond body that seconary water use melts down pond (1), sewage purifying secondary water melt down be provided with the top of pond (1) into
Delivery port one (13).
Shown in Fig. 3 is sludge melts down pond (2) in the utility model structural representation.It is one that sludge melts down pond (2)
Square Inner skies pond body, melts down in sludge and intake-outlet two (14) is provided with the top of pond (2).
Shown in Fig. 4 be the utility model mid-deep strata infiltration pile (3) structural representation.Deep layer seep water pile (3) be
One cylindrical solid.
Shown in Fig. 5 be inside and outside blow-off pipe (4) in the utility model structural representation.Inside and outside its body of blow-off pipe (4)
It is cylindrical tube, is made up of drainage connecting pipe road (15) and drainage pipeline (16), at the top of drainage connecting pipe road (15)
It is provided with several connectors (17).
Shown in Fig. 6 is the structural representation of drainpipe (5) of purifying water in the utility model.Purify water drainpipe
(5) it is a cylindrical tube.
Shown in Fig. 7 be outer barrel (6) in the utility model structural representation.Outer barrel (6) is a square interior empty pond body,
The bottom of outer barrel (7) is provided with several intercommunication apertures (18).
Shown in Fig. 8 be interior bucket (7) in the utility model structural representation.Interior bucket (7) is square heavy by several
Shallow lake filtering ponds (19) are constituted, and intercommunication aperture one (20) is both provided with each sedimentation and filtration ditch (19) bulkhead sides, heavy at each
The bottom of shallow lake filtering ponds (19) is both provided with intercommunication aperture two (21).
Shown in Fig. 9 be effluent cycle Rose Box (8) in the utility model structural representation.Effluent cycle Rose Box
(8) it is a square interior empty van body, screen pack (22) is provided with the top of effluent cycle Rose Box (8), in effluent cycle mistake
Intercommunication aperture three (23) is provided with the left plate of filter box (8), the bottom of effluent cycle Rose Box (8) is provided with intercommunication aperture
Four (24).
Shown in Figure 10 be sewage water inlet pipe (9) in the utility model structural representation.Sewage water inlet pipe (9) is one
Cylindrical tube.
Shown in Figure 11 be UNICOM's water pipe one (10) in the utility model structural representation.UNICOM's water pipe one (10) is one
Root cylindrical tube.
Shown in Figure 12 be UNICOM's water pipe two (11) in the utility model structural representation.UNICOM's water pipe two (11) is one
Root cylindrical tube.
Shown in Figure 13 be UNICOM's water pipe three (12) in the utility model structural representation.UNICOM's water pipe three (12) is one
Root cylindrical tube.
Above-mentioned sewage purifying secondary water melts down pond (1), sludge and melts down pond (2), deep layer infiltration pile (3), inside and outside blowdown
Pipe (4), the drainpipe that purifies water (5), outer barrel (6), interior bucket (7), effluent cycle Rose Box (8), sewage water inlet pipe (9), UNICOM
It is that sewage purifying secondary water is melted down pond (1) when water pipe one (10), UNICOM's water pipe two (11), UNICOM's water pipe three (12) are combined
Pond (2) being melted down with sludge to set side by side, the deep layer pile (3) that seeps water being placed in sludge and melts down in pond (2), outer barrel (6) is placed in
Sludge melts down the top of pond (2), and interior bucket (7) is disposed upon outer barrel (6) the inside, and effluent cycle Rose Box (8) is placed in interior bucket (7)
Sedimentation and filtration ditch (19) the inside, sedimentation and filtration ditch (19) bulkhead sides are respectively connecting to by UNICOM's water pipe three (12) and are provided with
The intercommunication aperture three (23) that intercommunication aperture one (20) and effluent cycle Rose Box (8) left plate are provided with, thus filters precipitation
Pond (19) and effluent cycle Rose Box (8) UNICOM get up；The drainage connecting pipe road (15) of inside and outside blow-off pipe (4) is placed in outer barrel
(6) bottom, the drainage pipeline (16) of inside and outside blow-off pipe (4) is connected to sludge and melts down the intake-outlet that pond (2) top is provided with
Two (14), wherein, it is respectively connecting to the intercommunication aperture two that sedimentation and filtration ditch (19) bottom is provided with UNICOM's water pipe two (11)
(21) connector (17) and at the top of drainage connecting pipe road (15) being provided with, is respectively connecting to sewage and follows with UNICOM's water pipe one (10)
The connector that the intercommunication aperture four (24) and drainage connecting pipe road (15) top that ring Rose Box (8) bottom is provided with are provided with
(17), thus inside and outside blow-off pipe (4), the sedimentation and filtration ditch (19) of interior bucket (7) and effluent cycle Rose Box (8) UNICOM are got up；
Sewage water inlet pipe (9) is connected to first effluent cycle Rose Box (8), of the drainpipe that purifies water (5) is connected to most
The intercommunication aperture two (21) that latter sedimentation and filtration ditch (19) bottom is provided with, and the other end of the drainpipe that purifies water (5) is
It is connected to sewage purifying secondary water and melts down the intake-outlet one (13) that pond (1) top is provided with, is consequently formed an incinerator
Sewage-treatment plant entirety.
Application principle of the present utility model：
After valve switch is opened, sewage enters the straight-through effluent cycle Rose Box for being placed in interior bucket (7) of sewage water inlet pipe (9)
(8), by the effect of screen pack (22), water up flowed under stratum reticulare in bucket (7), precipitated with the distance between outer barrel (6)
Filter tank (19), sludge is mainly accumulated in the effluent cycle Rose Box (8) of interior bucket (7).Sewage is by thin density layer filtering and purifying water
Matter, pond is melted down in last sedimentation and filtration ditch (19) by the drainpipe that purifies water (5) into sewage purifying secondary water
(1).The sludge of interior bucket (7) and effluent cycle Rose Box (8) melts down pond (2) by inside and outside blow-off pipe (4) into sludge.Deep layer is oozed
Water pile (3) is placed in sludge and melts down in pond (2), and is the bottom center down deep layer extension that pond (2) is melted down from sludge, dirty
Water is introduced into deep layer plot.
Claims (1)
1. a kind of incinerator sewage-treatment plant, it is characterised in that：The device be by sewage purifying secondary water melt down pond (1),
Sludge melts down pond (2), deep layer infiltration pile (3), inside and outside blow-off pipe (4), the drainpipe that purifies water (5), outer barrel (6), interior bucket
(7), effluent cycle Rose Box (8), sewage water inlet pipe (9), UNICOM's water pipe one (10), UNICOM's water pipe two (11), UNICOM's water pipe three
(12) constitute；
It is a square interior empty pond body that described sewage purifying secondary water melts down pond (1), is melted down in sewage purifying secondary water
Intake-outlet one (13) is provided with the top of pond (1)；
It is a square interior empty pond body that described sludge melts down pond (2), is melted down in sludge and be provided with intake-outlet at the top of pond (2)
Two (14)；
Described deep layer infiltration pile (3) is a cylindrical solid；
Described inside and outside blow-off pipe (4) its body is cylindrical tube, is by drainage connecting pipe road (15) and drainage pipeline (16)
Composition, is provided with several connectors (17) at the top of drainage connecting pipe road (15)；
The described drainpipe that purifies water (5) is a cylindrical tube；
Described outer barrel (6) is a square interior empty pond body, and the bottom of outer barrel (6) is provided with several intercommunication apertures (18)；
Described interior bucket (7) is made up of several square sedimentation and filtration ditches (19), in each sedimentation and filtration ditch (19) dividing plate
Side is both provided with intercommunication aperture one (20), and intercommunication aperture two (21) is both provided with the bottom of each sedimentation and filtration ditch (19)；
Described effluent cycle Rose Box (8) is a square interior empty van body, is provided with the top of effluent cycle Rose Box (8)
Screen pack (22), is provided with intercommunication aperture three (23), in effluent cycle Rose Box on the left plate of effluent cycle Rose Box (8)
(8) bottom is provided with intercommunication aperture four (24)；
Described sewage water inlet pipe (9) is a cylindrical tube；
Described UNICOM's water pipe one (10) is a cylindrical tube；
Described UNICOM's water pipe two (11) is a cylindrical tube；
Described UNICOM's water pipe three (12) is a cylindrical tube；
Above-mentioned sewage purifying secondary water melts down pond (1), sludge and melts down pond (2), deep layer infiltration pile (3), inside and outside blow-off pipe
(4), purify water drainpipe (5), outer barrel (6), interior bucket (7), effluent cycle Rose Box (8), sewage water inlet pipe (9), UNICOM's water
Pipe one (10), UNICOM's water pipe two (11), UNICOM's water pipe three (12) combine when, be sewage purifying secondary water melt down pond (1) and
Sludge is melted down pond (2) and is set side by side, and the deep layer pile (3) that seeps water is placed in sludge and melts down in pond (2), and outer barrel (6) is placed in dirt
Slag melts down the top of pond (2), and interior bucket (7) is disposed upon outer barrel (6) the inside, and effluent cycle Rose Box (8) is placed in interior bucket (7)
Sedimentation and filtration ditch (19) the inside, by UNICOM's water pipe three (12) be respectively connecting to that sedimentation and filtration ditch (19) bulkhead sides are provided with it is mutual
The intercommunication aperture three (23) that openings one (20) and effluent cycle Rose Box (8) left plate are provided with, thus sedimentation and filtration ditch
(19) get up with effluent cycle Rose Box (8) UNICOM；The drainage connecting pipe road (15) of inside and outside blow-off pipe (4) is placed in outer barrel (6)
Bottom, the drainage pipeline (16) of inside and outside blow-off pipe (4) is connected to sludge and melts down the intake-outlet two that pond (2) top is provided with
(14), wherein, be respectively connecting to the intercommunication aperture two (21) that sedimentation and filtration ditch (19) bottom is provided with UNICOM's water pipe two (11)
The connector (17) being provided with drainage connecting pipe road (15) top, effluent cycle mistake is respectively connecting to UNICOM's water pipe one (10)
The connector (17) that the intercommunication aperture four (24) and drainage connecting pipe road (15) top that filter box (8) bottom is provided with are provided with, by
This inside and outside blow-off pipe (4), the sedimentation and filtration ditch (19) of interior bucket (7) and effluent cycle Rose Box (8) UNICOM get up；Sewage is entered
Water pipe (9) is connected to first effluent cycle Rose Box (8), and one of the drainpipe that purifies water (5) is connected to last and sinks
The intercommunication aperture two (21) that shallow lake filtering ponds (19) bottom is provided with, and the other end of the drainpipe that purifies water (5) is attached to dirt
Water warfare seconary water use melts down the intake-outlet one (13) that pond (1) top is provided with, and is consequently formed an incinerator sewage disposal
Device entirety.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621202552.1U CN206276122U (en) | 2016-11-03 | 2016-11-03 | A kind of incinerator sewage-treatment plant |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621202552.1U CN206276122U (en) | 2016-11-03 | 2016-11-03 | A kind of incinerator sewage-treatment plant |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206276122U true CN206276122U (en) | 2017-06-27 |
Family
ID=59083350
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621202552.1U Expired - Fee Related CN206276122U (en) | 2016-11-03 | 2016-11-03 | A kind of incinerator sewage-treatment plant |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206276122U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106422512A (en) * | 2016-11-03 | 2017-02-22 | 广西凌云县桂蓝生态节能环保有限公司 | Incinerator sewage treatment device |
-
2016
- 2016-11-03 CN CN201621202552.1U patent/CN206276122U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106422512A (en) * | 2016-11-03 | 2017-02-22 | 广西凌云县桂蓝生态节能环保有限公司 | Incinerator sewage treatment device |
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