CN205974170U - Novel biochemical disinfection integration equipment - Google Patents
Novel biochemical disinfection integration equipment Download PDFInfo
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- CN205974170U CN205974170U CN201620816501.1U CN201620816501U CN205974170U CN 205974170 U CN205974170 U CN 205974170U CN 201620816501 U CN201620816501 U CN 201620816501U CN 205974170 U CN205974170 U CN 205974170U
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Abstract
The utility model relates to a novel biochemical disinfection integration equipment contains external fan with the double oxygen that connects gradually district, from the good oxygen of the biological runner of aeration district, inclined lamellar precipitation district, the functional section that disinfects, the oxygen of holding concurrently is distinguished and is equipped with the subregion baffle, the subregion baffle will be held concurrently oxygen district etc. And will be divided into a plurality of subregions, be equipped with the honeycomb duct between the subregion, the district is equipped with from the biological runner of aeration, bionical filler, granule filler, bottom perforated aeration tube, inner circulation pipe line from the good oxygen of the biological runner of aeration, the inclined lamellar precipitation district is equipped with swash plate filler, three -phase separator, the stainless steel is at a distance from the net and go out the mill weir groove, the disinfection functional section install on the outlet pipe, the utility model provides a bottom micropore aeration's the problem that boundary effect is big, good sewage decontamination capability has, system control easy operation is easily capable, it is abundant that the granule packs the stirring, disinfection functional section simple structure.
Description
Technical field
This utility model is related to technical field of sewage, the sterilization integrated equipment of more particularly, to a kind of novel biochemical.
Background technology
There is treatment effect and be not sufficiently stable in the more existing traditional wastewater processing equipment being applied to rural area, equipment overall structure
Take up an area big, operating cost is high, level of integrated system is not high, control mode complexity is it is impossible to realize the series of problems such as unmanned.
Chinese patent CN 204474501 U discloses a kind of new village sewage integrated treatment equipment, but its presence
Following deficiency：
1. adopt conventional microporous aeration, because aeration mode employs traditional bottom micro-pore aeration mode, so being directed to
In the project of the little water yield, boundary effect is big, and that is, sub-fraction aeration head occurs to block or damage will be non-on effluent quality impact
Chang great, and aeration head region water need to be emptied completely by aeration head maintenance, maintenance workload is big.
2. adopt MBR membrane process, need periodically film to be carried out, and cleaning process is complicated, needs professional to carry out
Safeguard, clear water needs to rely on water pump suction could discharge, and is equivalent to and increased one-level lifting, operating cost is high.
3. it is positioned in fixing rustless steel cylinder mould using granular filler, only rely on bottom aeration and granular filler is stirred
Mix it is impossible to ensure mixing effect, demoulding effect cannot ensure, and easily form dead band.
4. auxiliary device is many, and operation maintenance is difficult, needs technical professional to garrison for a long time.
Content of the invention
This utility model aims to solve the problem that the deficiencies in the prior art, and provides a kind of novel biochemical sterilization integrated equipment, should
Equipment can solve the problems, such as that the boundary effect of bottom micro-pore aeration is big, and granule stirring fully, does not form dead band.
This utility model for achieving the above object, employs the following technical solutions：A kind of sterilization integrated equipment of novel biochemical,
Comprise external fan and be sequentially connected aerobic area, from aeration and biological runner aerobic zone, sloping plate deposition district, sterilizing function section, institute
State aerobic area to connect with water inlet pipe, described sloping plate deposition district is connected with outlet pipe, described aerobic area is provided with subregion dividing plate, described point
Separate plate and aerobic area is divided into some subregions, between described subregion, be provided with mozzle, described mozzle import is located at previous point
Area top, draft tube outlets located at a rear subregion bottom, make the fluidised form that sewage keeps from bottom to top in subregion, described from aeration
Biological runner aerobic zone is provided with from aeration and biological runner, bionic filler, granular filler, bottom perforated aeration tube, interior circulation pipeline,
Described pass through chain and motor from aeration and biological runner and drive, described bottom perforated aeration tube by aeration pipeline connect to
External fan, described bionic filler is fixed on from inside aeration and biological runner by binding mode, and described granular filler is placed in certainly
In aeration and biological runner aerobic zone, granular filler leans on and carries out action of forced stirring, institute from aeration and biological runner and bottom perforated aeration tube
State interior circulation pipeline to connect to more than the water inlet end water surface of aerobic area from from aeration and biological runner aerobic zone rear end bottom, inner circulating tube
Line exports more than the water inlet end water surface of aerobic area, and interior circulation piping inlet is located at from aeration and biological runner aerobic zone rear end bottom
Portion, described interior circulation pipeline exit is connected with air stripping air supply pipe, and described air stripping air supply pipe is connected with external fan, realizes air stripping
Interior circulation, described sloping plate deposition district is provided with inclined plate packing, three phase separator, rustless steel filter and water outlet weir notch, and described swash plate is filled out
Material slant setting, described rustless steel filter is installed on between aeration and biological runner aerobic zone and sloping plate deposition district, described three-phase
Below inclined plate packing, described three phase separator is connected separator with water outlet weir notch, and described water outlet weir notch is connected with outlet pipe,
Described sterilizing function section is installed on outlet pipe.
Described granular filler packing ratio most 70%.
Described from aeration and biological runner immersion water 80%.
Described sterilizing function section includes water outlet U-tube, sleeves of ultraviolet tube, top positioning plate and bottom location-plate,
Described water outlet U-tube is connected with outlet pipe, and described sleeves of ultraviolet tube, top positioning plate and bottom location-plate are located at water outlet U
Near the side of water outlet weir notch in type pipe, located at water outlet U-tube top, described bottom location-plate is located at going out for described top positioning plate
Water U-tube bottom, described sleeves of ultraviolet tube withstands bottom location-plate after passing through top positioning plate from top to bottom.
On described top positioning plate and bottom location-plate, UV resistant O-ring is set.
The beneficial effects of the utility model are：This utility model has advantages below：
1) excellent sewage dirt-removing power：This utility model passes through the biochemical treatment process from aeration and biological runner, can
Realize nitrification and denitrification well, BOD5, total suspended matter and total nitrogen all can drop to below 10mg/L, meanwhile total phosphorus can reach
To 1.0mg/L, whole process combines activated sludge process and fixed biofilm method, so as to obtain higher detersive efficiency；
2) system control operations are simple：This utility model does not need the control device of complexity, only need to be driven by regulation
The rotating speed of galvanic electricity machine can control dissolved oxygen concentration to control from the rotating speed of aeration and biological runner；
3) sterilizing function segment structure is simple, is easily installed and changes, water outlet U-tube can keep liquid at sleeves of ultraviolet tube
Position height, decontamination system need not seal；
4) operation maintenance is simple：This utility model no underwater installation, all devices are all proposed that the water surface is safeguarded, and put
Abandon traditional bottom micro-pore aeration mode, using from aeration and biological runner, oxygenation is carried out to sewage, it is to avoid aeration plate blocks this
Problem, overall operation is simple and stable；
5) granular filler stirring is abundant：Using from aeration and biological runner and bottom perforated aeration tube to from aeration and biological runner
In aerobic zone, the granular filler of setting carries out action of forced stirring, and the mobility of granular filler and demoulding effect are good, turn from aeration and biological
Wheel aerobic zone no dead band；
6) energy expenditure and operating cost are reduced：From aeration and biological runner than other use aerator aeration energy saving of system
More than 30%, aerobic area makes sewage keep fluidised form from bottom to top using subregion dividing plate and mozzle, eliminate blender this
One equipment, from aeration and biological runner aerobic zone, interior circulation adopts stripping regime simultaneously, and more traditional internal circulation water pump saves energy consumption about
More than 40%.
Brief description
Fig. 1 is structural representation of the present utility model；
Fig. 2 is sterilizing function segment structure schematic diagram of the present utility model；
In figure：1- water inlet pipe；2- subregion dividing plate；3- interior circulation pipeline outlet；4- air stripping air supply pipe；5- mozzle；Outside 6-
Put blower fan；7- bottom perforated aeration tube；8- is from aeration and biological runner；9- motor；10- sloping plate deposition district；11- effluent weir
Groove；12- sterilizing function section；13- outlet pipe；14- water outlet U-tube；15- three phase separator；16- interior circulation piping inlet；17- is not
Rust steel filter；18- is from aeration and biological runner aerobic zone；19- aerobic area；20- interior circulation pipeline；21- top positioning plate；22- is purple
Outside line fluorescent tube sleeve pipe；23- bottom location-plate；
It is described in detail referring to the drawings below with reference to embodiment of the present utility model.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawings and examples：
As shown in figure 1, a kind of sterilization integrated equipment of novel biochemical, comprise external fan 6 and the aerobic area being sequentially connected
19th, from aeration and biological runner aerobic zone 18, sloping plate deposition district 10, sterilizing function section 12, described aerobic area 19 is with water inlet pipe 1 even
Logical, described sloping plate deposition district 10 is connected with outlet pipe 13, and described aerobic area 19 is provided with subregion dividing plate 2, and described subregion dividing plate 2 will be simultaneous
Oxygen area 19 is divided into some subregions, is provided with mozzle 5 between described subregion, the import of described mozzle 5 located at previous subregion top,
Mozzle 5 exports located at a rear subregion bottom, makes the fluidised form that sewage keeps from bottom to top in subregion, described turns from aeration and biological
Wheel aerobic zone 18 is provided with from aeration and biological runner 8, bionic filler, granular filler, bottom perforated aeration tube 7, interior circulation pipeline 20,
Described pass through chain and motor 9 from aeration and biological runner 8 and drive, described bottom perforated aeration tube 7 passes through aeration pipeline even
It is connected to external fan 6, described bionic filler is fixed on from inside aeration and biological runner 8 by binding mode, described granular filler
It is placed in from aeration and biological runner aerobic zone 18, granular filler leans on and carries out by force from aeration and biological runner 8 and bottom perforated aeration tube 7
System stirring, described interior circulation pipeline 20 connects to aerobic area 19 water inlet end water from from aeration and biological runner aerobic zone 18 rear end bottom
More than face, interior circulation pipeline outlet 3 more than the water inlet end water surface of aerobic area 19, give birth to located at from aeration by interior circulation piping inlet 16
Thing runner aerobic zone 18 rear end bottom, is connected with air stripping air supply pipe 4, described air stripping air supply pipe 4 at described interior circulation pipeline outlet 3
It is connected with external fan 6, realizes air stripping interior circulation, described sloping plate deposition district 10 is provided with inclined plate packing, three phase separator 15, stainless
Steel filter 17 and water outlet weir notch 11, described inclined plate packing slant setting, described rustless steel filter 17 is installed on and turns from aeration and biological
Wheel aerobic zone 18 and sloping plate deposition district 10 between, described three phase separator 15 below inclined plate packing, described three phase separator
15 are connected with water outlet weir notch 11, and described water outlet weir notch 11 is connected with outlet pipe 13, and described sterilizing function section 12 is installed on outlet pipe
On 13.
Described granular filler packing ratio most 70%.
Described from aeration and biological runner 8 immersion water 80%.
Described sterilizing function section 12 includes water outlet U-tube 14, sleeves of ultraviolet tube 22, top positioning plate 21 and bottom
Location-plate 23, described water outlet U-tube 14 is connected with outlet pipe 13, described sleeves of ultraviolet tube 22, top positioning plate 21 and bottom
, near the side of water outlet weir notch 11 in water outlet U-tube 14, described top positioning plate 21 is located at water outlet U-tube for portion's location-plate 23
14 tops, located at water outlet U-tube 14 bottom, described sleeves of ultraviolet tube 22 passes through top to described bottom location-plate 23 from top to bottom
Bottom location-plate 23 is withstood after portion's location-plate 21.
On described top positioning plate 21 and bottom location-plate 23, UV resistant O-ring is set.
During application, sewage passes through water inlet pipe 1, enters aerobic area 19, is flowed into from aeration and biological by the sewage of aerobic area 19
Runner aerobic zone 18 carries out Aerobic Process for Treatment, enters back into eventually enter into through water outlet weir notch 11 after sloping plate deposition district 10 is filtered and disappears
Malicious functional section 12 carries out water outlet after advanced treating to sewage.
Above in conjunction with accompanying drawing, this utility model is exemplarily described it is clear that this utility model implements is not subject to
The restriction of aforesaid way, as long as employing the various improvement that method design of the present utility model and technical scheme are carried out, or without
Improve and directly apply to other occasions, all within protection domain of the present utility model.
Claims (5)
1. a kind of sterilization integrated equipment of novel biochemical is it is characterised in that the aerobic area that comprises external fan (6) and be sequentially connected
(19), from aeration and biological runner aerobic zone (18), sloping plate deposition district (10), sterilizing function section (12), described aerobic area (19) with
Water inlet pipe (1) connects, and described sloping plate deposition district (10) is connected with outlet pipe (13), and described aerobic area (19) is provided with subregion dividing plate
(2), aerobic area (19) are divided into some subregions by described subregion dividing plate (2), are provided with mozzle (5) between described subregion, described
Mozzle (5) import exports located at a rear subregion bottom located at previous subregion top, mozzle (5), so that sewage is protected in subregion
Hold fluidised form from bottom to top, described from aeration and biological runner aerobic zone (18) be provided with from aeration and biological runner (8), bionic filler,
Granular filler, bottom perforated aeration tube (7), interior circulation pipeline (20), described from aeration and biological runner (8) pass through chain and driving
Motor (9) drives, and described bottom perforated aeration tube (7) is connected to external fan (6) by aeration pipeline, and described bionic filler leads to
Cross binding mode and be fixed on from aeration and biological runner (8) inside, described granular filler is placed in from aeration and biological runner aerobic zone
(18), in, granular filler leans on and carries out action of forced stirring, described interior circulation from aeration and biological runner (8) and bottom perforated aeration tube (7)
Pipeline (20) connects to more than aerobic area (19) the water inlet end water surface from from aeration and biological runner aerobic zone (18) rear end bottom, inside follows
More than aerobic area (19) the water inlet end water surface, interior circulation piping inlet (16) turns ring pipeline outlet (3) located at from aeration and biological
Wheel aerobic zone (18) rear end bottom, described interior circulation pipeline outlet (3) place is connected with air stripping air supply pipe (4), described air stripping supply
Pipe (4) is connected with external fan (6), realizes air stripping interior circulation, described sloping plate deposition district (10) is provided with inclined plate packing, three phase separation
Device (15), rustless steel filter (17) and water outlet weir notch (11), described inclined plate packing slant setting, described rustless steel filter (17) peace
It is loaded on between aeration and biological runner aerobic zone (18) and sloping plate deposition district (10), described three phase separator (15) is filled out located at swash plate
Below material, described three phase separator (15) is connected with water outlet weir notch (11), and described water outlet weir notch (11) is connected with outlet pipe (13),
Described sterilizing function section (12) is installed on outlet pipe (13).
2. the sterilization integrated equipment of novel biochemical according to claim 1 is it is characterised in that described granular filler filling
Ratio most 70%.
3. the sterilization integrated equipment of novel biochemical according to claim 1 is it is characterised in that described turns from aeration and biological
80% in wheel (8) immersion water.
4. the sterilization integrated equipment of novel biochemical according to claim 1 is it is characterised in that described sterilizing function section
(12) water outlet U-tube (14), sleeves of ultraviolet tube (22), top positioning plate (21) and bottom location-plate (23) are included, described
Water outlet U-tube (14) is connected with outlet pipe (13), described sleeves of ultraviolet tube (22), top positioning plate (21) and bottom positioning
, near the side of water outlet weir notch (11) in water outlet U-tube (14), described top positioning plate (21) is U-shaped located at water outlet for plate (23)
Pipe (14) top, located at water outlet U-tube (14) bottom, described sleeves of ultraviolet tube (22) is from upper for described bottom location-plate (23)
Withstand bottom location-plate (23) to lower (21) through top positioning plate.
5. the sterilization integrated equipment of novel biochemical according to claim 4 is it is characterised in that described top positioning plate
(21) with bottom location-plate (23) upper setting UV resistant O-ring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620816501.1U CN205974170U (en) | 2016-07-26 | 2016-07-26 | Novel biochemical disinfection integration equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620816501.1U CN205974170U (en) | 2016-07-26 | 2016-07-26 | Novel biochemical disinfection integration equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205974170U true CN205974170U (en) | 2017-02-22 |
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ID=58027572
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620816501.1U Active CN205974170U (en) | 2016-07-26 | 2016-07-26 | Novel biochemical disinfection integration equipment |
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| Country | Link |
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| CN (1) | CN205974170U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106145527A (en) * | 2016-07-26 | 2016-11-23 | 安力斯（天津）环保设备制造有限公司 | A kind of sterilization integrated equipment of novel biochemical |
-
2016
- 2016-07-26 CN CN201620816501.1U patent/CN205974170U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106145527A (en) * | 2016-07-26 | 2016-11-23 | 安力斯（天津）环保设备制造有限公司 | A kind of sterilization integrated equipment of novel biochemical |
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| GR01 | Patent grant |