CN208814831U - Four lattice clarifier-tank of glass reinforced plastic - Google Patents
Four lattice clarifier-tank of glass reinforced plastic Download PDFInfo
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- CN208814831U CN208814831U CN201820755190.1U CN201820755190U CN208814831U CN 208814831 U CN208814831 U CN 208814831U CN 201820755190 U CN201820755190 U CN 201820755190U CN 208814831 U CN208814831 U CN 208814831U
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Abstract
The utility model relates to four lattice clarifier-tanks of glass reinforced plastic, including sequentially connected sump from left to right, efficient anaerobic tank, clarifier-tank and small-sized wetland, side wall is equipped with water inlet on the left of the sump, two pieces of filter screens are removably connected in the sump, the filter screen is set to above water inlet, electric heater unit is equipped with above the filter screen, the sump right side wall is equipped with the first water outlet, first water outlet is connect with efficient anaerobic tank by pipeline, the second water outlet is set on the efficient anaerobic tank right side wall, second water outlet is connect with clarifier-tank by pipeline, the clarifier-tank is connect on the left of small-sized wetland by PCV antipriming pipe, water outlet is equipped on the right side of the small-sized wetland.The utility model is high to the purification efficiency of sewage, keeps processed sewage discharge up to standard, in addition, four lattice clarifier-tanks are made of glass steel material, has many advantages, such as that corrosion-resistant, long service life, crushing resistance are good, is suitble to promote and apply.
Description
Technical field
The utility model, which relates to, belongs to technical field of environment protection equipment, specifically four lattice clarifier-tank of glass reinforced plastic.
Background technique
Now, people are faced with serious shortage of resources problem, and environmental pollution is increasingly severe, and water resource cannot be reasonable
Utilization, water pollution problems gradually highlights.Shortage of water resources has become the serious significant problem for restricting development of all countries economy, and
Water resource pollution is a very stubborn problem again.Temperature control is not carried out to sewage in traditional sewage disposal device,
And the Anaerobic Digestion of sewage and the temperature of sewage have great correlation, this is serious to constrain the palliating degradation degree of sewage；
In addition, traditional sewage disposal device the problems such as that there is also sewage treating efficiencies is low, not corrosion-resistant and easy to leak.
Utility model content
In view of the above-mentioned problems, the utility model provides four lattice clarifier-tank of glass reinforced plastic.
Technical solution adopted by the utility model to solve the above technical problems is as follows: four lattice clarifier-tank of glass reinforced plastic, including control
Panel processed and from left to right sequentially connected sump, efficient anaerobic tank, clarifier-tank and small-sized wetland, the sump are left
Side side wall is equipped with water inlet, and two pieces of filter screens are removably connected in the sump, and the filter screen is set on water inlet
Side, the filter screen top are equipped with electric heater unit, and the sump right side wall is equipped with the first water outlet, first water outlet
Temperature sensor is set at mouthful, is successively arranged anaerobic biological reactor, the first water distribution from bottom to up inside the efficient anaerobic tank
The second water outlet, dress inside the anaerobic biological reactor are arranged on the efficient anaerobic tank right side wall for device and the first separator
There are anaerobic organism filler and its inner wall interval that several raised lines and groove be set, the sectional area of the raised line and groove is equal, described
Raised line and groove and anaerobic biological reactor inner wall are integrally formed, and controller, the control panel are equipped in the control panel
LED display is arranged in surface, is equipped with set key below the LED display, passes through set key set temperature parameter, the control
Device is connected with electric heater unit and temperature sensor respectively, and the temperature sensor detects temperature signal and is transferred to controller,
Controller controls electric heater unit operating according to temperature signal, and temperature is made to reach the temperature parameter of setting, and sewage is arranged from water inlet
Enter sump, heavy solid reactant is intercepted through filter screen and precipitated, and the sewage after preliminary treatment is heated through electric heater unit
Processing flows into the first water distributor through pipeline by the first water outlet, and then flows into anaerobic reactor and carry out anaerobic reaction, after reaction
Sewage flow into the first separator carry out three phase separation, after separation liquid sewage by the second water outlet through pipeline flow into clarifier-tank into
The processing of one step flows into small-sized wetland through pipeline after processing and carries out Ecological Disposal.
Preferably, the clarifier-tank includes from top to bottom including aerobic reaction tank and sedimentation basin, second water outlet
It is connect respectively with aerobic reaction tank and sedimentation basin by pipeline, and junction is respectively equipped with the first shut-off valve and the second shut-off valve,
Water quality detector is arranged in second water outlet, and the small-sized wetland of the second water outlet-aerobic reaction tank-sedimentation basin-constitutes first
Be discharged route, the second water outlet-sedimentation basin-small-sized wetland constitutes the second water outlet route, the controller respectively with water quality
Detector, the first shut-off valve and the second shut-off valve are connected, and by the way that key assignments water quality parameter is arranged, the Water quality detector detects water
Matter signal is simultaneously transferred to controller, and controller controls the first shut-off valve according to water quality signal and the second shut-off valve is run, realization pair
It is discharged the selection of route.
Preferably, the aerobic reaction tank includes tracheae, aerobe reactor, the second water distributor and from bottom to up
Two separators install oxygen biologic packing material inside the aerobe reactor, and the tracheae is connect with air pump, open described first
Shut-off valve, sewage flows into the second water distributor through pipeline by the second water outlet, and then it is aerobic to flow into aerobe reactor progress
Reaction, sewage flows into the second separator and carries out three phase separation after reaction, and liquid sewage flows into sedimentation basin into one by road after separation
Step processing.
Preferably, the section of the raised line is rectangle or isosceles trapezoid.
Preferably, the clarifier-tank is connect on the left of small-sized wetland by PVC antipriming pipe, set on the right side of the small-sized wetland
There is water outlet.
Preferably, the sump, efficient anaerobic tank, the material of clarifier-tank and small-sized wetland are glass reinforced plastic.
Preferably, the shell of the sump, efficient anaerobic tank and clarifier-tank is integrally molded so as cylinder.
Preferably, the sump, efficient anaerobic tank and precipitating bottom of pond portion are equipped with sewage draining exit, the aerobic reaction tank is right
Side wall is equipped with sewage draining exit.
Compared with prior art, the utility model has the following beneficial effects:
1, by the way that several raised lines and groove are arranged at anaerobic biological reactor inner wall interval, can slow down sewage washes away speed
Degree, make anaerobic organism bacterium in anaerobic organism filler in sewage harmful microorganism and organic matter come into full contact with and ferment, mention
High degradation efficiency；
2, big floating material, impurity and inorganic particle be can remove by two pieces of filter screens, by setting electric heater unit and
Temperature sensor can be heated to sewage, reach the optimum temperature of anaerobic organism reaction, improve anaerobic reaction efficiency；
3, the sewage of different quality can be handled by two water outlet routes, the first water outlet route can be to organic
The lower sewage of object content carries out Anaerobic Treatment, and the second water outlet route can detest the higher sewage of content of organics simultaneously
Oxygen and Aerobic Process for Treatment, deep purifying；
4, it by setting Water quality detector and controller, can determine not need to carry out aerobic place according to water quality situation
Reason, and then optimal water outlet route is selected, keep the treatment effeciency of sewage higher；
5, sump, efficient anaerobic tank and clarifier-tank are designed as cylinder, are pressurized uniformly, crushing resistance is strong, is unlikely to deform.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of preferred embodiment of the utility model.
Specific embodiment
The utility model is described in detail below in conjunction with Fig. 1, in the illustrative examples and explanation of this utility model
For explaining the utility model, but it is not intended to limit the scope of the present invention.
Four lattice clarifier-tank of glass reinforced plastic, including control panel and sequentially connected sump 1, efficient anaerobic from left to right
Pond 2, clarifier-tank 3 and small-sized wetland 15, the 1 left side side wall of sump are equipped with water inlet 18, detachable in the sump 1
Two pieces of filter screens 11 of connection, the filter screen 11 is set to the top of water inlet 18, can remove big floating material, impurity and inorganic particulate
Grain；It is equipped with electric heater unit 12 above the filter screen 11, reaches the optimum temperature of anaerobic organism reaction, it is anti-to improve anaerobism
Answer efficiency；1 right side wall of sump is equipped with the first water outlet 21, and temperature sensor is arranged at first water outlet 21,
Anaerobic biological reactor 6, the first water distributor 7 and the first separator 8 are successively arranged inside the efficient anaerobic tank 2 from bottom to up,
Second water outlet 20 is set on 2 right side wall of efficient anaerobic tank, and 6 inside of anaerobic biological reactor is filled out equipped with anaerobic organism
The sectional area of material and several raised lines of its inner wall interval setting and groove, the raised line and groove is equal, and the section of the raised line is
Rectangle or isosceles trapezoid, the raised line and groove and 6 inner wall of anaerobic biological reactor are integrally formed, and can slow down sewage washes away speed
Degree, make anaerobic organism bacterium in anaerobic organism filler in sewage harmful microorganism and organic matter come into full contact with and ferment, mention
High degradation efficiency；Controller is equipped in the control panel, LED display is arranged in the control panel surface, and the LED is shown
Screen lower section is equipped with set key, and by set key set temperature parameter, the controller is passed with electric heater unit 12 and temperature respectively
Sensor is connected, and the temperature sensor detects temperature signal and is transferred to controller, and controller adds according to temperature signal control electricity
Thermal 12 operate, so that temperature is reached the temperature parameter of setting, temperature made to reach the temperature parameter of setting, reach set temperature it
Afterwards, electric heater unit 12 closes out of service；Sewage is discharged into sump 1 from water inlet 18, and heavy solid reactant is through filtering
Net 11 intercepts precipitating, and the sewage after preliminary treatment heats through electric heater unit 12, by the first water outlet 21 through pipeline stream
Enter the first water distributor 7, and then flow into anaerobic reactor 6 and carry out anaerobic reaction, sewage flows into the first separator 8 and carries out three after reaction
It mutually separates, liquid sewage flows into clarifier-tank 3 through pipeline by the second water outlet 20 and is further processed after separation, through pipeline after processing
It flows into small-sized wetland 15 and carries out Ecological Disposal.
The clarifier-tank 3 includes from top to bottom including aerobic reaction tank 4 and sedimentation basin 5, and second water outlet 20 is distinguished
It is connect with aerobic reaction tank 4 and sedimentation basin 5 by pipeline, and junction is respectively equipped with the first shut-off valve and the second shut-off valve, the
Water quality detector, small-sized 15 structure of wetland of the second water outlet 20- aerobic reaction tank 4- sedimentation basin 5- are set at two water outlets 20
At the first water outlet route, the small-sized wetland 15 of the second water outlet 20- sedimentation basin 5- constitutes the second water outlet route, the controller
It is connected respectively with Water quality detector, the first shut-off valve and the second shut-off valve, by the way that key assignments water quality parameter, the water quality inspection is arranged
It surveys device detection water quality signal and is transferred to controller, controller controls the first shut-off valve according to water quality signal and the second shut-off valve is transported
Row realizes the selection to water outlet route；Then illustrate that the organic matter in sewage is less below the water quality parameter of setting, without into
Row Aerobic Process for Treatment, therefore the second shut-off valve is opened, the first shut-off valve is closed, the second water outlet route is selected, if in the water quality of setting
Then illustrate that the content of organics in sewage is more on parameter, needs to carry out Aerobic Process for Treatment, therefore open the first shut-off valve, close
Second shut-off valve selects the first water outlet route, thus can select optimal water outlet route according to water quality situation, make sewage
Treatment effeciency is higher.
The aerobic reaction tank 4 includes tracheae 14, aerobe reactor 9, the second water distributor 22 and second from bottom to up
Separator 10 installs oxygen biologic packing material inside the aerobe reactor 9, and the tracheae 14 is connect with air pump 13, opens institute
The first shut-off valve is stated, provides the oxygen needed to aerobic reaction by air pump 13 and tracheae 14, sewage passes through the second water outlet 20
The second water distributor 22 is flowed into through pipeline, and then flows into aerobe reactor 9 and carries out aerobic reaction, sewage flows into second after reaction
Separator 10 carries out three phase separation, and liquid sewage flows into sedimentation basin 5 by road and is further processed after separation.
The clarifier-tank 3 is connect on the left of small-sized wetland 15 by PVC antipriming pipe, is equipped on the right side of the small-sized wetland 15
The mouth of a river 19.The sump 1, efficient anaerobic tank 2, the material of clarifier-tank 3 and small-sized wetland 15 are glass reinforced plastic, have it is corrosion-resistant,
The advantages that long service life, crushing resistance are good；The shell of the sump 1, efficient anaerobic tank 2 and clarifier-tank 3 is integrally molded so as justifying
Cylindricality is pressurized uniformly, and crushing resistance is strong, is unlikely to deform；The sump 1, efficient anaerobic tank 2 and 5 bottom of sedimentation basin are equipped with blowdown
Mouthful, 4 right side wall of aerobic reaction tank is equipped with sewage draining exit, is convenient for blowdown.
Working principle of the utility model is: sewage first from water inlet is discharged to the first lattice sump 1, compare in sump 1
The biggish solids of weight and parasitic ovum etc. are intercepted and precipitated by two pieces of filter screens 11, and sewage is electrically heated device 12 in turn
Heating, makes temperature reach optimal anaerobic reaction temperature, and treated, and sewage passes through the first water outlet 21 the first water distributor of inflow
7, and then enter anaerobic reactor 6 and carry out anaerobic reaction, in the second lattice, the organic matter in sewage is largely degraded, after reaction
Sewage carry out three phase separation through the first separator 8, the gas after separation is collected, and solid sedimentation falls into anaerobic reactor
6, liquid flows into clarifier-tank 3 and is further processed, can be according to water quality situation by the Water quality detector and controller of setting
Optimal water outlet route is selected, decision need to not need to carry out further aerobic reaction, keep the treatment effeciency of sewage higher；Finally
Processed sewage flows into the small-sized wetland 15 of the 4th lattice by PVC antipriming pipe, and small-sized wetland 15 is equipped with plant, PVC from top to bottom
Antipriming pipe and filler, sewage Tortuous flow in the filler in small-sized wetland 15, filtering, suction of the insoluble organic matter by filler
Attached, precipitation is throttled quickly and then is utilized by microorganism；What dissolved organic matter can then be planted by upper layer sandy loam
Plant absorption and biological metabolism degradation process and be decomposed and removed, finally by water outlet 19 exclude.
Technical solution provided by the utility model embodiment is described in detail above, it is used herein specifically
A example is expounded the principle and embodiment of the utility model embodiment, and the explanation of above embodiments is only applicable to help
Assistant solves the principle of the utility model embodiment；At the same time, for those skilled in the art is implemented according to the utility model
Example, there will be changes in terms of specific embodiments and scope of application, in conclusion the content of the present specification should not be construed as
Limitations of the present invention.
Claims (8)
1. four lattice clarifier-tank of glass reinforced plastic, it is characterised in that: including control panel and from left to right sequentially connected sump
(1), efficient anaerobic tank (2), clarifier-tank (3) and small-sized wetland (15), sump (1) left side side wall are equipped with water inlet
(18), two pieces of filter screens (11) are removably connected in the sump (1), the filter screen (11) is set on water inlet (18)
Side, filter screen (11) top are equipped with electric heater unit (12), and sump (1) right side wall is equipped with the first water outlet
(21), temperature sensor is set at first water outlet (21), is successively arranged from bottom to up inside the efficient anaerobic tank (2)
Anaerobic biological reactor (6), the first water distributor (7) and the first separator (8) are arranged on efficient anaerobic tank (2) right side wall
Second water outlet (20), anaerobic biological reactor (6) inside is equipped with anaerobic organism filler and the setting of its inner wall interval is several
The sectional area of raised line and groove, the raised line and groove is equal, the raised line and groove and anaerobic biological reactor (6) inner wall one
It is body formed, it is equipped with controller in the control panel, the control panel surface is arranged LED display, under the LED display
Side is equipped with set key, by set key set temperature parameter, the controller respectively with electric heater unit (12) and temperature sensing
Device is connected, and the temperature sensor detects temperature signal and is transferred to controller, and controller controls electric heating according to temperature signal
Device (12) operating, makes temperature reach the temperature parameter of setting, sewage is discharged into sump (1) from water inlet (18), heavy
Solid reactant is intercepted through filter screen (11) and is precipitated, and the sewage after preliminary treatment heats through electric heater unit (12), is passed through
First water outlet (21) flows into the first water distributor (7) through pipeline, and then flows into anaerobic biological reactor (6) and carry out anaerobic reaction,
Sewage flows into the first separator (8) and carries out three phase separation after reaction, and liquid sewage is by the second water outlet (20) through pipe after separation
Road flows into clarifier-tank (3) and is further processed, and flows into small-sized wetland (15) through pipeline after processing and carries out Ecological Disposal.
2. four lattice clarifier-tank of glass reinforced plastic according to claim 1, it is characterised in that: the clarifier-tank (3) includes from top to bottom
Including aerobic reaction tank (4) and sedimentation basin (5), second water outlet (20) respectively with aerobic reaction tank (4) and sedimentation basin (5)
It is connected by pipeline, and junction is respectively equipped with the first shut-off valve and the second shut-off valve, and water quality is arranged at the second water outlet (20)
Detector, second water outlet (20)-aerobic reaction tank (4)-sedimentation basin (5)-small-sized wetland (15) constitute the first water outlet path
Line, second water outlet (20)-sedimentation basin (5)-small-sized wetland (15) constitute the second water outlet route, the controller respectively with
Water quality detector, the first shut-off valve and the second shut-off valve are connected, by the way that key assignments water quality parameter, the Water quality detector inspection is arranged
It surveys water quality signal and is transferred to controller, controller controls the first shut-off valve according to water quality signal and the second shut-off valve is run, real
Now to the selection of water outlet route.
3. four lattice clarifier-tank of glass reinforced plastic according to claim 2, it is characterised in that: the aerobic reaction tank (4) is from bottom to up
It is anti-including tracheae (14), aerobe reactor (9), the second water distributor (22) and the second separator (10), the aerobe
It answers and installs oxygen biologic packing material inside device (9), the tracheae (14) connect with air pump (13), opens first shut-off valve, sewage
The second water distributor (22) are flowed into through pipeline by the second water outlet (20), and then it is aerobic to flow into aerobe reactor (9) progress
Reaction, sewage flows into the second separator (10) and carries out three phase separation after reaction, and liquid sewage flows into sedimentation basin by road after separation
(5) it is further processed.
4. four lattice clarifier-tank of glass reinforced plastic according to claim 1, it is characterised in that: the section of the raised line is rectangle or isosceles
It is trapezoidal.
5. four lattice clarifier-tank of glass reinforced plastic according to claim 1, it is characterised in that: the clarifier-tank (3) and small-sized wetland
(15) left side is connected by PVC antipriming pipe, is equipped with water outlet (19) on the right side of the small-sized wetland (15).
6. four lattice clarifier-tank of glass reinforced plastic according to claim 1, it is characterised in that: the sump (1), efficient anaerobic tank
(2), the material of clarifier-tank (3) and small-sized wetland (15) is glass reinforced plastic.
7. four lattice clarifier-tank of glass reinforced plastic according to claim 1, it is characterised in that: the sump (1), efficient anaerobic tank
(2) and the shell of clarifier-tank (3) is integrally molded so as cylinder.
8. four lattice clarifier-tank of glass reinforced plastic according to claim 2, it is characterised in that: the sump (1), efficient anaerobic tank
(2) and sedimentation basin (5) bottom is equipped with sewage draining exit, and aerobic reaction tank (4) right side wall is equipped with sewage draining exit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820755190.1U CN208814831U (en) | 2018-05-21 | 2018-05-21 | Four lattice clarifier-tank of glass reinforced plastic |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820755190.1U CN208814831U (en) | 2018-05-21 | 2018-05-21 | Four lattice clarifier-tank of glass reinforced plastic |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208814831U true CN208814831U (en) | 2019-05-03 |
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ID=66269005
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820755190.1U Active CN208814831U (en) | 2018-05-21 | 2018-05-21 | Four lattice clarifier-tank of glass reinforced plastic |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208814831U (en) |
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2018
- 2018-05-21 CN CN201820755190.1U patent/CN208814831U/en active Active
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