CN207498231U - A kind of aquaculture wastewater processing unit - Google Patents
A kind of aquaculture wastewater processing unit Download PDFInfo
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- CN207498231U CN207498231U CN201721356362.XU CN201721356362U CN207498231U CN 207498231 U CN207498231 U CN 207498231U CN 201721356362 U CN201721356362 U CN 201721356362U CN 207498231 U CN207498231 U CN 207498231U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/30—Hydrogen technology
- Y02E60/50—Fuel cells
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Abstract
This application discloses a kind of aquaculture wastewater processing unit, including sewage collecting pool, Biogeneration device, effluent treatment plant and alarm；Biogeneration device includes bioelectrogenesis case, accumulator is equipped in bioelectrogenesis case, voltage sensor, first circulation pumps, group biobattery and adjusting valve regulating flow etc., effluent treatment plant includes by-pass filtration pond, secondary filtration pond and sterilization pool, sterilization pool includes disinfectant pump, disinfectant box, grug transportation tube, chemical spraying device, second circulation pump and funnel etc., flow control valve can accurately adjust the discharge of sewage and ensure electricity generation by microorganism efficiency, sewage is vertically sprayed in sterilization pool, disinfectant passes through atomizer transverse sprinkling, during so that sewage is less in sterilization pool, sewage and disinfectant can come into full contact with, disinfection efficiency is high, when sewage level is higher in sterilization pool, funnel of the inside with spiral lamination can make sewage helical flow, strengthen sewage disturbance, enhance disinfection efficiency.
Description
Technical field
The utility model is related to a kind of sewage-treatment plants, and in particular to a kind of aquaculture wastewater processing unit.
Background technology
With the improvement of people's living standards in recent years, demand of the people to meat is also increasing, all parts of the country cultivation
Field is fast-developing, however in traditional breeding process, producing a large amount of excrement and sewage can not normally be handled, and be polluted after discharge
Environment is packed together meeting polluted underground water, takes the method concentrated after drying and burn processing, although can solve to store and sterilize
Problem, but concentrate and burn or air can be polluted, existing sewage disposal means processing is insufficient, and complicated equipment
It is not suitable for small-scale farm.
Utility model content
The utility model provides a kind of aquaculture wastewater processing unit, solves existing aquaculture animal wastes and is difficult to locate
Reason, the problem of also can cause environmental pollution.
In order to solve the above-mentioned technical problem, the utility model provides following technical solution：A kind of aquaculture wastewater processing
Device, including sewage collecting pool, Biogeneration device, effluent treatment plant and alarm；
The Biogeneration device includes bioelectrogenesis case, and the bioelectrogenesis box top is equipped with accumulator, voltage sensor
Device and first circulation pump, the bioelectrogenesis case right side are equipped with battery case water inlet pipe, battery are equipped on the left of the bioelectrogenesis case
Case outlet pipe, the battery case water inlet pipe pump out the mouth of a river with first circulation and connect, and the battery case outlet pipe is pumped with first circulation
Water inlet connects, and is equipped with several groups of biobatteries in the bioelectrogenesis case, the biobattery include top cathode chamber and
The anode chamber of lower section, anode carbon felt is equipped in the anode chamber, and the anode chamber bottom is equipped with bed mud, the cathode chamber inner cathode
Carbon felt, the cathode chamber and anode chamber are separated by being located at the proton exchange membrane among biobattery, the anode carbon felt and cathode
Carbon felt is electrically connected respectively with accumulator, and the anode carbon felt and cathode carbon felt are electrically connected respectively with voltage sensor, the cathode
Carbon felt is electrically connected with proton exchange membrane, and battery water inlet pipe is equipped on the right side of the anode chamber, stream is equipped on the battery water inlet pipe
Adjustable valve, the flow control valve include attachment, control system, fine tuning motor, protecting box, drive link, right end cap, left end
Lid, pressure sensor, blowdown apparatus, microgenerator, filter device, the left end cap are connected to form flow tune with right end cap
The ontology of valve is saved, the body interior is equipped with core, and the core is equipped with groove, and the drive link lower end passes through in core
Groove connects, and the drive link upper end stretches out body outer wall and is provided with gear, and the fine tuning motor passes through gear and drive link
Upper end connects, and the protecting box is mounted on above ontology and covers fine tuning motor and drive link, and the attachment includes import and goes out
Mouthful, the attachment is connect by mounting hole with control system, and the control system includes increase income microcontroller and micro power, described
Blowdown apparatus is arranged on by the snap ring of attachment inner wall below attachment input end, the snap ring that the filter device passes through attachment inner wall
Be arranged on inside attachment input end, the left end cap import of the attachment port of export and valve body connection, the left end cap of the valve body with
Pressure sensor connects, the control system and pressure sensor respectively with micro generation mechatronics, the pressure sensor
It is electrically connected respectively with control system with fine tuning motor, the flow control valve right end cap is equipped with sealing with left end cap junction
Circle, the core left and right ends of the flow control valve are equipped with sealing ring, and the battery water inlet pipe connects with battery case water inlet pipe
It connects, battery outlet pipe is equipped on the left of the anode chamber, the battery outlet pipe is connect with battery case outlet pipe；
The effluent treatment plant includes by-pass filtration pond, secondary filtration pond and sterilization pool, by-pass filtration pond top plate
Equipped with by-pass filtration pond water inlet, several floor height density strainers, the level-one mistake are detachably equipped with below the top plate of by-pass filtration pond
Lower section is equipped with by-pass filtration pond water outlet on the left of filter tank, if being equipped with dried layer active carbon filter screen, institute in the secondary filtration pond
It states active carbon filter screen to be mutually parallel and be tilted to the left, secondary filtration pond right side wall, which is located above active carbon filter screen, is equipped with two level
Filtering ponds water inlet, secondary filtration pond left side wall, which is located at below active carbon filter screen, is equipped with secondary filtration pond water outlet, described
Disinfectant pump is equipped at the top of sterilization pool, the disinfectant pump inlet is equipped with disinfectant box, and the disinfection pump discharge is stretched by grug transportation tube
Enter sterilization pool bottom, the disinfection pump discharge is rotatably connected with grug transportation tube, and in the middle part of the grug transportation tube and bottom is provided with Swastika words
The chemical spraying device of shape, the chemical spraying device middle part are connected with grug transportation tube, and end is equipped with nozzle, and second is equipped with outside the sterilization pool
Circulating pump, second circulation pump water inlet mouth stretch into sterilization pool bottom by the first water pipe, and first water pipe is located inside sterilization pool
One end separates several first water pipes and is in charge of upwards, and second circulation pumps out the mouth of a river and stretched at the top of sterilization pool by the second water pipe, described
Second water pipe, which is located at one end inside sterilization pool and separates several second water pipes downwards, to be in charge of, and first water pipe is in charge of top and second
Water pipe is in charge of lower section and is equipped with the internal funnel with spiral lamination, and the sterilization pool top plate is pacified equipped with water outlet pump inlet and outlet
Equipped with outlet pipe, the water outlet pump inlet stretches into sterilization pool bottom by outlet pipe；
The sewage collecting pool water outlet connects battery case water inlet pipe by third water pipe, and the third water pipe is equipped with the
One solenoid valve, the battery outlet pipe are connect by the 4th water pipe with by-pass filtration pond water inlet, and the 4th water pipe is equipped with
Second solenoid valve, first solenoid valve, second solenoid valve are electrically connected with voltage sensor, by-pass filtration pond water outlet
It is connect by the 5th water pipe with secondary filtration pond water inlet, secondary filtration pond water outlet passes through the 6th with sterilization pool water inlet
Water pipe connects, and says it is that sterilization pool water inlet is located above sterilization pool side, it is same that the sterilization pool is internally located at sterilization pool water inlet
One height is equipped with water level sensor, and the water level sensor is electrically connected with alarm, and the sewage collecting pool water outlet height is high
In bioelectrogenesis case, the bioelectrogenesis case height is higher than by-pass filtration pond, and by-pass filtration pond water outlet height is higher than two
Grade filtering ponds water inlet, secondary filtration pond water outlet height are higher than sterilization pool water inlet.
Preferably, totally 3 layers of the high density strainer, from top to bottom high density strainer mesh number be followed successively by 40 mesh, 80 mesh and 120
Mesh, layered filtration.
Preferably, the battery water inlet pipe includes water inlet supervisor and water inlet is in charge of, and the water inlet is in charge of one end and is led with water inlet
Pipe connects, and the other end is connect respectively with biobattery, and sewage is respectively delivered to input bioelectricity after metal is in charge of by water inlet supervisor
Chi Zhong, the battery outlet pipe includes water outlet main pipe and water outlet is in charge of, and the water outlet is in charge of one end and is connect with water outlet main pipe, another
End is connect respectively with biobattery.
Preferably, the water outlet main pipe lower end is connect by the 4th water pipe with by-pass filtration pond water inlet.
Preferably, the active carbon filter screen and secondary filtration bottom of pond face angle of inclination are 30 °.
Preferably, first water pipe is in charge of top and the second water pipe is in charge of and is 4 and is uniformly arranged.
The advantageous effect that the utility model is reached is：The utility model is simple in structure, flexible to operation, and sewage is received
After collection, can dirty Organic substance in water be carried out by decomposition power generation by biobattery, flow control valve can accurately adjust the discharge of sewage
Ensure electricity generation by microorganism efficiency, sewage is vertically sprayed in sterilization pool, disinfectant atomization transverse sprinkling so that dirt in sterilization pool
When water is less, sewage and disinfectant can come into full contact with, and disinfection efficiency is high, when sewage level is higher in sterilization pool, internal band spiral shell
The funnel of lira can make sewage helical flow, strengthen sewage disturbance, enhance disinfection efficiency；Reach water level when sewage is accumulated to liquid level
During sensor height, by alarm equipment alarm, operating personnel is prompted to discharge in time.
Description of the drawings
Fig. 1 is the structure diagram of the utility model；
Fig. 2 is the structure diagram of biobattery in the utility model；
Fig. 3 is the vertical view of chemical spraying device in the utility model；
Fig. 4 is the structure diagram of funnel in the utility model；
Fig. 5 is the structure diagram of flow control valve in the utility model；
Fig. 6 is the side view of flow control valve in the utility model；
Fig. 7 is the structure diagram of core in the utility model；
In figure：Sewage collecting pool -1, bioelectrogenesis case -2, accumulator -3, voltage sensor -4, first circulation pump -5, electricity
Pond case water inlet pipe -6, battery case outlet pipe -7, biobattery -8, cathode chamber -9, anode chamber -10, anode carbon felt -11, cathode carbon
Felt -12, bed mud -13, proton exchange membrane -14, battery water inlet pipe -15, flow control valve -16, attachment -1601, fine tuning motor -
1602nd, protecting box -1603, drive link -1604, right end cap -1605, left end cap -1606, pressure sensor -1607, blowdown dress
Put -1608, microgenerator -1609, filter device -1610, control system -1611, core -1612, formula of increasing income microcontroller -
1613rd, micro power -1614, by-pass filtration pond -17, secondary filtration pond -18, sterilization pool -19, by-pass filtration pond water inlet -20,
High density strainer -21, by-pass filtration pond water outlet -22, active carbon filter screen -23, secondary filtration pond water inlet -24, secondary filtration
Pond water outlet -25, disinfectant pump -26, disinfectant box -27, grug transportation tube -28, chemical spraying device -29, nozzle -30, second circulation pump -
31st, the first water pipe -32, the first water pipe are in charge of the -33, second water pipe -34, the second water pipe is in charge of -35, funnel -36, sewage discharge
Pipe -37, third water pipe -38, the first solenoid valve -39, the 4th water pipe -40, second solenoid valve -41, the 5th water pipe -42, the 6th water
Pipe -43, sterilization pool water inlet -44, water level sensor -45, sterilization pool -46, battery outlet pipe -47, water inlet supervisor -48, water outlet
Supervisor -49, water inlet are in charge of -50, water outlet and are in charge of -51, water outlet pump -52.
Specific embodiment
Aquaculture wastewater processing unit as shown in figs. 1-7, including sewage collecting pool 1, Biogeneration device, effluent treatment plant
And alarm；Biogeneration device includes bioelectrogenesis case 2, and 2 top of bioelectrogenesis case is equipped with accumulator 3,4 and of voltage sensor
First circulation pump 5,2 right side of bioelectrogenesis case are equipped with battery case water inlet pipe 6, and 2 left side of bioelectrogenesis case is equipped with battery case outlet pipe
7, battery case water inlet pipe 6 pumps 5 water outlets with first circulation and connect, and battery case outlet pipe 7 pumps 5 water inlets with first circulation and connect,
Several groups of biobatteries 8 are equipped in bioelectrogenesis case 2, biobattery 8 includes the cathode chamber 9 of top and the anode chamber 10 of lower section,
Anode carbon felt 11 is equipped in anode chamber 10,10 bottom of anode chamber is equipped with bed mud 13,9 inner cathode carbon felt 12 of cathode chamber, 9 He of cathode chamber
Anode chamber 10 is separated by being located at the proton exchange membrane 14 among biobattery 8, anode carbon felt 11 and cathode carbon felt 12 respectively with storage
Battery 3 is electrically connected, and anode carbon felt 11 and cathode carbon felt 12 are electrically connected respectively with voltage sensor 4, and cathode carbon felt 12 is handed over proton
It changes film 14 to be electrically connected, 8 left side of biobattery is equipped with battery outlet pipe 47, and 8 right side of biobattery is equipped with battery water inlet pipe 15, battery
Water inlet pipe 15 includes water inlet supervisor 48 and water inlet is in charge of 50, and water inlet is in charge of 50 one end and is connect with water inlet supervisor 48, other end difference
It is connect with biobattery 8, sewage is respectively delivered to input 8 anode chamber 10 of biobattery after being in charge of 50 into water by water inlet supervisor 48
In, battery outlet pipe 47 includes water outlet main pipe 49 and water outlet is in charge of 51, and water outlet is in charge of 51 one end and is connect with water outlet main pipe 49, another
End is connect respectively with 10 left side of the anode chamber of biobattery 8, and water inlet supervisor 48 connect with battery case water inlet pipe 6, water outlet main pipe 49
Connect on battery water inlet pipe 15 with battery case outlet pipe 7 and be equipped with flow control valve 16, flow control valve 16 include attachment 1601,
Control system 1611, fine tuning motor 1602, protecting box 1603, drive link 1604, right end cap 1605, left end cap 1606, pressure pass
Sensor 1607, sewage draining exit 1608, microgenerator 1609, filter device 1610, left end cap 1606 are connected with right end cap 1605
The ontology of flow control valve 16 is formed, body interior is equipped with core 1612, and core 1612 is equipped with groove, 1604 lower end of drive link
It is connected by the groove in core 1612,1604 upper end of drive link stretches out body outer wall and is provided with gear, finely tunes motor 1602
It is connect by gear with 1604 upper end of drive link, protecting box 1603 is mounted on above ontology and covers fine tuning motor 1602 and transmission
Bar 1604, attachment 1601 include inlet and outlet, and attachment 1601 is connect by mounting hole with control system 1611, control system
1611 include increase income microcontroller 1613 and micro power 1614, and sewage draining exit 1608 is arranged on attached by the snap ring of 1601 inner wall of attachment
Below 1601 input end of part, filter device 1610 is arranged on by the snap ring of 1601 inner wall of attachment inside 1601 input end of attachment,
1606 import of the left end cap connection of 1601 port of export of attachment and valve body, left end cap 1606 and the pressure sensor 1607 of valve body connect
It connects, control system 1611 and pressure sensor 1607 are electrically connected respectively with microgenerator 1609, pressure sensor 1607 and micro-
Motor 1602 is adjusted to be electrically connected respectively with control system 1611, right end cap 1605 and 1606 junction of left end cap, core 1612 or so
Both ends are mounted on sealing ring（It is not indicated in figure）；
Effluent treatment plant includes by-pass filtration pond 17, secondary filtration pond 18 and sterilization pool 46,17 top plate of by-pass filtration pond
Equipped with by-pass filtration pond water inlet 20, the filter of 3 floor height density is removably provided with below 17 top plate of by-pass filtration pond from top to bottom
21,3 floor height density strainer of net, 21 mesh number is followed successively by 40 mesh, 80 mesh and 120 mesh, can carry out layered filtration, by-pass filtration to sewage
17 left side lower section of pond is equipped with by-pass filtration pond water outlet 22, and 2 layers of active carbon filter screen 23, activity are equipped in secondary filtration pond 18
Charcoal strainer 23 is directly mutually parallel and is tilted to the left, and active carbon filter screen 23 and 18 inclined bottom surface angle of secondary filtration pond are 30 °, and two
Grade 18 right side wall of filtering ponds is located at 23 top of active carbon filter screen and is equipped with secondary filtration pond water inlet 24,18 left side wall of secondary filtration pond
Secondary filtration pond water outlet 25 is equipped with positioned at 23 lower section of active carbon filter screen, 46 top of sterilization pool is equipped with disinfectant pump 26, disinfectant pump 26
Import is equipped with disinfectant box 27, and 46 bottom of sterilization pool is stretched into the outlet of disinfectant pump 26 by grug transportation tube 28, disinfectant pump 26 export with it is defeated
Pencil 28 is rotatably connected, and the middle part of grug transportation tube 28 and bottom are provided with the chemical spraying device 29 of Swastika fonts, 29 middle part of chemical spraying device with
Grug transportation tube 28 connects, and 29 end of chemical spraying device is equipped with nozzle 30, and nozzle 30 is atomizer, and 46 outside of sterilization pool is followed equipped with second
Ring pump 31, second circulation pumps 31 water inlets and stretches into 46 bottom of sterilization pool by the first water pipe 32, and the first water pipe 32 is located at sterilization pool
46 inside one end uniformly separate 4 first water pipes and are in charge of 33 upwards, and second circulation pumps 31 water outlets and stretched by the second water pipe 34
The top of sterilization pool 46, the second water pipe 34, which is located at sterilization pool inside one end and uniformly separates 4 the second water pipes downwards, is in charge of 35, the first water
Pipe is in charge of 33 tops and the second water pipe is in charge of 35 lower sections and is equipped with the internal funnel 36 with spiral lamination, and 46 top plate of sterilization pool is equipped with
Water outlet pump 52,52 inlet and outlet of water outlet pump are mounted on effluent outfall 37, and 52 import of water outlet pump passes through effluent outfall 37
Stretch into 46 bottom of sterilization pool；
1 water outlet of sewage collecting pool connects battery case water inlet pipe 6 by third water pipe 38, and third water pipe 38 is equipped with first
Solenoid valve 39, battery outlet pipe 47 are connect by the 4th water pipe 40 with by-pass filtration pond water inlet 20, and the 4th water pipe 40 is equipped with
Second solenoid valve 41, the first solenoid valve 39, second solenoid valve 41 are electrically connected with voltage sensor 4, by-pass filtration pond water outlet
22 are connect by the 5th water pipe 42 with secondary filtration pond water inlet 24, and secondary filtration pond water outlet 25 is logical with sterilization pool water inlet 44
Cross the 6th water pipe 43 to connect, say it is that sterilization pool water inlet 44 is located above sterilization pool side, sterilization pool be internally located at sterilization pool into
44 sustained height of the mouth of a river is equipped with water level sensor 45, and water level sensor 45 is electrically connected with alarm, and 1 water outlet of sewage collecting pool is high
For degree higher than bioelectrogenesis case 2,2 height of bioelectrogenesis case is higher than by-pass filtration pond, and water outlet 22 height in by-pass filtration pond is higher than two
Grade filtering ponds water inlet 24, water outlet 25 height in secondary filtration pond is higher than sterilization pool water inlet 44, and 49 lower end of water outlet main pipe passes through
4th water pipe 40 is connect with by-pass filtration pond water inlet 20.
The course of work：
Sewage collecting pool 1 will be inputted by third water pipe 38 in Biogeneration device after sewage collecting, and water inlet supervisor 48 will
Sewage is respectively delivered to input in 8 anode chamber 10 of biobattery after being in charge of 50 into water, laggard through 16 impurity screening of flow control valve
In the anode chamber 10 for entering biobattery 8, the electric energy input accumulator 3 of generation is spare, and first circulation is pumped in 5 pairs of biobatteries 8
Sewage is recycled, and makes full use of dirty Organic substance in water, and the content of organics in sewage can be also preferably minimized, flow control valve
16, which can accurately adjust the discharge of sewage, ensures electricity generation by microorganism efficiency, and flow is excessive, and organic matter has little time reaction and is just discharged, flow
Too small generating efficiency is lower, and voltage sensor 4 can further monitor the voltage of biobattery, and then monitor the reaction interval of organic matter
Degree, after sewage is abundant, voltage sensor 4 controls second solenoid valve 41 to open, the sewage in biobattery 8 through multiple filtration and
Absorption flows to sterilization pool 46 automatically and carries out disinfection processing, and sewage passes through the 31, first water pipe 32 of second circulation pump, funnel 36 and second
The top from 46 bottom cycle of sterilization pool to sterilization pool 46 of water pipe 34, is vertically sprayed, disinfectant disinfectant pump 26, grug transportation tube 28,
The chemical spraying device 29 and nozzle 30 of Swastika fonts carry out atomization transverse sprinkling so that when sewage is less in sterilization pool 46, sewage and disappear
Toxic agent can come into full contact with, and disinfection efficiency is high, and when sewage level is higher in sterilization pool 46, the internal funnel 36 with spiral lamination can
Make sewage helical flow, strengthen sewage disturbance, enhance disinfection efficiency；Reach 45 height of water level sensor when sewage is accumulated to liquid level
When, water level sensor 45 prompts operating personnel to discharge in time, alarm may be provided in scene, control room etc. by alarm equipment alarm
Place, can also using mobile phone etc., mobile phone is connect by bluetooth with water level sensor 45, and personnel easy to operation connect as alarm
By information.
Claims (6)
1. a kind of aquaculture wastewater processing unit, it is characterised in that：Including sewage collecting pool, Biogeneration device, sewage purification dress
It puts and alarm；
The Biogeneration device include bioelectrogenesis case, the bioelectrogenesis box top be equipped with accumulator, voltage sensor and
First circulation pumps, and battery case water inlet pipe is equipped on the right side of the bioelectrogenesis case, is gone out on the left of the bioelectrogenesis case equipped with battery case
Water pipe, the battery case water inlet pipe pump out the mouth of a river with first circulation and connect, the battery case outlet pipe and first circulation pump water inlet
Mouth connection, the bioelectrogenesis case is interior to be equipped with several groups of biobatteries, and the biobattery includes cathode chamber and the lower section of top
Anode chamber, anode carbon felt is equipped in the anode chamber, the anode chamber bottom is equipped with bed mud, the cathode chamber inner cathode carbon
Felt, the cathode chamber and anode chamber are separated by being located at the proton exchange membrane among biobattery, the anode carbon felt and cathode carbon
Felt is electrically connected respectively with accumulator, and the anode carbon felt and cathode carbon felt are electrically connected respectively with voltage sensor, the cathode carbon
Felt is electrically connected with proton exchange membrane, is equipped with battery water inlet pipe on the right side of the anode chamber, the battery water inlet pipe with battery case into
Water pipe connects, and is equipped with flow control valve on the battery water inlet pipe, and the flow control valve includes attachment, control system, micro-
Adjust motor, protecting box, drive link, right end cap, left end cap, pressure sensor, blowdown apparatus, microgenerator, filter device, institute
It states left end cap and is connected to form the ontology of flow control valve with right end cap, the body interior is equipped with core, is set in the core
Fluted, the drive link lower end is connected by the groove in core, and the drive link upper end is stretched out body outer wall and is provided with
Gear, the fine tuning motor are connect by gear with drive link upper end, and the protecting box is mounted on above ontology and covers fine tuning
Motor and drive link, the attachment include inlet and outlet, and the attachment is connect by mounting hole with control system, the control
System includes increase income microcontroller and micro power, and the blowdown apparatus is arranged on by the snap ring of attachment inner wall under attachment input end
Side, the filter device is arranged on by the snap ring of attachment inner wall inside attachment input end, the attachment port of export and valve body
Left end cap import connects, and the left end cap of the valve body is connect with pressure sensor, the control system and pressure sensor difference
With micro generation mechatronics, the pressure sensor and fine tuning motor are electrically connected respectively with control system, the flow-rate adjustment
Valve right end cap is equipped with sealing ring with left end cap junction, and the core left and right ends of the flow control valve are equipped with sealing ring,
Battery outlet pipe is equipped on the left of the anode chamber, the battery outlet pipe is connect with battery case outlet pipe；
The effluent treatment plant includes by-pass filtration pond, secondary filtration pond and sterilization pool, and by-pass filtration pond top plate is equipped with
By-pass filtration pond water inlet, by-pass filtration pond top plate lower section are detachably equipped with several floor height density strainers, the by-pass filtration pond
By-pass filtration pond water outlet is equipped with below left side, if being equipped with dried layer active carbon filter screen, the work in the secondary filtration pond
Property charcoal strainer be mutually parallel and be tilted to the left, secondary filtration pond right side wall, which is located above active carbon filter screen, is equipped with secondary filtration
Pond water inlet, secondary filtration pond left side wall, which is located at below active carbon filter screen, is equipped with secondary filtration pond water outlet, the disinfection
Disinfectant pump is equipped at the top of pond, the disinfectant pump inlet is equipped with disinfectant box, and the disinfection pump discharge is stretched by grug transportation tube to disappear
Malicious bottom of pond portion, the disinfection pump discharge are rotatably connected with grug transportation tube, and in the middle part of the grug transportation tube and bottom is provided with Swastika fonts
Chemical spraying device, the chemical spraying device middle part are connected with grug transportation tube, and end is equipped with nozzle, and second circulation is equipped with outside the sterilization pool
Pump, second circulation pump water inlet mouth stretch into sterilization pool bottom by the first water pipe, and first water pipe is located at one end inside sterilization pool
Several first water pipes are separated upwards to be in charge of, second circulation pumps out the mouth of a river and is stretched at the top of sterilization pool by the second water pipe, and described second
Water pipe, which is located at one end inside sterilization pool and separates several second water pipes downwards, to be in charge of, and first water pipe is in charge of top and the second water pipe
It is in charge of lower section and is equipped with the internal funnel with spiral lamination, the sterilization pool top plate is mounted on equipped with water outlet pump inlet and outlet
Outlet pipe, the water outlet pump inlet stretch into sterilization pool bottom by outlet pipe；
The sewage collecting pool water outlet connects battery case water inlet pipe by third water pipe, and the third water pipe is equipped with the first electricity
Magnet valve, the battery outlet pipe are connect by the 4th water pipe with by-pass filtration pond water inlet, and the 4th water pipe is equipped with second
Solenoid valve, first solenoid valve, second solenoid valve are electrically connected with voltage sensor, and by-pass filtration pond water outlet passes through
5th water pipe is connect with secondary filtration pond water inlet, and secondary filtration pond water outlet passes through the 6th water pipe with sterilization pool water inlet
Connection says it is that sterilization pool water inlet is located above sterilization pool side, and the sterilization pool is internally located at the same height of sterilization pool water inlet
Degree is equipped with water level sensor, and the water level sensor is electrically connected with alarm, and the sewage collecting pool water outlet height is higher than life
Object power generation box, the bioelectrogenesis case height are higher than by-pass filtration pond, and by-pass filtration pond water outlet height is higher than two level mistake
Filter tank water inlet, secondary filtration pond water outlet height are higher than sterilization pool water inlet.
2. aquaculture wastewater processing unit according to claim 1, it is characterised in that：Totally 3 layers of the high density strainer, from upper and
Lower high density strainer mesh number is followed successively by 40 mesh, 80 mesh and 120 mesh.
3. aquaculture wastewater processing unit according to claim 1, it is characterised in that：The battery water inlet pipe, which includes water inlet, to be responsible for
It is in charge of with water inlet, one end and water inlet supervisor's connection are in charge of in the water inlet, and the other end is connect respectively with biobattery, and the battery goes out
Water pipe includes water outlet main pipe and water outlet and is in charge of, and the water outlet is in charge of one end and is connect with water outlet main pipe, the other end respectively with bioelectricity
Pond connects.
4. aquaculture wastewater processing unit according to claim 3, it is characterised in that：The water outlet main pipe lower end passes through the 4th water
Pipe is connect with by-pass filtration pond water inlet.
5. aquaculture wastewater processing unit according to claim 1, it is characterised in that：The active carbon filter screen and secondary filtration pond
Inclined bottom surface angle is 30 °.
6. aquaculture wastewater processing unit according to claim 1, it is characterised in that：First water pipe is in charge of top and second
Water pipe, which is in charge of, to be 4 and has a setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721356362.XU CN207498231U (en) | 2017-10-20 | 2017-10-20 | A kind of aquaculture wastewater processing unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721356362.XU CN207498231U (en) | 2017-10-20 | 2017-10-20 | A kind of aquaculture wastewater processing unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207498231U true CN207498231U (en) | 2018-06-15 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721356362.XU Expired - Fee Related CN207498231U (en) | 2017-10-20 | 2017-10-20 | A kind of aquaculture wastewater processing unit |
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| CN (1) | CN207498231U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107500494A (en) * | 2017-10-20 | 2017-12-22 | 张家霞 | A kind of aquaculture wastewater processing unit |
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2017
- 2017-10-20 CN CN201721356362.XU patent/CN207498231U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107500494A (en) * | 2017-10-20 | 2017-12-22 | 张家霞 | A kind of aquaculture wastewater processing unit |
| CN107500494B (en) * | 2017-10-20 | 2020-02-18 | 国家海洋环境监测中心 | Breed sewage treatment plant |
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Granted publication date: 20180615 Termination date: 20181020 |