CN207943985U - A kind of green intelligent rural domestic sewage treating device - Google Patents
A kind of green intelligent rural domestic sewage treating device Download PDFInfo
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- CN207943985U CN207943985U CN201721636838.5U CN201721636838U CN207943985U CN 207943985 U CN207943985 U CN 207943985U CN 201721636838 U CN201721636838 U CN 201721636838U CN 207943985 U CN207943985 U CN 207943985U
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Abstract
The utility model discloses a kind of green intelligent rural domestic sewage treating device.The device includes solar power generation and power supply system, solar-heating heat-insulation system, sewage disposal integrated reactor, intellectual remote controlling system.Mainly utilize solar power generation and power supply system to air pump, the power supply of the electrical appliances such as water pump is energy saving；It is kept the temperature to the heating of aeration air, biochemical reactor using solar-heating heat-insulation system；Sewage disposal integrated reactor is sewage disposal agent set, using advanced treatment process, global design；Intellectual remote controlling system is mainly used for data collection, data transmission, remote monitoring and device and automatically controls.Rural domestic sewage treatment is used for using this technology and device, since making full use of solar energy, reduces operation energy consumption, moreover it is possible to which domestic sewage in rural areas is effectively treated in the intelligent operation of realization device and internet remote monitoring, power-assisted builds beautiful rural area.
Description
Technical field
The utility model is related to domestic sewage in rural areas technical fields, are mainly concerned with sanitary sewage biochemistry water technology side
Method, solar power generation and power supply system technology, solar-heating heat-insulation system and automation control and internet remote control
Technology.
Background technology
China's people in the countryside are more, and sanitary sewage discharge capacity is big, but handling rate is very low, and serious pollution is caused to environment.According to
Statistics, national rural area year sanitary sewage yield is more than 80 × 108m3, and 96% village does not have discharge conduit and sewage disposal system
System.At this stage, Small Town Wastewater handling rate in China's is less than 10%, and the handling rate of rural area sanitary sewage is lower, the overwhelming majority
The unprocessed direct emission of sanitary sewage, and with China small towns, the fast development in rural area and wast rural area economy and life
Level improves, and domestic sewage in rural areas discharge capacity continues to increase, and processing faces immense pressure.Currently, beauty is carried out energetically by country
Rural construction, country sewage are dealt carefully with most important.
A kind of sanitary sewage disposal technology of the utility model offer and equipment, ensure the ecological environment of rural area.The sun
Energy generation technology is applied to the existing research of small range power supply and application, introduces solar energy generation technology at domestic sewage in rural areas
Reason helps to reduce city's electric consumption；Solar water heater ripe application on a large scale, rural area is introduced by solar water heating system
Sanitary sewage disposal increases certain water temperature to ensure biochemical effects for providing heat；Convection current heat transfer recycling heat is in Chemical Manufacture
Etc. industries extensive use, this technology device design heat exchange unit realize heat recovery also contribute to increase sewage disposal process
Temperature to ensure biochemical effects.Domestic sewage in rural areas is distributed processing unit, is distributed in each village, operation and maintenance are not
It easily carries out, this technology and device pass through intellectual remote controlling system implementation device automatic running and remote monitoring.
Invention content
Goal of the invention：The purpose of the utility model is to overcome existing deficiencies, provide a kind of life in the countryside of green intelligent
Sewage disposal technology and equipment realize solar powered reduction to city's electric consumption, while realizing solar powered and alternating current intelligence
Switching；It realizes solar heating, is sewage disposal system additional heat safeguards system temperature in low temperature season；It is realized by designing
Water reaches energy regenerating purpose to raw sewage heating during treated；Design intellectual remote controlling system implementation device is transported automatically
Row and remote control.
Advantage and effect：Rural sewage treatment is used for using this device, solar energy can be made full use of, reduces operation energy
Device is carried out intelligent operation and the internet remote monitoring of realization device, it is beautiful that domestic sewage in rural areas construction is effectively treated by consumption
Beautiful rural area.
Technical solution：
A kind of green intelligent rural domestic sewage treating device, it is characterised in that：
Including：
The solar power generation and power supply system powered for air pump, water pump；
It is heated for air, the solar-heating heat-insulation system of biochemical reactor heat preservation；
Sewage disposal integrated reactor；
Intellectual remote controlling system；
The solar power generation and power supply system, including solar panel, solar panel are connected by inverter
It is connected to accumulator group；The inverter connects voltage and current monitor；
The solar-heating heat-insulation system includes solar water heating pipe group and the heat preservation water tank that is attached thereto；The guarantor
It is provided with water circulating pump between warm water tank and solar water heating pipe group；Further include water-gas heat exchanger, the water-gas heat exchanger water
Road interface is connected to heat preservation water tank by water supply pump, and air-path interface connects air compressor；
The sewage disposal integrated reactor, outside package insulating layer, including：Sewage storage pond, sewage heat are handed over
Change pond, hydrolysis acidification reaction tank, MBR aerobic tanks, the filter tanks BAF, sterilization pool；
The intellectual remote controlling system, including PLC programmable controller are connected in PLC programmable controller more
Road temperature polling instrument, pH on-line computing models, dissolved oxygen on-line computing model, monitoring camera and liquid level sensor input terminal.
Further include the relay being connect with voltage and current monitor in the solar power generation and power supply system；It is described after
Electric appliance connects mains-supplied contactless contactor and solar powered contactless contactor；The solar powered contactless contactor with it is inverse
Become device connection；Commercial power interface is connected to voltage and current monitor by the first mains-supplied switch；Commercial power interface connects the second city
Electric power switch and mains-supplied contactless contactor.
In the solar-heating heat-insulation system, heat preservation water tank is equipped with the first temperature sensor, first liquid level gauge；Heat preservation
Water tank top water inlet is equipped with the first electrical ball valve；It is provided with first manual between the air compressor and water-gas heat exchanger
Gate valve, the second electrical ball valve and the second hand sluice valve.
In the sewage disposal integrated reactor, immersible pump is housed in sewage storage pond, outlet is equipped with Electromagnetic Flow
Meter, then connect with the first two-position three way electrical ball valve import；First two-position three way electrical ball valve, one way outlet and sewage heat exchange
Pond entrance connection, the import all the way of another the second two-position three way of way outlet electrical ball valve of the first two-position three way electrical ball valve are connected；
Sewage storage pond is equipped with second temperature sensor, and is connected to intellectual remote controlling system, and sewage storage pond is equipped with the second liquid
Position meter.
It is wrapped up by asbestos insulating layer outside sewage heat-exchanger tank, inside the second stainless steel hot of installation exchanges even coil pipe, sewage
Heat-exchanger tank lower part is equipped with water inlet and ball valve, and top is equipped with water outlet, and water outlet is equipped with the second two-position three way electrical ball valve, and
With in addition import is connected all the way；The outlet of second two-position three way electrical ball valve is connect with hydrolysis acidification pool；Second stainless steel hot exchanges
Even coil pipe import is connect with one way outlet of the 4th two-position three way electrical ball valve, and the second stainless steel hot exchanges even coil outlets and disinfection
Pond connects；Sewage heat-exchanger tank is equipped with third temperature sensor, is connected to intellectual remote controlling system.
The hydrolysis acidification pool bottom is equipped with submersible agitator, is exchanged equipped with the first stainless steel hot in pond and connects coil pipe, into
The mouth of a river is connected with water-gas heat exchanger water outlet, and water outlet is connected with heat preservation water tank water inlet, and the is equipped in hydrolysis acidification pool
Four temperature sensors are popped one's head in pH, and are connect with intellectual remote controlling system.
Water outlet is arranged at the hydrolysis acidification pool top, and MBR aerobic tanks bottom is connected to by pipeline；MBR aerobic tanks bottom
Equipped with aerating pipelines, aerating pipelines are connected with water-gas-heat exchanger gas circuit outlet；Aerobic tank is equipped with MBR membrane modules, membrane module
Outlet is equipped with self priming pump, and water inlet is connected with MBR module outlet, and outlet is connect with water distributor interface at the top of the filter tanks BAF, sewage warp
It crosses self-priming pumped and enters the filter tanks BAF；MBR aerobic tanks be equipped with the 5th temperature sensor and dissolved oxygen probe, and with intelligence
Tele-control system connects；MBR aerobic tanks are furnished with electric diaphragm pump, and electric diaphragm pump outlet is equipped with the 5th two-position three way electric ball
Valve, one way outlet of the 5th two-position three way electrical ball valve connect mud return line to hydrolysis acidification pool, are used to that remaining dirt be discharged all the way
Mud.
The filter tanks BAF bottom is equipped with tank, while centrifugal pump being housed, and outlet of centrifugal pump is equipped with third two-position three way electricity
Dynamic ball valve, a way outlet is connected with MBR membrane module water inlets to be backwashed for MBR membrane modules, electric with the 4th two-position three way all the way
Dynamic ball valve connection；4th two-position three way electrical ball valve, one way outlet exchanges even coil pipe group with the second stainless steel hot of sewage heat-exchanger tank
Water inlet is connected, and a way outlet is connect with sterilization pool water inlet；Third two-position three way electrical ball valve is all the way and the 4th two-position three way
Electrical ball valve enters MBR membrane modules and is rinsed either to carry out heat exchange or is directly entered to disappear into heat-exchanger tank and sewage
Malicious pond；The filter tanks BAF tank is equipped with the 6th temperature sensor and third liquid level gauge, and is connect with intellectual remote controlling system.
The intellectual remote controlling system is specially multipath temperature patrol inspection instrument, the pH controlled by PLC programmable controller
On-line monitoring, dissolved oxygen on-line monitoring, monitoring camera, liquid level sensor input terminal, remote communication module, mains-supplied switch
And power supply, solar electric power supply system access switch, intermediate relay, output control contactor and connecting terminal.
Advantage and effect：Rural domestic sewage treatment is used for using this technology and device, since making full use of solar energy, drop
Low operation energy consumption, moreover it is possible to intelligent operation and the internet remote monitoring for realizing realization device, be effectively treated domestic sewage in rural areas,
Power-assisted builds beautiful rural area.
Description of the drawings：
Fig. 1 is the solar power generation and power supply system structural schematic diagram that the utility model embodiment provides；
Fig. 2 is the solar-heating heat-insulation system structural schematic diagram that the utility model embodiment provides；
Fig. 3 is that the sewage-treating reactor that provides of the utility model embodiment is integrated structural schematic diagram；
Fig. 4 is the intellectual remote controlling system structure diagram that the utility model embodiment provides.
101- solar panels；102- inverters；103- accumulator groups；104- commercial power interfaces；105- voltage and currents are supervised
Survey device；106- relays；The first mains-supplieds of 107- switch；The second mains-supplieds of 108- switch；109- mains-supplied contactors
Switch；The solar powered contactless contactors of 110-.
201- solar water heating pipe groups；202- water circulating pumps；203- keeps the temperature water tank；204- water supply pumps；The first temperature of 205-
Spend sensor；206- first liquid level gauges；207- water inlets；The first electrical ball valves of 208-；209- air compressors；210- water-gas
Heat exchanger；211- first manual gate valves；The second electrical ball valves of 212-；The second hand sluice valves of 213-；The water routes 214- export；215- gas
Way outlet.
301- sewage storages pond；302- sewage heat-exchanger tanks；303- hydrolysis acidification reaction tanks；304-MBR aerobic tanks；305-
The filter tanks BAF；306- sterilization pools；307- immersible pumps；308- electromagnetic flowmeters；309- the first two-position three way electrical ball valves；310-
Two two-position three way electrical ball valves；311- third two-position three way electrical ball valves；The 4th two-position three way electrical ball valves of 312-；313- the 5th
Two-position three way electrical ball valve；314- electric diaphragm pumps；315- self priming pumps；316- clarified water pumps；The first stainless steel hots of 317-, which exchange, to be connected
Coil pipe；318- connects coil inlets；319- connects coil pipe water outlet；320- submersible agitators；321- aerating pipelines；322-MBR films
Component；323- aeration heads；324- second temperature sensors；325- second liquid level gauges；326- third temperature sensors；327- the 4th
Temperature sensor；328-pH pops one's head in；The 5th temperature sensors of 329-；330- dissolved oxygen probes；The 6th temperature sensors of 331-；
332- third liquid level gauges；The second stainless steel hots of 333- exchange even coil pipe group.
401-PLC programmable controllers；402- multipath temperature patrol inspection instrument；403-pH on-line computing models；404- dissolved oxygens exist
Line monitor；405- monitoring cameras；406- liquid level sensor input terminals；407- remote communication modules；408- mains-supplieds are opened
Pass and power supply；409- solar electric power supply systems access switch；410- intermediate relays；411- exports control contactor and terminals
Son.
Specific implementation mode：
The device and technology include solar power generation and power supply system, solar-heating heat-insulation system, sewage disposal one
Change reactor, intellectual remote controlling system, elaborates to the embodiments of the present invention below in conjunction with attached drawing.
Cellular system solar power generation and power supply system are described in detail refering to fig. 1, system is mainly used for air pump, water
Pump power supply, including solar panel 101, inverter 102, accumulator group 103, voltage and current monitor 105, relay 106
And some other switch.
101 plate of solar cell, which produces electricity, to charge to accumulator group 103 by inverter 102, accumulator group 103
In electric energy also pass through inverter 102 electric discharge to air pump, water pump power；Voltage and current monitor 105 is for monitoring discharge process
Power quality, and connect with PLC controller 401 and relay 106, pass through the control switching mains-supplied contact of relay 106
Device switch 109 and solar powered contactless contactor 110, solar powered contactor is closed when voltage and current is less than setting value
Switch 110, startup mains-supplied contactless contactor 109 are powered using alternating current；System is equipped with the first mains-supplied switch 107
With the second mains-supplied switch 108, opens the first urban electric power switch 107 and power to voltage and current monitor 105, open the second alternating current
Power switch 108 gives intellectual remote controlling system power supply.
Cellular system solar-heating heat-insulation system is described in detail refering to Fig. 2, system is mainly used for being aerated air
Heat temperature raising, biochemical reactor heat preservation.System includes mainly solar water heating pipe group 201, water circulating pump 202, heat preservation water tank
203, water supply pump 204, heat preservation water tank equipped with the first temperature sensor 205, first liquid level gauge 206, heat preservation water tank top into
The mouth of a river 207 is equipped with the first electrical ball valve 208, and system also assembles air compressor 209, water-gas heat exchanger 210, first manual lock
Valve 211, the second hand sluice valve 213 and the second electrical ball valve 212.
System mainly using solar water heating pipe group 201 shine upon it is lower to water carry out heat temperature raising；In recirculated water
Realize that the water in solar water heating pipe group 201 is circulated with the water in heat preservation water tank 203 under the driving of pump 202.Heat preservation storage
First liquid level gauge 206 is housed in water pot 203, connect, passes through with liquid level sensor input terminal 406 in intellectual remote controlling system
Intellectual remote controlling system controls the first electrical ball valve 208（Electrical ball valve 208 is connect with running water pipe）It opens, close to mend
Filled water amount ensures to keep the temperature 203 liquid level of water tank, while for protecting water supply pump 204.204 outlet of system water supply pump and water-gas
210 water route import connection of heat exchanger, will keep the temperature hot water supply water-gas heat exchanger 210 in water tank 203, the water after heat exchange
By 214 outflow of water route outlet and coil pipe 317 is connected into hydrolysis acidification pool by water inlet 418, is returned to using water outlet 419
Keep the temperature water tank 203.The outlet of air compressor 209 in system is equipped with the first gate valve 211, is then divided into two-way pipeline, wherein
Second electrical ball valve 212 is housed all the way, outlet is connect with water -210 liquid passage inlet of gas heat exchanger, and the air after heat exchange passes through
Gas circuit outlet 215 flows out into the aerating system 421 of MBR aerobic tanks for being aerated；In addition second hand sluice valve is housed all the way
213, for controlling 423 tolerance of aeration head in sterilization pool 406.
It is integrated and is described in detail to cellular system sewage-treating reactor refering to Fig. 3, device is at sewage
Agent set is managed, includes mainly：Sewage storage pond 301, sewage heat-exchanger tank 302, hydrolysis acidification reaction tank 303, MBR aerobic tanks
304, the filter tanks BAF 305, sterilization pool 306.Immersible pump 307 is housed, outlet is equipped with electromagnetic flowmeter in sewage storage pond 301
308, then connect with 309 import of the first two-position three way electrical ball valve, 309 1 way outlet of the first two-position three way electrical ball valve and sewage
The connection of 302 entrance of heat-exchanger tank, 309 the second two-position three way of another way outlet electrical ball valve 310 of the first two-position three way electrical ball valve
Import all the way be connected.Sewage storage pond is equipped with second temperature sensor 324, and temperature implementation is fed back to intellectual remote controlling
System, to by control two-position three way electrical ball valve 301 waste water of cistern for specializing in realization by immersible pump 307 promoted into
Enter sewage heat-exchanger tank 302 or hydrolysis acidification reaction tank 303.Sewage storage pond 301 is equipped with second liquid level gauge 325, for controlling
307 start and stop of immersible pump processed.
It is wrapped up by asbestos insulating layer outside sewage heat-exchanger tank 302, interior design installs the second stainless steel hot and exchanges even disk
Pipe group 333,302 lower part of sewage heat-exchanger tank are equipped with water inlet and ball valve, and top is equipped with water outlet, and water outlet is equipped with the two or two
Electric three-way ball valve 310, and in addition import is connected all the way, waste water is gone out by lower water inlet into top water outlet.Two or two
The outlet of electric three-way ball valve 310 is connect with hydrolysis acidification reaction tank 303；321 import of aerating pipelines and the 4th two-position three way are electronic
312 1 way outlet of ball valve connects, and the second stainless steel hot exchanges the even outlet of coil pipe 333 and connect with sterilization pool 306.Sewage heat-exchanger tank
302 are equipped with third temperature sensor 326, and temperature is implemented feedback intelligent tele-control system.The filter tanks BAF 305 are discharged in dirt
Hydrothermal exchange pond 302 carries out heat exchange with sewage and increases water temperature.
303 bottom of hydrolysis acidification reaction tank is equipped with submersible agitator 320, is exchanged equipped with the first stainless steel hot in pond and connects coil pipe
317, water inlet 318 is connected with 210 water outlet 214 of water-gas heat exchanger, water outlet 319 and heat preservation 203 water inlet of water tank
207 are connected, by the first stainless steel hot exchange even coil pipe 317 will keep the temperature water and sewage in water tank 203 carry out heat exchange with
Improve the temperature in hydrolysis acidification reaction tank 303；Equipped with the 4th temperature sensor 327 and pH probes 328 in hydrolysis acidification pool, and
It is connect with intellectual remote controlling system, temperature and pH is timely feedbacked to control system.
303 top of hydrolysis acidification reaction tank have water outlet, sewage it is acidified after by water outlet and pipeline to enter MBR good
304 bottom of oxygen pond, 304 bottom of MBR aerobic tanks are equipped with aerating pipelines, and aerating pipelines are exported with 210 gas circuit of water-gas-heat exchanger
215 connections；Aerobic tank 304 is equipped with MBR membrane modules 322, and the outlet of membrane module 322 is equipped with self priming pump 315, water inlet and MBR groups
The outlet of part 322 connection, outlet are connect with 305 top water distributor interface of BAF sand filters, and sewage is gone forward side by side by the extraction of self priming pump 315
Enter BAF sand filters 305；MBR aerobic tanks 304 are equipped with the 5th temperature sensor 329 and dissolved oxygen probe 330, and remote with intelligence
Process control system connects, and water temperature and dissolved oxygen are timely feedbacked to control system；MBR aerobic tanks 304 are furnished with electric diaphragm pump
314, the outlet of electric diaphragm pump 314 is equipped with the 5th two-position three way electrical ball valve 313,313 1 tunnel of the 5th two-position three way electrical ball valve
Outlet for connecting mud return line by sludge reflux to hydrolysis acidification reaction tank 303 is used to that excess sludge be discharged all the way.
305 bottom of the filter tanks BAF is equipped with tank, while centrifugal pump 316 being housed, and the outlet of centrifugal pump 316 is equipped with the three or two
Electric three-way ball valve 311, a way outlet is connected with 322 water inlet of MBR membrane modules to be backwashed for MBR membrane modules 322, all the way
It is connect with the 4th two-position three way electrical ball valve 312；4th two-position three way electrical ball valve, 312 1 way outlet and sewage heat-exchanger tank
302 second stainless steel hots exchange even 333 water inlet of coil pipe group and are connected, and a way outlet is connect with 306 water inlet of sterilization pool.Middle water can
To enter MBR by centrifugal pump 316,311 1 tunnel of third two-position three way electrical ball valve and the 4th two-position three way electrical ball valve 312
Membrane module 322, which is rinsed, either to carry out heat exchange into heat-exchanger tank 302 and sewage or is directly entered sterilization pool 306.BAF
305 tank of filter tank is equipped with the 6th temperature sensor 331 and third liquid level gauge 332, and is connect with intellectual remote controlling system,
Temperature and liquid level are timely feedbacked to control system.
306 top of sterilization pool is equipped with water outlet, and bottom is equipped with water inlet and exhaust-valve, aeration head is equipped in sterilization pool 306
323 stir for waste water, and aeration head 323 is connected with the outlet of 209 second hand sluice valve 213 of air compressor, is offseted using aeration
Malicious pond Zhong Shui is stirred.
Cellular system intellectual remote controlling system control principle is described in detail refering to Fig. 4.Intelligent long-range control
System processed is mainly used for data collection, data transmission, remote monitoring and device and automatically controls, and system is by PLC programmable controller
401 controls, and connect with mains-supplied switch and power supply 408.Primary clustering includes PLC programmable controller 401, multi way temperature
Logging 402；PH on-line computing models 403；Dissolved oxygen on-line computing model 404；Monitoring camera 405；Liquid level sensor input terminal
406；Remote communication module 407；Mains-supplied switchs and power supply 408；Solar electric power supply system accesses switch 409；Intermediate relay
Device 410；Export control contactor and connecting terminal 411.Multipath temperature patrol inspection instrument 402 and each temp probe 205,324,326,
327,329,331 connection；PH on-line computing models 403 are connect with pH probes 328；Dissolved oxygen on-line computing model 404 is visited with dissolved oxygen
First 330 connection；Liquid level sensor input terminal 406 is connect with each liquid level sensor 206,325,332, and each sensor and probe will count
Intellectual remote controlling system is fed back to when factually.
Intermediate relay 410 connects with PLC programmable controller 401 and output control contactor and connecting terminal 411 simultaneously
It connects.Solar electric power supply system accesses switch 409 and is connect with output 411 partial switch of control contactor, for water circulating pump
202, water supply pump 204, air compressor machine 209, immersible pump 307, electric diaphragm pump 314, self priming pump 315, clarified water pump 316, submersible agitating
Device 320 is powered.Mains-supplied switchs and power supply 408 is connect with output 411 partial switch of control contactor, for electronic to first
Ball valve 208, the second electrical ball valve 212, the first two-position three way electrical ball valve 309, the second two-position three way electrical ball valve 310, third
Two-position three way electrical ball valve 311, the 4th two-position three way electrical ball valve 312, the power supply of the 5th two-position three way electrical ball valve 313.
Voltage and current monitor 105 is connect with PLC401 in control system, and the voltage and current data of discharge process are real-time
Control system is fed back to, and controls relay 106 and controls mains-supplied contactless contactor 109 and solar powered contactless contactor
110, solar powered contactless contactor 110 is closed when voltage and current is less than setting value, starts mains-supplied contactless contactor
109, start solar powered contactless contactor 110 after power quality is increased to setting value, closing mains-supplied contactor is opened
Close 109.
It keeps the temperature in water tank 203 equipped with first liquid level gauge 206 and defeated with liquid level sensor in intellectual remote controlling system
Enter 406 connection of end, controlling first electrical ball valve 208 by intellectual remote controlling system is opened, closes and protected with amount of makeup water
Card heat preservation 203 liquid level of water tank, while protecting water supply pump 204.
When the temperature that the 4th temperature sensor 327 of hydrolysis acidification reaction tank 303 measures is less than setting value T1, heat preservation water storage
When the temperature that 203 first temperature sensor 205 of tank measures is higher than the temperature that the 4th temperature sensor 327 measures, and keep the temperature water storage
The liquid level that 203 first liquid level gauge 206 of tank measures starts water supply pump 204 and gives system heating when being higher than limit value, on the contrary then close confession
Water pump 204.When the temperature that the 4th temperature sensor 327 of hydrolysis acidification reaction tank 303 measures is higher than setting value T2, closes and supply water
Pump 204 stops heating to system.
304 dissolved oxygen of MBR aerobic tanks is to export the adjusting of 212 opening angle of the second electrical ball valve by controlling air compressor machine 209
Tolerance expands the second electrical ball valve 212 and opens when 330 measured value of dissolved oxygen probe is less than setting value in MBR aerobic tanks 304
Angle reduces the second electrical ball valve 212 and opens when 330 measured value of dissolved oxygen probe is higher than setting value in MBR aerobic tanks 304
Angle.
MBR aerobic tanks 304 are furnished with electric diaphragm pump 314, and the outlet of electric diaphragm pump 314 is equipped with the 5th two-position three way electric ball
Valve 313 controls the rotation of the 5th two-position three way electrical ball valve 313 to control returned sludge or row by intellectual remote controlling system
Go out excess sludge.
305 bottom of the filter tanks BAF is equipped with tank, while centrifugal pump 316 being housed, and the outlet of centrifugal pump 316 is equipped with the three or two
Electric three-way ball valve 311, a way outlet are connected with 322 water inlet of MBR membrane modules and by intellectual remote controlling system controls
The rotation of third two-position three way electrical ball valve 311 processed is backwashed for MBR membrane modules 322, and the unlatching of centrifugal pump 316 is by liquid
Position limitation.The outlet of 304 membrane module 322 of MBR aerobic tanks is equipped with self priming pump 315, and sewage is extracted out by self priming pump 315 and enters BAF
Sand filter 305 controls it by intellectual remote controlling system and starts stopping（MBR membrane modules 322 are closed before backwashing
It closes）.
When the temperature that third temperature sensor 326 measures in sewage heat exchanger 302 is less than setting value T3 and less than BAF filters
When 305 the 6th 331 measuring temperature of temperature sensor of tank of pond, the 4th two-position three way is controlled by intellectual remote controlling system
Water passed through the exchange of the second stainless steel hot in sewage heat-exchanger tank 302 even coil pipe group 333 in the rotation control of electrical ball valve 312.
When the temperature that third temperature sensor 326 measures in sewage heat exchanger 302 is higher than setting value T3 or higher than the storage of the filter tanks BAF 305
When the 6th temperature sensor measurement temperature of pond, the 4th two-position three way electrical ball valve is controlled by intellectual remote controlling system
In 312 rotation controls water without the second stainless steel hot in sewage heat-exchanger tank 302 exchange even coil pipe group 333 but directly into
Enter sterilization pool 306.
When 301 second temperature sensor of sewage storage pond, 324 measuring temperature less than setting value T2 and is less than sewage heat exchange
When the temperature that third temperature sensor 326 measures in device 302, the first two-position three way electricity is controlled by intellectual remote controlling system
309 and second two-position three way electrical ball valve 310 rotation of dynamic ball valve passes through sewage heat-exchanger tank 302 to control sewage.When sewage stores up
301 second temperature sensor of pond, 324 measuring temperature is deposited to pass higher than setting value T4 or higher than third temperature in sewage heat exchanger 302
When the temperature that sensor 326 measures, the first two-position three way electrical ball valve 309 and the two or two is controlled by intellectual remote controlling system
Position electric three-way ball valve 310 rotates is directly entered hydrolysis acidification reaction to control sewage without sewage heat-exchanger tank 302
Pond 303.
The electromagnetic flowmeter 308 that immersible pump 307 exports is connect with intellectual remote controlling system PLC401, and flow is real-time
Feed back to control system；System is used for water treatment system image monitoring equipped with monitoring camera；System is also equipped with telecommunication mould
Block 407 is connect with internet, is timely feedbacked information to tele-control system or APP clients by internet, long-range to supervise
Control processing system.
Claims (9)
1. a kind of green intelligent rural domestic sewage treating device, it is characterised in that：
Including：
The solar power generation and power supply system powered for air pump, water pump；
It is heated for air, the solar-heating heat-insulation system of biochemical reactor heat preservation；
Sewage disposal integrated reactor；
Intellectual remote controlling system；
The solar power generation and power supply system, including solar panel（101）, solar panel passes through inverter
（102）It is connected to accumulator group（103）；The inverter connects voltage and current monitor（105）；
The solar-heating heat-insulation system includes solar water heating pipe group（201）With the heat preservation water tank being attached thereto（203）；
The heat preservation water tank（203）With solar water heating pipe group（201）Between be provided with water circulating pump（202）；Further include that water-gas changes
Hot device（210）, the water-gas heat exchanger（210）Water route interface passes through water supply pump（204）It is connected to heat preservation water tank
（203）, air-path interface connection air compressor（209）；
The sewage disposal integrated reactor, outside package insulating layer, including：Sewage storage pond（301）, sewage heat hand over
Change pond（302）, hydrolysis acidification reaction tank（303）, MBR aerobic tanks（304）, the filter tanks BAF（305）, sterilization pool（306）；
The intellectual remote controlling system, including PLC programmable controller（401）, it is connected in PLC programmable controller more
Road temperature polling instrument（402）, pH on-line computing models（403）, dissolved oxygen on-line computing model（404）, monitoring camera（405）And liquid
Level sensor input terminal（406）.
2. green intelligent rural domestic sewage treating device according to claim 1, it is characterised in that：The solar power generation
And in power supply system, further include and voltage and current monitor（105）The relay of connection（106）；The relay（106）Connection
Mains-supplied contactless contactor（109）With solar powered contactless contactor（110）；The solar powered contactless contactor
（110）With inverter（102）Connection；Commercial power interface（104）It is switched by the first mains-supplied（107）It is connected to voltage and current prison
Survey device（105）；Commercial power interface（104）Connect the second mains-supplied switch（108）With mains-supplied contactless contactor（109）.
3. green intelligent rural domestic sewage treating device according to claim 1, it is characterised in that：The solar-heating
In heat-insulation system, water tank is kept the temperature（203）Equipped with the first temperature sensor（205）, first liquid level gauge（206）；Keep the temperature water tank
Top water inlet（207）Equipped with the first electrical ball valve（208）；The air compressor（209）With water-gas heat exchanger（210）Between
It is provided with first manual gate valve（211）, the second electrical ball valve（212）And second hand sluice valve（213）.
4. green intelligent rural domestic sewage treating device according to claim 1, it is characterised in that：The sewage disposal one
In body reactor, sewage storage pond（301）In be equipped with immersible pump（307）, outlet is equipped with electromagnetic flowmeter（308）, then with
First two-position three way electrical ball valve（309）Import connects；First two-position three way electrical ball valve（309）One way outlet is handed over sewage heat
Change pond（302）Entrance connects, the first two-position three way electrical ball valve（309）Another way outlet the second two-position three way electrical ball valve
（310）Import all the way be connected；Sewage storage pond is equipped with second temperature sensor（324）, and it is connected to intellectual remote controlling
System, sewage storage pond（301）Equipped with second liquid level gauge（325）.
5. green intelligent rural domestic sewage treating device according to claim 1, it is characterised in that：Sewage heat-exchanger tank
（302）Outside is wrapped up by asbestos insulating layer, and inside the second stainless steel hot of installation exchanges even coil pipe group（333）, sewage heat-exchanger tank
（302）Lower part is equipped with water inlet and ball valve, and top is equipped with water outlet, and water outlet is equipped with the second two-position three way electrical ball valve（310）,
And in addition import is connected all the way；Second two-position three way electrical ball valve（310）Outlet and hydrolysis acidification reaction tank（303）Connection；
Aerating pipelines（321）Import and the 4th two-position three way electrical ball valve（312）One way outlet connects, aerating pipelines（321）Outlet with
Sterilization pool（306）Connection；Sewage heat-exchanger tank（302）Equipped with third temperature sensor（326）, it is connected to intellectual remote controlling
System.
6. green intelligent rural domestic sewage treating device according to claim 1, it is characterised in that：The hydrolysis acidification is anti-
Ying Chi（303）Bottom is equipped with submersible agitator（320）, even coil pipe is exchanged equipped with the first stainless steel hot in pond（317）, even coil pipe into
The mouth of a river（318）With water-gas heat exchanger（210）Water route exports（214）It is connected, even coil pipe water outlet（319）With heat preservation water tank
（203）Water inlet（207）It is connected, the 4th temperature sensor is housed in hydrolysis acidification pool（327）It pops one's head in pH（328）, and and intelligence
Tele-control system connection can be changed.
7. green intelligent rural domestic sewage treating device according to claim 1, it is characterised in that：The hydrolysis acidification is anti-
Ying Chi（303）Water outlet is arranged at top, and MBR aerobic tanks are connected to by pipeline（304）Bottom；MBR aerobic tanks（304）Bottom is equipped with
Aerating pipelines（321）, aerating pipelines（321）With water-gas heat exchanger（210）Gas circuit exports（215）Connection；MBR aerobic tanks
（304）MBR membrane modules are installed（322）, MBR membrane modules（322）Outlet is equipped with self priming pump（315）, water inlet and MBR membrane modules
（322）Outlet connection, outlet and the filter tanks BAF（305）Top water distributor interface connection, sewage pass through self priming pump（315）Extraction is simultaneously
Into the filter tanks BAF（305）；MBR aerobic tanks（304）Equipped with the 5th temperature sensor（329）With dissolved oxygen probe（330）, and with
Intellectual remote controlling system connects；MBR aerobic tanks（304）Equipped with electric diaphragm pump（314）, electric diaphragm pump（314）Outlet
Equipped with the 5th two-position three way electrical ball valve（313）, the 5th two-position three way electrical ball valve（313）One way outlet connects mud return line
To hydrolysis acidification reaction tank（303）, it is used to that excess sludge be discharged all the way.
8. green intelligent rural domestic sewage treating device according to claim 1, it is characterised in that：The filter tanks BAF
（305）Bottom is equipped with tank, while centrifugal pump being housed（316）, centrifugal pump（316）Outlet is equipped with third two-position three way electric ball
Valve（311）, a way outlet and MBR membrane modules（322）Water inlet is connected for MBR membrane modules（322）Backwash, all the way with the
Four two-position three way electrical ball valves（312）Connection；4th two-position three way electrical ball valve（312）One way outlet and sewage heat-exchanger tank
（302）Second stainless steel hot exchanges even coil pipe group（333）Water inlet is connected, a way outlet and sterilization pool（306）Water inlet connects；
Third two-position three way electrical ball valve（311）All the way and the 4th two-position three way electrical ball valve（312）Into MBR membrane modules（322）Into
Row rinses or enters heat-exchanger tank（302）Heat exchange is carried out with sewage or is directly entered sterilization pool（306）；The filter tanks BAF
（305）Tank is equipped with the 6th temperature sensor（331）With third liquid level gauge（332）, and connect with intellectual remote controlling system
It connects.
9. green intelligent rural domestic sewage treating device according to claim 1, it is characterised in that：It is described intelligent long-range
Control system is specially by PLC programmable controller（401）The multipath temperature patrol inspection instrument of control（402）, pH on-line computing models
（403）, dissolved oxygen on-line computing model（404）, monitoring camera（405）, liquid level sensor input terminal（406）, telecommunication mould
Block（407）, mains-supplied switch and power supply（408）, solar electric power supply system access switch（409）, intermediate relay（410）、
Export control contactor and connecting terminal（411）.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721636838.5U CN207943985U (en) | 2017-11-30 | 2017-11-30 | A kind of green intelligent rural domestic sewage treating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721636838.5U CN207943985U (en) | 2017-11-30 | 2017-11-30 | A kind of green intelligent rural domestic sewage treating device |
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| CN207943985U true CN207943985U (en) | 2018-10-09 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107954575A (en) * | 2017-11-30 | 2018-04-24 | 沈阳工业大学 | A kind of green intelligent rural domestic sewage treating device |
| CN109368942A (en) * | 2018-12-10 | 2019-02-22 | 上海垒锦环境科技中心 | Rural domestic sewage treatment system |
| CN112239308A (en) * | 2020-09-09 | 2021-01-19 | 浙江钛合工程技术有限公司 | Rural sewage treatment system and device of non-maintaining |
| CN113860636A (en) * | 2021-09-18 | 2021-12-31 | 河北建研节能设备有限公司 | Intelligent sewage treatment device with heat preservation by solar power supply carbon fibers |
| CN114590964A (en) * | 2022-03-14 | 2022-06-07 | 浙江大学 | Agricultural utilization skid-mounted equipment and method for rural domestic sewage |
-
2017
- 2017-11-30 CN CN201721636838.5U patent/CN207943985U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107954575A (en) * | 2017-11-30 | 2018-04-24 | 沈阳工业大学 | A kind of green intelligent rural domestic sewage treating device |
| CN107954575B (en) * | 2017-11-30 | 2023-04-25 | 沈阳工业大学 | Rural domestic sewage treatment device of green intelligent |
| CN109368942A (en) * | 2018-12-10 | 2019-02-22 | 上海垒锦环境科技中心 | Rural domestic sewage treatment system |
| CN112239308A (en) * | 2020-09-09 | 2021-01-19 | 浙江钛合工程技术有限公司 | Rural sewage treatment system and device of non-maintaining |
| CN113860636A (en) * | 2021-09-18 | 2021-12-31 | 河北建研节能设备有限公司 | Intelligent sewage treatment device with heat preservation by solar power supply carbon fibers |
| CN114590964A (en) * | 2022-03-14 | 2022-06-07 | 浙江大学 | Agricultural utilization skid-mounted equipment and method for rural domestic sewage |
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Effective date of registration: 20200903 Address after: 110000 Shangshengou Village, Hunnan District, Shenyang City, Liaoning Province 861-3 (301) Patentee after: SHENYANG INDUSTRIAL TECHNOLOGY INSTITUTE OF LANJIN ENVIRONMENTAL PROTECTION INDUSTRY Co.,Ltd. Address before: 110178, No. 111, Shen Xi Road, Shenyang economic and Technological Development Zone, Liaoning Patentee before: SHENYANG University OF TECHNOLOGY |