CN206970376U - Purifying control system containing micro-polluted water - Google Patents
Purifying control system containing micro-polluted water Download PDFInfo
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- CN206970376U CN206970376U CN201720485660.2U CN201720485660U CN206970376U CN 206970376 U CN206970376 U CN 206970376U CN 201720485660 U CN201720485660 U CN 201720485660U CN 206970376 U CN206970376 U CN 206970376U
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Abstract
The utility model discloses the purifying control system of micro-polluted water, including water treatment facilities and for controlling the controller of water treatment facilities, water treatment facilities is made up of water pump, blender, Multi-stage spiral desander, self-cleaning filter, ultra-filtration membrane device, intermediate water tank, reverse osmosis membrane assembly and the ultraviolet ray disinfector being sequentially connected by pipeline；The water inlet end of blender is provided with first flowmeter and the coagulant measuring pump for containing coagulant, the water side of Multi-stage spiral desander is provided with first pressure table, the water inlet end of two groups of hyperfiltration membrane assemblies of ultra-filtration membrane device is connected through the first motor-operated control valve with self-cleaning filter respectively, it is provided with intermediate water tank and liquid level detector, the high-pressure pump for being used for that pressure to be provided to reverse osmosis membrane assembly is provided between intermediate water tank and reverse osmosis membrane assembly.Tthe utility model system can carry out isolation of purified to I, II, III, IV class water, produce the water for meeting national hygiene standard for drinking water standard water quality.
Description
Technical field
The utility model belongs to purifier, and in particular to a kind of purifying control system containing micro-polluted water.
Background technology
The principle of existing purifier is：Raw water is lifted by water intaking water pump enters sediment separator through delivery hose, enters
The first purification of row bulky grain thing；Separator is entered by circulating pump pressurization again, separator uses Ceramic Membranes Separating Technique, in water
Bacterium, colloidal substance, tiny particles content are obstructed by fenestra, and clean water pools purified water by fenestra；Purified water is again through adding
Press pump pressurization enters ultrapurification system milipore filter, the impurity further gone in water removal, kills and causes finally by ultraviolet ray disinfector
Sick microorganism, output Drinking Water；The water source of the purifier can only be applicable I class specified in national GB3838-2002,
II class, III class surface water.
There are the following problems for the purifier：
1. the water source adapted to is limited
Although the water after purifier purification can also meet GB 5749-2006 countries standards for drinking water quality water quality
It is required that but can not handle the IV classes water source of micro- pollution, it is fewer and fewer that present China meets I class, II class, the surface water of III class, and
IV classes surface water is increasing, therefore the ability of purifier is restricted.
2. cost is high
The ceramic membrane technology that purifier uses, its cost is higher, a set of at 160,000 yuan, occupies purifier 35%
Cost；Processing during use to algae substances in water is undesirable, easily blocks the micropore of ceramic membrane, aquifer yield is declined quickly；
, it is necessary to be cleaned with liquid medicine after ceramic membrane is blocked, and scavenging period is grown, and further increases operating cost.
The content of the invention
The purpose of this utility model is for overcome the deficiencies in the prior art, there is provided a kind of purification control containing micro-polluted water
System, isolation of purified can be carried out to I, II, III, IV class water by the control system, produce and meet national Drinking Water
The water of sanitary standard water quality.
What the utility model can be realized by following scheme：
A kind of purifying control system containing micro-polluted water, it is characterised in that：Including water treatment facilities and for controlling at water
The controller of device is managed, the water treatment facilities is by the water pump, blender, Multi-stage spiral desanding that are sequentially connected by pipeline
Device, self-cleaning filter, ultra-filtration membrane device, intermediate water tank, reverse osmosis membrane assembly and ultraviolet ray disinfector are formed, the multistage rotation
Stream desander is in series by least two desanders, and the ultra-filtration membrane device is made up of two groups of hyperfiltration membrane assemblies in parallel；Institute
Water pump, Multi-stage spiral desander, self-cleaning filter and ultraviolet ray disinfector is stated to be electrically connected with the controller respectively,
The water inlet end of the blender is provided with first flowmeter and the coagulant measuring pump for containing coagulant, and described
Flow meters and coagulant measuring pump are electrically connected with the controller respectively, and the first flowmeter is used to gather entering for blender in real time
Water, and send the start and stop for controlling coagulant measuring pump by controller to controller；The water outlet of the Multi-stage spiral desander
End is provided with first pressure table, and the concentrated water of Multi-stage spiral desander, which is brought out after mouth synthesizes a pipeline, is provided with the first regulating valve；It is described
First regulating valve is electrically connected with the controller respectively with first pressure table, and the first regulating valve is used to adjust the output of Multi-stage spiral desander
Pressure, first pressure table are used to observe Multi-stage spiral desander output pressure；The water inlet end difference of every group of hyperfiltration membrane assembly
It is connected through the first motor-operated control valve with self-cleaning filter, first motor-operated control valve is electrically connected with the controller, for controlling
The break-make of each group hyperfiltration membrane assembly；Liquid level detector is provided with the intermediate water tank, the liquid level detector is electrically connected with controller
Connect, for detecting liquid level in intermediate water tank in real time, and send to controller；Set between the intermediate water tank and reverse osmosis membrane assembly
Have the high-pressure pump for providing pressure to reverse osmosis membrane assembly, the high-pressure pump is electrically connected with the controller, for controller according to
The start and stop of the information control high-pressure pump of liquid level detector detection.
The air that the ultra-filtration membrane device includes two groups of hyperfiltration membrane assemblies in parallel, is connected respectively with two groups of hyperfiltration membrane assemblies
Compressor and backwash water tank, every group of hyperfiltration membrane assembly are made up of more milipore filter parallel connections, and the air compressor passes through
Pipeline is connected through the 15th motor-operated control valve with backwash water tank, the air compressor and the 15th motor-operated control valve respectively with
Controller is electrically connected, and the water inlet end of every group of hyperfiltration membrane assembly is connected by the second motor-operated control valve with air compressor, and every group surpasses
The blowdown end of filter membrane component is equipped with the 5th motor-operated control valve, and the water purification end of every group of hyperfiltration membrane assembly is divided into two by three-way pipe
Pipeline, wherein one article of pipeline is connected through the 3rd motor-operated control valve with backwash water tank, another article of pipeline is through the 4th motor-operated control valve
It is connected with intermediate water tank, second motor-operated control valve, the 3rd motor-operated control valve, the 4th motor-operated control valve and the 5th Electronic control
Valve is electrically connected with the controller respectively, is compressed for controller according to the ultra-filtration membrane device scavenging period periodic Control air of setting
Machine, the 15th motor-operated control valve and respective first motor-operated control valve of two groups of hyperfiltration membrane assemblies, the second motor-operated control valve,
The keying of three motor-operated control valves, the 4th motor-operated control valve and the 5th motor-operated control valve, when one of which hyperfiltration membrane assembly is cleaning
When, another group of hyperfiltration membrane assembly is filtered, and makes two groups of hyperfiltration membrane assembly alternate runs.
The output end of the air compressor is provided with the 3rd pressure regulator valve for being used for adjusting air compressor output pressure and the
One electro connecting pressure gauge, the 3rd pressure regulator valve and the first electro connecting pressure gauge are electrically connected with the controller respectively, and the described 3rd adjusts
Pressure valve is used to adjust the pressure for setting output gas, after setting one section of pressure value on first electro connecting pressure gauge, Ke Yigen
According to the value of setting, for controlling the start and stop of air compressor machine；It is provided between the backwash water tank and two groups of hyperfiltration membrane assemblies and is used to examine
The 3rd pressure gauge of backwashing pressure in backwash water tank is surveyed, for observing the pressure of flushing water.
The water inlet end of two groups of hyperfiltration membrane assemblies is provided with force (forcing) pump, the second electro connecting pressure gauge and second pressure gauge, institute
State force (forcing) pump, second pressure gauge, the second electro connecting pressure gauge to be electrically connected with the controller respectively, for controller according to second pressure
Table, the data of the second electro connecting pressure gauge control the start and stop of force (forcing) pump.
The blowdown end of two groups of hyperfiltration membrane assemblies is used for hyperfiltration membrane assembly through the 13rd motor-operated control valve and one respectively
The cleaning water tank for carrying out Chemical cleaning is connected, and the delivery port of the cleaning water tank is provided with the 14th motor-operated control valve, the 13rd electricity
Dynamic control valve and the 14th motor-operated control valve are electrically connected with the controller respectively.
Two pipelines are divided into by three-way pipe between the ultra-filtration membrane device and intermediate water tank, wherein one article of pipeline is through the 6th
Motor-operated control valve is connected with intermediate water tank, and another article of pipeline is successively through the 7th motor-operated control valve and active carbon filter and middle water
Case is connected, and the 6th motor-operated control valve and the 7th motor-operated control valve are electrically connected with the controller respectively, pass through the 6th Electronic control
Valve and the 7th motor-operated control valve control the break-make of two articles of pipelines.
The water side of the intermediate water tank is provided with the 8th motor-operated control valve, and the 8th motor-operated control valve is electrically connected with controller
Connect.
The reverse osmosis membrane assembly is in series by more reverse osmosis membranes, the water inlet end and high-pressure pump of first reverse osmosis membrane
It is connected, the concentrated water end of first reverse osmosis membrane is connected with the water inlet end of second reverse osmosis membrane, the concentrated water of second reverse osmosis membrane
End is connected with the water inlet end of the 3rd reverse osmosis membrane, the like, the concentrated water end of last reverse osmosis membrane assembly is through three-way pipe point
For two pipelines, wherein one article of pipeline is connected through the 11st motor-operated control valve with intermediate water tank, another pipeline is blow-off pipe, institute
State blow-off pipe and be provided with the tenth motor-operated control valve, the tenth motor-operated control valve and the 11st motor-operated control valve respectively with controller
Electrical connection；The production water end (W.E.) of more reverse osmosis membranes is connected in a water production pipeline, the water production pipeline and ultraviolet ray disinfector phase
Even.
The water inlet end of the reverse osmosis membrane assembly is provided with the first conductometric detector, is set in the water production pipeline of reverse osmosis membrane assembly
There are the second conductometric detector, second flowmeter and the 9th motor-operated control valve, the concentrated water end of the reverse osmosis membrane assembly is provided with the 4th
Pressure gauge and the second pressure regulator valve, the 9th motor-operated control valve, second flowmeter, the first conductometric detector, the second Conductivity detection
Instrument, the 4th pressure gauge and the second pressure regulator valve are electrically connected with the controller respectively；First conductometric detector and the second Conductivity detection
Instrument is used to detect reverse osmosis desalination rate, and second pressure regulator valve is used for the system pressure for adjusting reverse osmosis membrane assembly, can be according to the
The data of two flowmeters carry out the pressure of regulating system, and second flowmeter is more than setting value, can turn down system pressure, on the contrary then adjust
High system pressure；4th pressure gauge is used for observing system pressure, and when system pressure exceedes setting value, and second flowmeter does not have
When being lifted at setting value, system needs stop cleaning to maintain reverse osmosis membrane, with the aquifer yield of recovery system.
The output end connection sterilization measuring pump of the ultraviolet ray disinfector, the sterilization measuring pump is interior to contain chlorine-containing disinfecting
Agent, the sterilization measuring pump is electrically connected with the controller, for controlling the start and stop of sterilization measuring pump.
The beneficial effects of the utility model：The utility model is made up of water treatment facilities and controller, water treatment facilities bag
Include the water pump being sequentially connected, blender, Multi-stage spiral desander, ultra-filtration membrane device, intermediate water tank, reverse osmosis membrane assembly and outer
Line sterilizer, the surface water or underground water extracted by controller plc water pump carry out coagulant mixing in a mixer,
Algae substances can effectively be removed.Then start multistage desander and separating for several times is carried out to earth's surface impurities in water, start from clear
Wash filter to be used to retain surface water from the fine particle in rear water, be used for by two groups of hyperfiltration membrane assemblies of ultra-filtration membrane device
Filtration volume is more than the material in film surface micropore footpath respectively, then carries out second by reverse osmosis membrane assembly and filter, after filtering
Water purification end is carried out disinfection sterilization by ultraviolet ray disinfector again, finally exports pure water.The utility model can be to meeting country
I, the surface water of II, III, IV class water and underground water carry out multi-stage separation separating treatment and are made pure meeting GB 5749-
The purified water of 2006 national standards for drinking water quality water quality requirements.The utility model can carry out filtering only to following raw water
Change：Algae blooms water：Raw water frustule sum≤100,000,000/L；Bitter：The mg/L of total dissolved solid≤10000；High muddy water：
The kg/m3 of sand content≤100；Low temperature and low turbidity water：Water temperature is at 4 DEG C ± 2 DEG C, the NTU of turbidity≤10；Micro-polluted surface water：CODMn
≤ 10 mg/L, smelly and taste≤5 grade.The IV classes water source of micro- pollution can be purified, the water source of adaptation is wide.Using the utility model water purification
System production water be：≥5 m3/h（Under the conditions of water temperature >=4 DEG C）, it is big to purify water.And the present invention can be used for field work, portion
Instruction, emergency management and rescue etc. are lived by team, and use range is extensive.
The utility model ultra-filtration membrane device is in parallel using two groups of hyperfiltration membrane assemblies, is connected respectively with two groups of hyperfiltration membrane assemblies
Air compressor and backwash water tank are formed, the alternately positive backwash in parallel of two groups of hyperfiltration membrane assemblies, and contamination resistance is strong.When one group
For hyperfiltration membrane assembly when being filtered, another group of hyperfiltration membrane assembly carries out positive and negative cleaning, so ensure that hyperfiltration membrane assembly
Filter effect, and the time has fully been saved, hyperfiltration membrane assembly is had continuously purified water supply.And the utility model is just
Wash with backwash while using air compressor supply cleaning, reduce a backwashing pump and some pipeline materials, saved cost.
Brief description of the drawings
Fig. 1 is Tthe utility model system structural representation.
Embodiment
The utility model is further described below in conjunction with the accompanying drawings.
It is shown in Figure 1, a kind of purifying control system of micro-polluted water, including water treatment facilities and for controlling water process
The controller of device, the water treatment facilities by be sequentially connected water pump 1, blender 2, Multi-stage spiral desander 3, self-cleaning
Filter 4, ultra-filtration membrane device 5, intermediate water tank 6, reverse osmosis membrane assembly 7 and ultraviolet ray disinfector 12 are formed.The water pump 1,
Multi-stage spiral desander 3, self-cleaning filter 4 and ultraviolet ray disinfector 12 are electrically connected with the controller respectively, and the controller is adopted
Use PLC.
The water pump 1 is used to extract surface water or underground water, and the blender 2 is used for surface water or underground to extraction
Water adds coagulant and mixed, and the water inlet end of the blender 2 is provided with first flowmeter FT1 and for containing the mixed of coagulant
Solidifying agent measuring pump 14, first flowmeter FT1 uses digital display fluid flowmeter, the first flowmeter FT1 and coagulant measuring pump
14 are electrically connected with the controller respectively, and the first flowmeter FT1 is used for the inflow for gathering blender in real time, and sends and extremely control
Device, the start and stop of coagulant measuring pump 14 are controlled by controller.Removed by pipeline and Multi-stage spiral the water side of the blender 2
The water inlet end of sand device 3 is connected.
The Multi-stage spiral desander 3 is in series by least two desanders, and in the present embodiment, the Multi-stage spiral removes
Sand device 3 is in series using two desanders 3, forms two stage cycle cyclone separator.The Multi-stage spiral desander 3 be used for pair
Surface water or underground impurities in water carry out separating for several times, pass through the first order hydrocyclone of Multi-stage spiral desander 3 and second
Level hydrocyclone carries out desanding to raw water and drops turbid processing, raw water turbidity can be reduced into below 200NTU.The Multi-stage spiral
The water side of desander 3 is provided with first pressure table PI1, and the sediment outflow end of described two hydrocyclones 3, which merges, is connected to a pipe
On road, the pipeline is provided with the first pressure regulator valve V1, and the first regulating valve V1 is electrically connected with the controller with first pressure table PI1, the
One regulating valve V1 and first pressure table PI1 links, for adjusting Multi-stage spiral desander output pressure（Pressure before milipore filter）,
First pressure table PI1 is used to observe Multi-stage spiral desander output pressure（Pressure before milipore filter）.
The water side of the Multi-stage spiral desander 3 is connected by pipeline with the water inlet end of self-cleaning filter 4, this implementation
In example, the self-cleaning filter 4 is using 100 microns or 150 microns of prefilter, and the self-cleaning filter 4 is for cutting
Surface water is stayed from the fine particle in rear water, by retaining the fine particle in raw water, with protect milipore filter will not by
The impact and damage of grain thing, the blowoff valve EV19 of self-cleaning filter 4 are used to self-cleaning filter 4 filtering particle discharge.
The water side of the self-cleaning filter 4 is connected with ultra-filtration membrane device 5 by pipeline, and the ultra-filtration membrane device 5 is wrapped
Include two groups of hyperfiltration membrane assembly 5-1 in parallel, the air compressor 5-2 being connected respectively with two groups of hyperfiltration membrane assemblies and backwash water tank
5-3, every group of hyperfiltration membrane assembly 5-1 are made up of more milipore filter parallel connections, and the water inlet end of more milipore filters passes through branch pipe respectively
It is connected on an inlet channel, the water purification end of more milipore filters is connected in a water purification pipeline by branch pipe respectively, described
Water purification pipeline is divided into two pipelines by three-way pipe, and the blowdown end of more milipore filters is connected to a blow-off pipe by branch pipe respectively
On road, in the utility model：Every group of hyperfiltration membrane assembly is made up of three milipore filter parallel connections.Two groups of hyperfiltration membrane assembly 5-1's
Water inlet end is connected through the first motor-operated control valve with self-cleaning filter 4 respectively, i.e. two motor-operated control valves of EV1 and EV2, for controlling
The break-make of each group hyperfiltration membrane assembly processed；Every group of hyperfiltration membrane assembly 5-1 water inlet end is respectively through the second motor-operated control valve and air pressure
Contracting machine 5-2 is connected, i.e. two motor-operated control valves of EV3 and EV4.It is electronic that every group of hyperfiltration membrane assembly 5-1 blowdown end is equipped with the 5th
Control valve, two motor-operated control valves of EV11 and EV12；Every group of hyperfiltration membrane assembly 5-1 water purification end is divided into two pipes by three-way pipe
Road, wherein one article of pipeline is connected through the 3rd motor-operated control valve with backwash water tank 5-3, i.e. two motor-operated control valves of EV7 and EV8,
The 3rd electric controller valve uses electrical ball valve, and another article of pipeline is connected through the 4th motor-operated control valve with intermediate water tank 6, i.e.,
Two motor-operated control valves of EV9 and EV10, the 4th electric controller valve use electrical ball valve.First motor-operated control valve,
Second motor-operated control valve, the 3rd motor-operated control valve, the 4th motor-operated control valve and the 5th motor-operated control valve are electrically connected with controller respectively
Connect.The output end of the air compressor 5-2 is provided with the 3rd pressure regulator valve and first for being used for adjusting air compressor output pressure
Electro connecting pressure gauge PIS1, the 3rd pressure regulator valve and the first electro connecting pressure gauge PIS1 are electrically connected with the controller, and the described 3rd
Pressure regulator valve is used to adjust the pressure for setting output gas, can be with after setting one section of pressure value on first electro connecting pressure gauge
According to the value of setting, for controlling the start and stop of air compressor machine.The air compressor 5-2 is by pipeline through the 15th motor-operated control valve
EV5 is connected with backwash water tank 5-3, and the air compressor 5-3 and the 15th motor-operated control valve EV5 are electrically connected with controller respectively
Connect.It is provided between backwash water tank 5-2 and two groups of hyperfiltration membrane assembly 5-1 and is used to detect backwashing pressure in backwash water tank
The 3rd pressure gauge PI3.Ultra-filtration membrane device scavenging period periodic Control air compressor, ten five electricity of the controller according to setting
Dynamic control valve and respective first motor-operated control valve of two groups of hyperfiltration membrane assemblies, the second motor-operated control valve, the 3rd Electronic control
The keying of valve, the 4th motor-operated control valve and the 5th motor-operated control valve, when one of which hyperfiltration membrane assembly is in cleaning, another group surpasses
Filter membrane component is filtered, and makes two groups of hyperfiltration membrane assembly alternate runs, and continuous clean water can be provided for counter-infiltration.Two groups of ultrafiltration
Membrane module 5-1 is used to distinguish the material that filtration volume is more than film surface micropore footpath.In order to keep the strainability of milipore filter and subtract
The pollution of light film, milipore filter need regular positive backwash to remove the polluter on ultrafiltration membrane surface, in positive backwash process not
Need to add chemicals, belong to physical cleaning.The ultra-filtration membrane device 5 is when milipore filter is just washed, using air compressor to super
Air is passed through in filter membrane component, is scrubbed by air on film surface.When carrying out milipore filter backwash, with air compressor
High pressure gas is passed through at the top of backwash water tank, and the clean water backwashed in water tank is entered into blowdown from the water purification side pressure of milipore filter
End, reach the purpose of milipore filter reverse cleaning.It is of the present utility model just to wash with backwash while cleaned using air compressor supply,
A backwashing pump and some pipeline materials are reduced, have saved cost.Pass through the positive and negative pollutant purged on ultrafiltration membrane surface
Matter so that transmembrane pressure returns to the level in previously production water cycle.The positive backwash of timing helps to control the increasing of transmembrane pressure
It is long, so as to extend the time interval of restorative Chemical cleaning and reduce the average energy consumption of film operation.In the present embodiment, the ultrafiltration
Membrane module uses the LW2-0960-F membrane modules of Hainan liter production, belongs to external-compression type doughnut PVDF ultrafiltration membrane, pvdf membrane
Silk has 0.02 μm of aperture, ensure that the filtering accuracy of component, it is ensured that producing water water quality is qualified, stably.It can be widely applied to
Surface water, well water, sea water applications.
Further：Force (forcing) pump 10, the second electro connecting pressure gauge are provided with before the water inlet end of two groups of hyperfiltration membrane assembly 5-1
PIS2 and second pressure gauge PI2, the force (forcing) pump 10, second pressure gauge PI2 and the second electro connecting pressure gauge PIS2 respectively with control
Device electrical connection processed, second pressure gauge PI2, the second electro connecting pressure gauge are input to two groups of hyperfiltration membrane assembly 5-1 reclaimed waters for detection
Pressure, controller according to second pressure gauge, the second electro connecting pressure gauge detect data control force (forcing) pump start and stop.
Further：The blowdown end of two groups of hyperfiltration membrane assembly 5-1 is used for super through the 13rd control valve and one respectively
The cleaning water tank 9 that filter membrane component carries out Chemical cleaning is connected, i.e. two control valves of V5 and V6, the delivery port of the cleaning water tank 9
Provided with the 14th motor-operated control valve V4, the 13rd control valve and the 14th motor-operated control valve can also use hand-operated valve.Clearly
The delivery port of water tank 9 is through the 14th motor-operated control valve V4, force (forcing) pump 10, the second electro connecting pressure gauge PIS2 and second pressure gauge
PI2 is connected with the water inlet end of two groups of hyperfiltration membrane assemblies, and the cleaning water tank 9 is used to carry out Chemical cleaning to hyperfiltration membrane assembly 5-1.
Enough cleaning agents are added in water tank is cleaned, V4, V5, V6 is opened, at this moment presses milipore filter cleaning button, controller is automatic
Open EV1, EV2 and force (forcing) pump, the water cleaned in water tank reaches force (forcing) pump by pipeline, through over pressurizeed, by pipeline and EV1,
EV2, into milipore filter group, and then milipore filter is cleaned, the water after cleaning returns to cleaning water tank, what is so circulated is clear by V5, V6
Wash, be finally reached the purpose of Chemical cleaning milipore filter.The utility model ensure that milipore filter using physical cleaning and Chemical cleaning
Filter effect.
Two pipelines are divided into by three-way pipe between the ultra-filtration membrane device 5 and intermediate water tank 6, wherein one article of pipeline is through
Six motor-operated control valve EV13 are connected with intermediate water tank 6, and another article of pipeline is successively through the 7th motor-operated control valve EV14 and activated carbon mistake
Filter 8 is connected with intermediate water tank 6, and the 7th motor-operated control valve EV14 and the 6th motor-operated control valve EV13 is electric with controller respectively
Connection, the break-make of two articles of pipelines is controlled by the 7th motor-operated control valve EV14 and the 6th motor-operated control valve EV13.The activated carbon
The motor-operated control valve of 8 downstream of filter the 12nd, the 12nd motor-operated control valve can also use hand-operated valve V7, the present embodiment
It is middle to use hand-operated valve.When the water purification of ultra-filtration membrane device 5, which brings out next water, to be needed to be adsorbed by active carbon filter 8, close
The 6th motor-operated control valve EV13 between ultra-filtration membrane device 5 and intermediate water tank 6, open the 7th electronic control of active carbon filter 8
Valve EV14 processed.When the water purification of ultra-filtration membrane device 5, which brings out next water, to be adsorbed by active carbon filter 8, open super
The 6th motor-operated control valve EV13 between filter membrane device and intermediate water tank, close the 7th motor-operated control valve of active carbon filter 8
EV14.Active carbon filter can effectively ensure that rear class service life of equipment as water process desalination pre-treatment, improve effluent quality,
Prevent from polluting, particularly prevent the free state chlorine residue of rear class reverse osmosis membrane, ion exchange resin etc. is poisoned to pollute.The activated carbon
Filter can adsorb the chlorine residue that can not be removed in prime filtering to prevent rear class reverse osmosis membrane by its oxidative degradation, while also inhale
The pollutants such as the small organic molecule that comes of prime of chiming in leakage, to peculiar smell, colloid and pigment in water, heavy metal ion,
COD etc. has obvious Adsorption to act on.The SDI values of reverse osmosis membrane assembly water inlet can be further reduced, ensure SDI<
5, TOC<2.0ppm.
The water side of the intermediate water tank 6 is connected by high-pressure pump 11 with the water inlet end of reverse osmosis membrane assembly 7, high-pressure pump 11
It is electrically connected with the controller, in the present embodiment, the high-pressure pump 11 uses CDLF16-16 stainless steel centrifugal multistage pump multiple centrifugal pumps, H-Max
220m, flow 16m3/h.More than 7 reverse osmosis membrane of the reverse osmosis membrane assembly is in series, the water inlet end of first reverse osmosis membrane
It is connected with high-pressure pump, the concentrated water end of first reverse osmosis membrane is connected with the water inlet end of second reverse osmosis membrane, second counter-infiltration
The concentrated water end of film is connected with the water inlet end of the 3rd reverse osmosis membrane, the like, the concentrated water end warp of last reverse osmosis membrane assembly
Three-way pipe is divided into two pipelines, wherein one article of pipeline is connected through the 11st motor-operated control valve EV18 with intermediate water tank 6, another pipe
Road is blow-off pipe, and the blow-off pipe is provided with the tenth motor-operated control valve EV17, the tenth motor-operated control valve EV17 and the 11st
Motor-operated control valve EV18 is electrically connected with the controller respectively；The production water end (W.E.) of more reverse osmosis membranes is connected in a water production pipeline.Institute
The water inlet end for stating reverse osmosis membrane assembly 7 is provided with the first conductometric detector TDS1, is set in the water production pipeline of the reverse osmosis membrane assembly 7
There are the second conductometric detector TDS2, second flowmeter FT2 and the 9th motor-operated control valve EV16, the 9th motor-operated control valve
EV16, second flowmeter FT2, the first conductometric detector TDS1 and the second conductometric detector TDS2 are electrically connected with the controller respectively.
First conductometric detector TDS1 and the second conductometric detector TDS2 detects the desalination rate of reverse osmosis module respectively, passes through the first conductance
The data of detector TDS1 and the second conductometric detector TDS2 detections are contrasted, and judge whether anti-permeable membrane component 7 needs to carry out
Maintenance.The concentrated water end of the reverse osmosis membrane assembly 7 is divided into after the 4th pressure gauge PI4 and the second pressure regulator valve V2 by three-way pipe
Two pipelines, the second pressure regulator valve V2 are used for the system pressure for adjusting reverse osmosis membrane assembly, can be according to second flowmeter FT2
Data carry out the pressure of regulating system, second flowmeter is more than setting value, can turn down system pressure, on the contrary then height-adjusting system pressure
Power；The 4th pressure gauge PI4 is used for observing system pressure, and when system pressure exceedes setting value, and second flowmeter FT2 does not have
When being lifted at setting value, system needs stop cleaning to maintain reverse osmosis membrane, with the aquifer yield of recovery system.The reverse osmosis membrane group
The concentrated water end of part 7 is additionally provided with a pressure sensor PT, and pressure sensor PT is electrically connected with the controller, for monitoring system pressure
Value, carrys out protection equipment normal work；When system pressure exceedes the value of setting, controller upon receipt of the signals, stop by control system
Machine, in order to avoid system pressure is too high, damage equipment.Reverse osmosis membrane assembly uses six reverse osmosis membranes, the reverse osmosis in the present embodiment
Permeable membrane uses the low-pressure reverse osmosis membrane of LG-DOW company production, BW30FR-400/34 type RO films, is characterized in intake pressure
It is low, it is only necessary to which that 1.55MPa pressure, salt rejection rate is more than 99.8%.The operation principle of the reverse osmosis membrane is oozed higher than solution
Thoroughly in the presence of pressure, it can not pass through pellicle according to other materials and separate these materials and water.Due to reverse osmosis membrane
Membrane aperture dissolved salts, colloid, microorganism, organic matter etc. very small, therefore can effectively go in water removal（Clearance is high
Up to 97-98%）.Reverse osmosis technology is generally used for the fresh water of seawater and brackish water；The sofening treatment of water；Wastewater treatment and food,
Medical industry, the purification of chemical industry, concentration, separation etc..
The water side of the intermediate water tank is provided with the 8th motor-operated control valve EV15, the 8th motor-operated control valve EV15 and control
Device electrical connection processed.Liquid level detector is provided with the intermediate water tank, the liquid level detector is electrically connected with the controller, level sensing
Device is used to detect liquid level in intermediate water tank in real time, is used for and sends the letter detected to controller, controller according to liquid level detector
The start and stop of breath control high-pressure pump；When the liquid level detector detects that liquid level reaches startup liquid level（High level）When start it is anti-
Infiltration production water；When liquid level is in middle position, the 11st motor-operated control valve EV18 at reverse osmosis membrane assembly concentrated water end is opened, to middle water
The moisturizing of case 6, there is provided the water source enough to reverse osmosis membrane；When liquid level is in low liquid level, the 8th Electronic control of intermediate water tank 6 is closed
Valve EV15 and high-pressure pump 11, reverse osmosis membrane assembly 7 are stopped.The intermediate water tank is used to provide not to reverse osmosis membrane assembly 7
Disconnected water source, in front end when insufficient water, the concentrated water of counter-infiltration returns to intermediate water tank, so intermediate water tank 6 not only acts as
The effect of interim water, also also function to the effect of a regulating pondage balance., can be with after when reverse osmosis membrane uses one section
By adding reverse osmosis membrane maintaining agent in intermediate water tank, liquid medicine enters the maintenance of the progress film of reverse osmosis membrane assembly 7 by pipeline,
The liquid medicine come out from reverse osmosis membrane assembly 7 so circulates by returning in intermediate regulations water tank, reverse osmosis membrane can be protected
Support.
The production water end (W.E.) of the reverse osmosis membrane assembly 7 is connected with ultraviolet ray disinfector 12, is exported by ultraviolet ray disinfector 12
Pure water, the pure water of output can use water pot storage and direct use to transport to drinking-water point..The ultraviolet ray disinfector 12 by
Electrical control part and fuselage sections composition, fuselage material use food-grade stainless steel, surfaces externally and internally mirror finish, increased ultraviolet
Line reflection rate, water is by being wherein effectively increased bactericidal effect.Because the disinfection by ultraviolet light time is of short duration, product water may have microorganism
Pollution again, be unfavorable for the storage of water, therefore, product water also need to carry out chlorination.The ultraviolet ray disinfector 12 it is defeated
Go out end connection sterilization measuring pump 13, chlorine-containing disinfectant, the sterilization measuring pump and controller are contained in the sterilization measuring pump 13
Electrical connection, for controlling the start and stop of sterilization measuring pump.
The first, second, the five, the six, the seven, the eight, the nine, the ten, the 11st, the tenth described in the utility model
2nd, the 13rd, the 14th, the 15th motor-operated control valve uses magnetic valve.Three, the 4th motor-operated control valve uses electric ball
Valve.
Operation principle of the present utility model：
Controller（PLC）Start water pump 1 first, raw water is pumped into blender 2 by water pump 1, according to first-class
The real time data of gauge collection starts coagulant measuring pump 14, injects flocculant into blender 2 by coagulation measuring pump 14, makes
Flocculant sufficiently mixes with raw water in blender 2, and flocculant reacts with the colloidal substance in water and suspended things, generates bulk
Material；Secondly Multi-stage spiral desander 3 and self-cleaning filter 4 are started, generation granulated substance sequentially enters multistage with water
The first order hydrocyclone of hydrocyclone 3, second level cyclone separator carry out separating treatment, at multistage cyclonic fluid separator 3
Water after reason enters self-cleaning filter 4, and 200 μm of material can be will be greater than by self-cleaning filter 4 and is filtered out, passes through first
The output pressure of pressure gauge detection Multi-stage spiral desander 3, the water after filtering are sent into ultra-filtration membrane device 5 and filtered, and form first
Level separation；Before ultra-filtration membrane device 5 is sent into, the motor-operated control valve of two groups of hyperfiltration membrane assemblies is controlled by controller, makes wherein one
Group hyperfiltration membrane assembly connection, is filtered to the filter water of self-cleaning filter 4, and another group of hyperfiltration membrane assembly is closed, and carries out ultrafiltration
The cleaning of membrane module, so alternate operation, fully ensure that milipore filter has continuously that purified water supplies to intermediate water tank, shape
Separated into the second level.Water after ultra-filtration membrane device filters, which can enter active carbon filter 8, can also be directly entered centre
Water tank 6, normally water processed is without active carbon filter 8, and when the water after purification has peculiar smell or has pigment, opening the 7th is electronic
Control valve EV14, water enter active carbon filter 8 by pipeline, and peculiar smell and pigment are tightly held by activated carbon, into intermediate water tank 6；
The information that controller detects in real time according to liquid level detector, the motor-operated control valve EV15 of high-pressure pump 11 and the 8th is controlled, when middle water
When the water of case reaches high level, start the motor-operated control valve EV15 of high-pressure pump 11 and the 8th, high-pressure pump 11, which is run, gives reverse osmosis membrane group
Part 7 provides press water, and pressure is adjustable from 0.5~1.2MPa, and six reverse osmosis membranes connected by reverse osmosis membrane assembly 7 are carried out
Filter again, form third level separation；When the water level in regulating tank is in middle liquid level, the concentrated water end of reverse osmosis membrane assembly 7 is opened
The 11st motor-operated control valve EV18, to intermediate water tank moisturizing, after reaching high level, close the 11st motor-operated control valve EV18,
The moisturizing no longer into intermediate water tank, is so repeated, until the machine of closing down.Finally start ultraviolet ray disinfector 12 and malicious measuring pump
13, the good water after the purification of reverse osmosis membrane assembly 7 is flowed into by the second conductometric detector and ultraviolet ray disinfector 12, passes through ultraviolet
After sterilizer 12 carries out ultraviolet disinfection, then chlorine-containing disinfectant sterilization is carried out, ensure that purified water meets national water hygiene mark
It is accurate.
Claims (10)
- A kind of 1. purifying control system containing micro-polluted water, it is characterised in that：Including water treatment facilities and for controlling water process The controller of device, the water treatment facilities is by the water pump that is sequentially connected by pipeline（1）, blender（2）, Multi-stage spiral removes Sand device（3）, self-cleaning filter（4）, ultra-filtration membrane device（5）, intermediate water tank（6）, reverse osmosis membrane assembly（7）And disinfection by ultraviolet light Device（12）Form, the Multi-stage spiral desander（3）It is in series by least two desanders, the ultra-filtration membrane device（5）By Two groups of hyperfiltration membrane assemblies (5-1) in parallel are formed；The water pump（1）, Multi-stage spiral desander（3）, self-cleaning filter（4） And ultraviolet ray disinfector（12）It is electrically connected with the controller respectively,The blender（2）Water inlet end be provided with first flowmeter and the coagulant measuring pump for containing coagulant（14）, institute State first flowmeter and coagulant measuring pump (14) is electrically connected with the controller respectively, the first flowmeter, which is used to gather in real time, mixes The inflow of clutch, and send the start and stop for controlling coagulant measuring pump by controller to controller；The Multi-stage spiral desanding The water side of device (3) is provided with first pressure table, and the concentrated water of Multi-stage spiral desander (3), which brings out mouth and synthesized, is provided with the after one article of pipeline One regulating valve；First regulating valve is electrically connected with the controller respectively with first pressure table, and the first regulating valve is used to adjust multistage Hydrocyclone output pressure, first pressure table are used to observe Multi-stage spiral desander output pressure；Every group of milipore filter group The water inlet end of part (5-1) is connected through the first motor-operated control valve with self-cleaning filter (4) respectively, first motor-operated control valve with Controller electrically connects, for controlling the break-make of each group hyperfiltration membrane assembly；Liquid level detector, institute are provided with the intermediate water tank (6) State liquid level detector to be electrically connected with the controller, for detecting liquid level in intermediate water tank in real time, and send to controller；The centre The high-pressure pump (11) for being used for that pressure to be provided to reverse osmosis membrane assembly, the height are provided between water tank (6) and reverse osmosis membrane assembly (7) Press pump (11) is electrically connected with the controller, and the information detected for controller according to liquid level detector controls the start and stop of high-pressure pump.
- A kind of 2. purifying control system containing micro-polluted water according to claim 1, it is characterised in that：The milipore filter dress Putting (5) includes two groups of hyperfiltration membrane assemblies (5-1) in parallel, the air compressors being connected respectively with two groups of hyperfiltration membrane assemblies（5-2） With backwash water tank（5-3）, every group of hyperfiltration membrane assembly（5-1）It is made up of more milipore filter parallel connections, the air compressor （5-2）By pipeline through the 15th motor-operated control valve and backwash water tank（5-3）It is connected, the air compressor（5-2）With 15 motor-operated control valves are electrically connected with the controller respectively, every group of hyperfiltration membrane assembly（5-1）Water inlet end pass through the second Electronic control Valve and air compressor（5-2）It is connected, every group of hyperfiltration membrane assembly（5-1）Blowdown end be equipped with the 5th motor-operated control valve, every group Hyperfiltration membrane assembly（5-1）Water purification end two pipelines are divided into by three-way pipe, wherein one article of pipeline through the 3rd motor-operated control valve with Backwash water tank（5-3）It is connected, another article of pipeline is through the 4th motor-operated control valve and intermediate water tank（6）It is connected, described second is electronic Control valve, the 3rd motor-operated control valve, the 4th motor-operated control valve and the 5th motor-operated control valve are electrically connected with the controller respectively, for controlling Device processed is according to the ultra-filtration membrane device scavenging period periodic Control air compressor of setting, the 15th motor-operated control valve and two groups Respective first motor-operated control valve of hyperfiltration membrane assembly, the second motor-operated control valve, the 3rd motor-operated control valve, the 4th motor-operated control valve and The keying of 5th motor-operated control valve, when one of which hyperfiltration membrane assembly is in cleaning, another group of hyperfiltration membrane assembly is filtered, and is made Two groups of hyperfiltration membrane assembly alternate runs.
- A kind of 3. purifying control system containing micro-polluted water according to claim 2, it is characterised in that：The air compression Machine（5-2）Output end be provided with and be used to adjust the 3rd pressure regulator valve and the first electro connecting pressure gauge of air compressor output pressure, 3rd pressure regulator valve and the first electro connecting pressure gauge are electrically connected with the controller respectively, and the 3rd pressure regulator valve, which is used to adjust, to be set The pressure of output gas, can be according to the value of setting, for controlling after setting one section of pressure value on first electro connecting pressure gauge The start and stop of air compressor machine processed；The backwash water tank（5-3）With two groups of hyperfiltration membrane assemblies（5-1）Between be provided be used for detect backwash 3rd pressure gauge of backwashing pressure in water tank, for observing the pressure of flushing water.
- A kind of 4. purifying control system containing micro-polluted water according to claim 1 or 2, it is characterised in that：Described two groups Hyperfiltration membrane assembly（5-1）Water inlet end be provided with force (forcing) pump（10）, the second electro connecting pressure gauge and second pressure gauge, the force (forcing) pump （10）, second pressure gauge, the second electro connecting pressure gauge be electrically connected with the controller respectively, for controller according to second pressure gauge, The start and stop of the data control force (forcing) pump of second electro connecting pressure gauge.
- A kind of 5. purifying control system containing micro-polluted water according to claim 1 or 2, it is characterised in that：Described two groups Hyperfiltration membrane assembly（5-1）Blowdown end respectively through the 13rd motor-operated control valve and one be used for hyperfiltration membrane assembly（5-1）Changed Learn the cleaning water tank of cleaning（9）It is connected, the cleaning water tank（9）Delivery port be provided with the 14th motor-operated control valve, the 13rd electricity Dynamic control valve and the 14th motor-operated control valve are electrically connected with the controller respectively.
- A kind of 6. purifying control system containing micro-polluted water according to claim 1, it is characterised in that：The milipore filter dress Put（5）With intermediate water tank（6）Between two pipelines are divided into by three-way pipe, wherein one article of pipeline through the 6th motor-operated control valve with Between water tank（6）Connection, another article of pipeline connect through the 7th motor-operated control valve and active carbon filter (8) with intermediate water tank (6) successively Connect, the 6th motor-operated control valve and the 7th motor-operated control valve are electrically connected with the controller respectively, by the 6th motor-operated control valve and 7th motor-operated control valve controls the break-make of two articles of pipelines.
- A kind of 7. purifying control system containing micro-polluted water according to claim 1, it is characterised in that：The intermediate water tank (6) water side is provided with the 8th motor-operated control valve, and the 8th motor-operated control valve is electrically connected with the controller.
- A kind of 8. purifying control system containing micro-polluted water according to claim 1, it is characterised in that：The reverse osmosis membrane Component (7) is in series by more reverse osmosis membranes, and the water inlet end of first reverse osmosis membrane is connected with high-pressure pump, first counter-infiltration The concentrated water end of film is connected with the water inlet end of second reverse osmosis membrane, the concentrated water end of second reverse osmosis membrane and the 3rd reverse osmosis membrane Water inlet end be connected, the like, the concentrated water end of last reverse osmosis membrane assembly is divided into two pipelines through three-way pipe, wherein one Pipeline is connected through the 11st motor-operated control valve with intermediate water tank, and another pipeline is blow-off pipe, and the blow-off pipe is provided with the tenth Motor-operated control valve, the tenth motor-operated control valve and the 11st motor-operated control valve are electrically connected with the controller respectively；More counter-infiltrations The production water end (W.E.) of film is connected in a water production pipeline, and the water production pipeline is connected with ultraviolet ray disinfector.
- A kind of 9. purifying control system containing micro-polluted water according to claim 1 or 8, it is characterised in that：The reverse osmosis Permeable membrane component（7）Water inlet end be provided with the first conductometric detector, the water production pipeline of reverse osmosis membrane assembly (7) is provided with the second conductance Detector, second flowmeter and the 9th motor-operated control valve, the reverse osmosis membrane assembly（7）Concentrated water end be provided with the 4th pressure gauge and Second pressure regulator valve, the 9th motor-operated control valve, second flowmeter, the first conductometric detector, the second conductometric detector, the 4th pressure Power table and the second pressure regulator valve are electrically connected with the controller respectively；First conductometric detector and the second conductometric detector are used to detect Reverse osmosis desalination rate, second pressure regulator valve are used for the system pressure for adjusting reverse osmosis membrane assembly, can be according to second flowmeter Data carry out the pressure of regulating system, and second flowmeter is more than setting value, can turn down system pressure, on the contrary then height-adjusting system pressure Power；4th pressure gauge is used for observing system pressure, and when system pressure exceedes setting value, and second flowmeter is not lifted at During setting value, system needs stop cleaning to maintain reverse osmosis membrane, with the aquifer yield of recovery system.
- A kind of 10. purifying control system containing micro-polluted water according to claim 1, it is characterised in that：The ultraviolet Sterilizer（12）Output end connection sterilization measuring pump（13）, the sterilization measuring pump（13）Interior splendid attire chlorine-containing disinfectant, it is described Sterilize measuring pump（13）It is electrically connected with the controller, measuring pump is sterilized for controlling（13）Start and stop.
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| CN201720485660.2U CN206970376U (en) | 2017-05-04 | 2017-05-04 | Purifying control system containing micro-polluted water |
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| CN108623072A (en) * | 2018-07-16 | 2018-10-09 | 淄博瀚泓环保科技有限公司 | A kind of integrated oral cavity diagnosis water system with full embrane method automatic disinfection |
| CN108715465A (en) * | 2018-07-02 | 2018-10-30 | 珠海格力电器股份有限公司 | Water treatment system and control method thereof |
| CN108840467A (en) * | 2018-06-19 | 2018-11-20 | 北京北控海创科技有限公司 | A kind of sea water desalination water intaking emergency technique for the breakout of red tide phase |
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| CN111271899A (en) * | 2020-03-26 | 2020-06-12 | 山东省地勘局第二水文地质工程地质大队(山东省鲁北地质工程勘察院) | Hydrothermal geothermal resource development and utilization system and development and utilization method thereof |
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| WO2019207006A1 (en) * | 2018-04-24 | 2019-10-31 | Gm Innovations Limited | An apparatus for producing potable water |
| GB2606484A (en) * | 2018-04-24 | 2022-11-09 | Gm Innovations Ltd | An apparatus for producing potable water |
| GB2573116B (en) * | 2018-04-24 | 2022-11-30 | Gm Innovations Ltd | An apparatus for producing potable water |
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| CN108840467A (en) * | 2018-06-19 | 2018-11-20 | 北京北控海创科技有限公司 | A kind of sea water desalination water intaking emergency technique for the breakout of red tide phase |
| CN108715465A (en) * | 2018-07-02 | 2018-10-30 | 珠海格力电器股份有限公司 | Water treatment system and control method thereof |
| CN108623072A (en) * | 2018-07-16 | 2018-10-09 | 淄博瀚泓环保科技有限公司 | A kind of integrated oral cavity diagnosis water system with full embrane method automatic disinfection |
| CN110117112A (en) * | 2019-04-17 | 2019-08-13 | 中国人民解放军第八一医院 | A kind of biochemical sewage process performance experimental rig |
| CN111271899A (en) * | 2020-03-26 | 2020-06-12 | 山东省地勘局第二水文地质工程地质大队(山东省鲁北地质工程勘察院) | Hydrothermal geothermal resource development and utilization system and development and utilization method thereof |
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