CN207091183U - A kind of industrial and mineral waste water high-efficiency purifies and recycled equipment - Google Patents
A kind of industrial and mineral waste water high-efficiency purifies and recycled equipment Download PDFInfo
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- CN207091183U CN207091183U CN201721018761.5U CN201721018761U CN207091183U CN 207091183 U CN207091183 U CN 207091183U CN 201721018761 U CN201721018761 U CN 201721018761U CN 207091183 U CN207091183 U CN 207091183U
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Abstract
A kind of industrial and mineral waste water high-efficiency purifies and recycled equipment, including crushing device, waste water high-efficiency purifier and recycling device, the crushing device is connected with waste water high-efficiency purifier, and the waste water high-efficiency purifier is connected with recycling device；The crushing device includes crushing room, power set, refuse pulverizator and screen cloth；The purifying device of waste water high-efficiency includes highly effective coagulation room, cyclone-flocculation room, sedimentation filtration room and coagulant drug-adding device；The recycling device includes heavy metal sedimentation filtration room and removal of heavy metal ions agent chemicals dosing plant.Can effectively solve the pollution problem of industrial and mineral waste water using the utility model, there is efficient, the low advantage of investment.
Description
Technical field
It the utility model is related to environmental protection equipment technical field, and in particular to a kind of industrial and mineral waste water high-efficiency is purified and recycled
Equipment.
Background technology
In industrial and mining enterprises' production process such as machining, Electronic products manufacturing, the exploitation in mine and ore dressing, metal smelt
In, the industrial and mineral waste water containing a large amount of SSs, based on inorganic matter can be produced.These industrial and mineral waste water contain substantial amounts of outstanding
Buoyant weight metallic particles or ion, serious heavy metals exceeding standard can be caused by being discharged into water body, not only endanger animals and plants, can also influence people
The health of class, such as cadmium rice, blood lead poisoning, arsenic poisoning contamination accident；Industrial and mineral waste water also contains oiliness suspension, organic
Thing, some impurity such as branch, rubbish etc., oiliness suspension can decline oxygen in water so that aquatile is in serious and lacked
Oxygen condition and it is dead, organic matter is in the presence of microorganism so that water body black, foul etc..Therefore, these industrial and mineral waste water are necessary
Could reuse or discharge after processing is up to standard.
Many currently for industrial and mineral method for treating wastewater and equipment, CN102701545B is disclosed one kind and intercepted using step
The system and its technique of dam same for treating acidic mine wastewater, utilize the barrier on step dam, the physics of microorganism, chemical reaction and plant
The effect such as the filtering of thing root system, absorption reaches the purpose for administering waste water to acidic mine waste water processing, but its floor space is big,
It is high to the cost of deposit cleaning, and root system of plant filtering, absorption are utilized, it is seasonal strong, it is unsuitable for the utilization and extention of large area.
CN201942582U discloses a kind of metallurgy waste water treatment device, by carbon pond, cartridge filter, nanofiltration, counter-infiltration to smelting
Golden wastewater treatment, there is good effect, but exist waste water circulation filtering, efficiency it is low；Repeatedly to be pressurizeed in operation, operating cost
It is high；The problems such as film easily pollutes.CN105621632A discloses a kind of biofermentation-heavy metal precipitation clarifier-tank, make use of dish yellow
The biofermentation characteristic of monad, in the presence of D-Glucose, lactonization reaction, final fermentation occur inside dish Xanthomonas campestris
Output L-AA（Vitamin C）, recycle L-AA can be combined with heavy metal ion, and generation be insoluble in water and
The characteristic of nontoxic salt, the heavy metal ion in heavy metal wastewater thereby can be removed by precipitation process, but presence will
Temperature range of the wastewater temperature control in the growth of dish Xanthomonas campestris（25~35 DEG C）It is interior, high energy consumption, operating cost height；Cultivate dish
Xanthomonas campestris bacterial strain, and biofermentation storehouse will be sprayed onto simultaneously with D-Glucose, certain time is stopped to complete biological fermentation process,
Process is complicated, is not suitable for applying on a large scale；Micropore biological aperture of filter screen is small, the problems such as being easy to block.CN104843943A
A kind of Industrial Wastewater Treatment method and device of middle announcement, mainly from integrated MAC biochemical devices, IAC adsorbent equipments and high efficiency
Sedimentation basin is learned to realize that oil-containing industrial water is handled, but has that the biochemical treatment cycle is long, is influenced by temperature that big, biodegradability is poor
The problems such as industrial and mineral waste water, heavy metal particularly based on inorganic matter are grown up to microorganism and activity adversely affects.
Some other processing method such as electrochemical process exist electrode easily pollute, high energy consumption, high processing cost the problems such as, ion
The problems such as exchange process regenerated liquid is also easy to produce secondary pollution, ion exchange resin poor universality, easily blocked.
To sum up, there is not yet treating method and equipment effectively, economical can solve the above problems, therefore there is an urgent need to develop
One kind is used for industrial and mineral waste water high-efficiency and purifies and recycle equipment.
Utility model content
Technical problem to be solved in the utility model is to overcome the shortcomings of above-mentioned background technology, there is provided a kind of efficient, throwing
Provide low industrial and mineral waste water high-efficiency purification and recycle equipment.
The utility model solves the technical scheme that its technical problem uses：A kind of industrial and mineral waste water high-efficiency purification and circulation profit
With equipment, including crushing device, waste water high-efficiency purifier and recycling device, the crushing device and waste water
High-level cleaner is connected, and the waste water high-efficiency purifier is connected with recycling device；
The crushing device includes crushing room, power set, refuse pulverizator and screen cloth, the crushing
Charging aperture and discharging opening are respectively equipped with room, the power set are arranged on the outer wall of crushing room side or crushing room
Top, the refuse pulverizator is located at crushing chamber interior, and is connected with power set, and the screen cloth is arranged on crushing
Chamber interior, and below refuse pulverizator；
The purifying device of waste water high-efficiency adds including highly effective coagulation room, cyclone-flocculation room, sedimentation filtration room and coagulant
Medicine device, the charging aperture of the highly effective coagulation room are connected with the discharging opening of crushing room, are provided with the highly effective coagulation room
Strong mixer；The charging aperture of the cyclone-flocculation room is connected with the discharging opening of highly effective coagulation room, in the cyclone-flocculation room
Wall is provided with helical swirl guide plate, and cyclone-flocculation room bottom is provided with slag mud thickening cone I, and the slag mud thickening cone bottom is set
There is slag notch I, cyclone-flocculation room top is provided with discharge nozzle, and one end of the discharge nozzle is inserted into the middle part of cyclone-flocculation room, separately
One end is connected with the charging aperture of sedimentation filtration room；Deflector I, the deflector I are provided with the sedimentation filtration room at charging
Rear portion is provided with filter screen I, and sedimentation filtration room top is provided with delivery port, and sedimentation filtration room bottom is provided with slag mud thickening cone
II, the bottom of slag mud thickening cone II is provided with slag notch II；The coagulant drug-adding device is located above highly effective coagulation room, described
The medicine outlet of coagulant drug-adding device connects with highly effective coagulation chamber feed pipe or positioned at highly effective coagulation chamber interior or crushing room
It is internal；
The recycling device includes heavy metal sedimentation filtration room and removal of heavy metal ions agent chemicals dosing plant, described heavy
The water inlet of metal sedimentation filtration room is connected with the delivery port of sedimentation filtration room, and the heavy metal sedimentation filtration room is provided with purification
Water out, deflector II is provided with water inlet in the heavy metal sedimentation filtration room, the rear portion of deflector II is provided with filter screen II, institute
State heavy metal sedimentation filtration room bottom and be provided with slag mud thickening cone III, the bottom of slag mud thickening cone III is provided with slag notch III；It is described
Removal of heavy metal ions agent chemicals dosing plant is located above heavy metal sedimentation filtration room, the removal of heavy metal ions agent chemicals dosing plant
Medicine outlet connected with heavy metal sedimentation filtration room water inlet pipe or heavy metal sedimentation filtration chamber interior.
Further, water-oil separating room, the charging aperture of the water-oil separating room are additionally provided with the waste water high-efficiency purifier
It is connected with the discharging opening of crushing room, the discharging opening of the water-oil separating room is connected with the charging aperture of highly effective coagulation room,
Micropore aeration pipe is provided with the water-oil separating room, is provided with contaminated-oil basin below the water-oil separating room, the contaminated-oil basin passes through pipe
Road is connected with water-oil separating room, and the sump oil collected in the contaminated-oil basin can recycle.
Further, back purge system is additionally provided with, the back purge system includes backwashing pump, and the backwashing pump passes through height
It is pressed into waterpipe one end with the clean water after purification to be connected, the other end is connected with filter screen outlet conduit, the filter screen outlet pipe
Road one end is provided with inlet valve, and the other end is provided with flowing water Valve.
Further, oxidation sterilizing sedimentation filtration room, oxidation sterilizing chemicals dosing plant, the oxidation sterilizing sedimentation filtration are additionally provided with
The water inlet of room is connected with the delivery port of heavy metal sedimentation filtration room, and the oxidation sterilizing sedimentation filtration room is provided with disinfectant
Outlet, the oxidation sterilizing sedimentation filtration room top are provided with filter screen III, and the oxidation sterilizing sedimentation filtration room bottom is provided with slag mud
Thickening cone IV, the bottom of slag mud thickening cone IV are provided with slag notch IV；The oxidation sterilizing chemicals dosing plant sinks positioned at oxidation sterilizing
Filter chamber top drops, and the oxidation sterilizing chemicals dosing plant medicine outlet connects or positioned at oxygen with oxidation sterilizing sedimentation filtration room water inlet pipe
Change sterilization sedimentation filtration chamber interior.
Further, waste water suction apparatus is additionally provided with, the waste water suction apparatus includes pump, and the pump passes through conveyance conduit one
End is extend into wastewater disposal basin, and the other end is connected with crushing device；Waste water is drawn onto debris powder by the waste water suction apparatus
Crushing device.
Further, be additionally provided with slag mud dehydration device, the slag mud dehydration device and slag mud thickening cone I, slag mud thickening cone II,
Slag mud thickening cone III, slag mud thickening cone IV are connected.The methods of slag mud dehydration device is using press filtration or/and centrifugation, reduces slag
Mud moisture content.
Further, the industrial and mineral waste water high-efficiency purifies and recycled equipment, in addition to electric-control system and power set；Institute
State the operating of electric control system controls whole device；The power set provide electric power or power for whole device.
Further, the refuse pulverizator, including shearing, grinding type, roller grind formula or muller formula.
Further, the strong mixer, including submersible type agitator, direct insertion agitator or horizontal batch device.
Further, the coagulant drug-adding device, removal of heavy metal ions agent chemicals dosing plant and oxidation sterilizing chemicals dosing plant,
Include a variety of or multiple medicament feed bins, such as liquid preparation feed bin, pulvis medicament feed bin, gas media feed bin, and supporting correspondence
Different meter charging gears.
Further, the heavy metal sedimentation filtration room, can be one or more.
Further, the filter screen I, filter screen II, filter screen III, preferably non-sticky filter screen, filter screen shape include circular cone, box-frame, V-arrangement
With tabular etc., often place can install one or more.
Further, complete equipment can install the waste water that processing different location can be achieved on the mobile device.
Technical principle of the present utility model：
1）Rubbish, debris be present for industrial and mineral waste water source, using crushing device, to the rubbish in waste water, debris etc.
Sheared or crushed, it is ensured that equipped the adaptability to industrial and mineral waste water complex working condition, while avoid to debris in industrial and mineral waste water
Blocked and after-treatment problem caused by sieving.
2）It is low for long processing period, efficiency, using high-speed coagulant and strong mixer, realize quick cohesion；Using
Hydraulic cyclone mode, rapid flocculation is realized using turbulent flow caused by rotation, part pulp water point is realized with caused centrifugal force
From；Using Multistage settling mode and be equipped with filter screen realize pulp water is efficiently separated.
3）It is easy to block for plain gauze, does not preferably glue filter screen, reduce the attachment of slag mud, be equipped with backwash, realizes filter
The quick cleaning of net, avoids filter screen from blocking, improves sewage separative efficiency；
4）Contain the compositions such as different heavy metals for different industrial and mineral waste water, chemically reacted using different agents, realized
Heavy metal precipitation, and disinfectant measure ensures that discharging water quality reaches reuse standard.
5）It is high for precipitation slag mud water content, the methods of using press filtration or/and centrifugation, slag mud moisture content is reduced, after convenient
The continuous transport of slag mud and processing.
The beneficial effects of the utility model：
1）This equipment wide adaptability, related agents adjustment can be carried out according to different industrial and mineral waste water characteristics, can thoroughly solve work
The pollution problem of ore deposit waste water, the sewage after processing reach plant chimney stalk reuse standard, save factory overhead and water resource loss.
2）Using High-efficient Water, mud separating sedimentation basin, and efficient flocculant, water, mud quick separating are realized, improve processing
Efficiency high.
3）First plus coagulant, then cyclone sediment, after a large amount of solid particles are removed, settled, filtered, be equipped with recoil
Wash, avoid filter screen from blocking.
4）By slag mud dewater treatment, slag mud small amount is realized, facilitates the follow-up transport of slag mud and processing.
5）Because treatment effeciency is high, device miniaturization, convenience in transport and transition can be achieved, while reduce equipment manufacturing cost and fortune
Seek cost.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model embodiment 1；
Fig. 2 is the structural representation of the utility model embodiment 2；
Fig. 3 is the front view of the utility model embodiment 3；
Fig. 4 is the top view of embodiment illustrated in fig. 3.
Embodiment
Below in conjunction with drawings and Examples, the utility model is described in further detail.
Embodiment 1
Reference picture 1, the present embodiment include crushing device 1, waste water high-efficiency purifier 2 and recycling device 3, institute
State crushing device 1 with waste water high-efficiency purifier 2 by pipeline to be connected, the waste water high-efficiency purifier 2 and circulation
It is connected using device 3 by pipeline；
The crushing device 1 includes crushing room 11, power set 12, refuse pulverizator 13 and screen cloth 14, institute
State and charging aperture 111 and discharging opening 112 are respectively equipped with crushing room 11, the power set 12 are arranged on crushing room 11
On the outer wall of side, the refuse pulverizator 13 is located inside crushing room 11, and is connected with power set 12, the screen cloth 14
Inside crushing room 11, and positioned at the lower section of refuse pulverizator 13；
The purifying device 2 of waste water high-efficiency includes highly effective coagulation room 21, cyclone-flocculation room 22, sedimentation filtration room 23 and mixed
Solidifying agent chemicals dosing plant 24, the charging aperture 212 of the highly effective coagulation room 21 is connected with the discharging opening 112 of crushing room 11, institute
State in highly effective coagulation room 21 and be provided with strong mixer 211；The charging aperture 221 of the cyclone-flocculation room 22 and highly effective coagulation room 21
Discharging opening 213 is connected, and the inwall of cyclone-flocculation room 22 is provided with helical swirl guide plate 222, the cyclone-flocculation room 22
Bottom is provided with slag mud thickening cone I 223, and the bottom of slag mud thickening cone 223 is provided with slag notch I 225, on the cyclone-flocculation room 22
Portion is provided with discharge nozzle 224, and one end of the discharge nozzle 224 is inserted into the middle part of cyclone-flocculation room 22, the other end and sedimentation filtration room 23
Charging aperture 231 be connected；Deflector I 232 is provided with the sedimentation filtration room 23 at charging, the rear portion of deflector I 232 is set
There is filter screen I 233, the top of sedimentation filtration room 23 is provided with delivery port 235, and the bottom of sedimentation filtration room 23 concentrates provided with slag mud
Struggle against II 234, the bottom of slag mud thickening cone II 234 is provided with slag notch II 236；The coagulant drug-adding device 24 is positioned at efficiently mixed
Above solidifying room, the medicine outlet of the coagulant drug-adding device 24 connects with the feed pipe of highly effective coagulation room 21；
The recycling device 3 includes heavy metal sedimentation filtration room 31 and removal of heavy metal ions agent chemicals dosing plant 32,
The water inlet 311 of the heavy metal sedimentation filtration room 31 is connected with the delivery port 235 of sedimentation filtration room 23, and the heavy metal sinks
Drop filter chamber 31 is provided with treated water outlet 315, and deflector II 312, institute are provided with water inlet in the heavy metal sedimentation filtration room 31
State the rear portion of deflector II 312 and be provided with filter screen II 313, the heavy metal sedimentation filtration room bottom is provided with slag mud thickening cone III 314, institute
State the bottom of slag mud thickening cone III 314 and be provided with slag notch III 316；The removal of heavy metal ions agent chemicals dosing plant 32 is located at heavy metal
Above sedimentation filtration room 31, medicine outlet and the heavy metal sedimentation filtration room 31 of the removal of heavy metal ions agent chemicals dosing plant 32 are entered
Water pipe connects.
In the present embodiment, the filter screen I 233, filter screen II 313 are platy structure.
The workflow of the present embodiment is as follows：
Industrial and mineral waste water enters crushing device 1, and after crushing, and to flow into waste water high-efficiency together purifying for coagulant
Device 2, quickly condense under the stirring of strong mixer 211, flocculated in eddy flow, realized under gravitational and centrifugal forces
Pulp water separates, and then realizes that sewage is purifying under the double action of Action of Gravity Field and strainer filtering, then flow into and recycle dress
3 are put, acts on the removing heavy metals that go down in removal of heavy metal ions agent, clear water is discharged after filtering.
Embodiment 2
Reference picture 2, the present embodiment and the difference of embodiment 1 are：
The crushing device 1 is with waste water high-efficiency purifier 2, the waste water high-efficiency purifier 2 with recycling
Device 3 is connected by co-walled mode；
Water-oil separating room 25, the charging aperture 251 of the water-oil separating room 25 are additionally provided with the waste water high-efficiency purifier 2
It is connected with the discharging opening 112 of crushing room 11, the discharging opening 254 of the water-oil separating room 25 and entering for highly effective coagulation room 21
Material mouth 212 is connected, and micropore aeration pipe 252 is provided with the water-oil separating room 25, and the lower section of water-oil separating room 25 is provided with dirt
Oil sump 253, the contaminated-oil basin 253 are connected by pipeline with water-oil separating room 25, and the sump oil collected in the contaminated-oil basin 253 can
To recycle；
The medicine outlet of the coagulant drug-adding device 24 is located in highly effective coagulation room 21；
The medicine outlet of the removal of heavy metal ions agent chemicals dosing plant 32 is located in heavy metal sedimentation filtration room 31；
The filter screen I 233, filter screen II 313 are cone, by the back flush of back purge system 4, the back purge system 4
Including backwashing pump 41, the backwashing pump 41 is connected by the one end of high-pressure water inlet pipeline 42 with the clean water after purification, another
End is connected with filter screen outlet conduit 43, and described one end of filter screen outlet conduit 43 is provided with inlet valve 44, and the other end is provided with water outlet
Valve 45.The filter screen outlet conduit 43, inlet valve 44, flowing water Valve 45 are more than two, the filter screen outlet conduit 43
The other end is connected with filter chamber's delivery port.
The workflow of water-oil separating room 25 is as follows in the present embodiment：
After industrial and mineral waste water enters water-oil separating room 25, bubble caused by its interior oil slick particulate absorption micropore aeration pipe 252,
Buoyancy increases, and upper surface is floated in buoyancy, imports contaminated-oil basin by pipeline, completes water-oil separating.
The workflow of back purge system 4 is as follows in the present embodiment：
During proper drainage, inlet valve 44 is closed, and flowing water Valve 45 is opened, and water is flowed out by filter screen outlet conduit 43；Recoil
When washing, go out inlet valve 44, open penstock 45 and close, the water under high pressure that backwashing pump 55 is sent, pass through filter screen outlet conduit 43
Enter in filter screen, slag mud is washed from into filter screen, punch into rear inlet valve 52 and close, flowing water Valve 54 is opened, and water is normally discharged, instead
Rinse and complete.Flushing during backwash only to certain group filter screen, its group of proper drainage, then other groups of flushings are realized and handed over one by one
For flushing.
Embodiment 3
Reference picture 3 and Fig. 4, the present embodiment and the difference of embodiment 1 are：
It is additionally provided with oxidation sterilizing sedimentation filtration room 33, oxidation sterilizing chemicals dosing plant 34, the oxidation sterilizing sedimentation filtration room
33 water inlet 335 is connected with the delivery port 315 of heavy metal sedimentation filtration room 31, on the oxidation sterilizing sedimentation filtration room 33
Provided with sterilization water out 331, the top of oxidation sterilizing sedimentation filtration room 33 is provided with filter screen III 332, and the filter screen III 332 is circle
Taper, the bottom of oxidation sterilizing sedimentation filtration room 33 are provided with slag mud thickening cone IV 333, the bottom of slag mud thickening cone IV 333
Provided with slag notch IV 334；The oxidation sterilizing chemicals dosing plant 34 is located at the top of oxidation sterilizing sedimentation filtration room 33, and the oxidation disappears
The malicious medicine outlet of chemicals dosing plant 34 is located inside oxidation sterilizing sedimentation filtration room 33；
Waste water suction apparatus 5 is additionally provided with, the waste water suction apparatus 5 includes pump 51, and the pump 51 passes through conveyance conduit 52
One end is extend into wastewater disposal basin, and the other end is connected with crushing device 1；Waste water is drawn onto miscellaneous by the waste water suction apparatus 5
Thing reducing mechanism 1.
The industrial and mineral waste water high-efficiency purifies and recycles equipment, is additionally provided with electric-control system 6, the electric-control system 6 controls
The operating of whole device.
The industrial and mineral waste water high-efficiency purifies and recycles equipment, is additionally provided with slag mud dehydration device 7, the slag mud dehydration dress
7 are put with slag mud thickening cone I 223, slag mud thickening cone II 234, slag mud thickening cone III 314, slag mud thickening cone IV 333 to be connected.
The industrial and mineral waste water high-efficiency purifies and recycles equipment, in mobile device 8, realizes at waste water movable type
Reason.
Claims (8)
1. a kind of industrial and mineral waste water high-efficiency purifies and recycled equipment, it is characterised in that：Including crushing device, waste water high-efficiency
Purifier and recycling device, the crushing device are connected with waste water high-efficiency purifier, the waste water high-efficiency
Purifier is connected with recycling device；
The crushing device includes crushing room, power set, refuse pulverizator and screen cloth, on the crushing room
Charging aperture and discharging opening are respectively equipped with, the power set are arranged on the outer wall of crushing room side or on crushing room
Portion, the refuse pulverizator is located at crushing chamber interior, and is connected with power set, and the screen cloth is arranged on crushing room
Inside, and below refuse pulverizator；
The waste water high-efficiency purifier includes highly effective coagulation room, cyclone-flocculation room, sedimentation filtration room and coagulant drug-adding device,
The charging aperture of the highly effective coagulation room is connected with the discharging opening of crushing room, and strong stirring is provided with the highly effective coagulation room
Device；The charging aperture of the cyclone-flocculation room is connected with the discharging opening of highly effective coagulation room, and the cyclone-flocculation chamber interior walls are provided with
Helical swirl guide plate, cyclone-flocculation room bottom are provided with slag mud thickening cone I, and the slag mud thickening cone bottom is provided with slag notch
I, cyclone-flocculation room top is provided with discharge nozzle, and one end of the discharge nozzle is inserted into the middle part of cyclone-flocculation room, and the other end is with sinking
The charging aperture of drop filter chamber is connected；Deflector I is provided with the sedimentation filtration room at charging, the rear portion of deflector I is provided with
Filter screen I, sedimentation filtration room top are provided with delivery port, and sedimentation filtration room bottom is provided with slag mud thickening cone II, the slag
The bottom of mud thickening cone II is provided with slag notch II；The coagulant drug-adding device is located above highly effective coagulation room, and the coagulant adds
The medicine outlet of medicine device connects with highly effective coagulation chamber feed pipe or positioned at highly effective coagulation chamber interior or crushing chamber interior；
The recycling device includes heavy metal sedimentation filtration room and removal of heavy metal ions agent chemicals dosing plant, the heavy metal
The water inlet of sedimentation filtration room is connected with the delivery port of sedimentation filtration room, and the heavy metal sedimentation filtration room goes out provided with purified water
Mouthful, deflector II is provided with water inlet in the heavy metal sedimentation filtration room, the rear portion of deflector II is provided with filter screen II, described heavy
Metal sedimentation filtration room bottom is provided with slag mud thickening cone III, and the bottom of slag mud thickening cone III is provided with slag notch III；The huge sum of money
Category ion remaval agent chemicals dosing plant is located above heavy metal sedimentation filtration room, and the removal of heavy metal ions agent chemicals dosing plant goes out
Medicine mouth is connected with heavy metal sedimentation filtration room water inlet pipe or heavy metal sedimentation filtration chamber interior.
2. industrial and mineral waste water high-efficiency according to claim 1 purifies and recycled equipment, it is characterised in that：The waste water is high
Water-oil separating room is additionally provided with effect purifier, the charging aperture of the water-oil separating room is connected with the discharging opening of crushing room
Logical, the discharging opening of the water-oil separating room is connected with the charging aperture of highly effective coagulation room, and micropore is provided with the water-oil separating room
Aeration tube, the water-oil separating room lower section are provided with contaminated-oil basin, and the contaminated-oil basin is connected by pipeline with water-oil separating room.
3. industrial and mineral waste water high-efficiency according to claim 1 or 2 purifies and recycled equipment, it is characterised in that：It is additionally provided with
Back purge system, the back purge system include backwashing pump, and the backwashing pump passes through high-pressure water inlet pipeline one end and purification
Clean water afterwards is connected, and the other end is connected with filter screen outlet conduit, and described filter screen outlet conduit one end is provided with inlet valve, separately
One end is provided with flowing water Valve.
4. industrial and mineral waste water high-efficiency according to claim 1 or 2 purifies and recycled equipment, it is characterised in that：It is additionally provided with
Oxidation sterilizing sedimentation filtration room, oxidation sterilizing chemicals dosing plant, the water inlet of the oxidation sterilizing sedimentation filtration room sink with heavy metal
The delivery port of drop filter chamber is connected, and the oxidation sterilizing sedimentation filtration room is provided with sterilization water out, and the oxidation sterilizing sinks
Drop filter chamber top is provided with filter screen III, and the oxidation sterilizing sedimentation filtration room bottom is provided with slag mud thickening cone IV, and the slag mud is dense
IV bottom of contracting bucket is provided with slag notch IV；The oxidation sterilizing chemicals dosing plant is located at oxidation sterilizing sedimentation filtration ceiling portion, the oxygen
Change sterilization chemicals dosing plant medicine outlet to connect with oxidation sterilizing sedimentation filtration room water inlet pipe or in oxidation sterilizing sedimentation filtration room
Portion.
5. industrial and mineral waste water high-efficiency according to claim 1 or 2 purifies and recycled equipment, it is characterised in that：It is additionally provided with
Waste water suction apparatus, the waste water suction apparatus include pump, and the pump is extend into wastewater disposal basin by conveyance conduit one end, another
End is connected with crushing device.
6. industrial and mineral waste water high-efficiency according to claim 4 purifies and recycled equipment, it is characterised in that：It is additionally provided with slag mud
Dehydration device, the slag mud dehydration device and slag mud thickening cone I, slag mud thickening cone II, slag mud thickening cone III, slag mud thickening cone IV
It is connected.
7. industrial and mineral waste water high-efficiency according to claim 4 purifies and recycled equipment, it is characterised in that：The filter screen I,
Filter screen II, filter screen III are not viscous filter screen.
8. industrial and mineral waste water high-efficiency according to claim 1 or 2 purifies and recycled equipment, it is characterised in that：The whole series dress
On the mobile device, the waste water of processing different location can be achieved in standby installation.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721018761.5U CN207091183U (en) | 2017-08-15 | 2017-08-15 | A kind of industrial and mineral waste water high-efficiency purifies and recycled equipment |
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| CN201721018761.5U CN207091183U (en) | 2017-08-15 | 2017-08-15 | A kind of industrial and mineral waste water high-efficiency purifies and recycled equipment |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107298498A (en) * | 2017-08-15 | 2017-10-27 | 长沙紫宸科技开发有限公司 | Industrial and mineral waste water high-efficiency purifies and recycled equipment |
| CN108706764A (en) * | 2018-05-28 | 2018-10-26 | 中国神华能源股份有限公司 | A kind of processing equipment and processing method of desulfurization wastewater |
-
2017
- 2017-08-15 CN CN201721018761.5U patent/CN207091183U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107298498A (en) * | 2017-08-15 | 2017-10-27 | 长沙紫宸科技开发有限公司 | Industrial and mineral waste water high-efficiency purifies and recycled equipment |
| CN108706764A (en) * | 2018-05-28 | 2018-10-26 | 中国神华能源股份有限公司 | A kind of processing equipment and processing method of desulfurization wastewater |
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