CN109879367A - A kind of vertical super wellability membrane material oily-water seperating equipment - Google Patents
A kind of vertical super wellability membrane material oily-water seperating equipment Download PDFInfo
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- CN109879367A CN109879367A CN201910159815.7A CN201910159815A CN109879367A CN 109879367 A CN109879367 A CN 109879367A CN 201910159815 A CN201910159815 A CN 201910159815A CN 109879367 A CN109879367 A CN 109879367A
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- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 title claims abstract description 60
- 239000000463 material Substances 0.000 title claims abstract description 19
- 239000012528 membrane Substances 0.000 title claims abstract description 16
- 229920000642 polymer Polymers 0.000 claims abstract description 20
- 239000000835 fiber Substances 0.000 claims abstract description 19
- 238000007747 plating Methods 0.000 claims abstract description 17
- 238000001914 filtration Methods 0.000 claims abstract description 8
- 238000010926 purge Methods 0.000 claims description 47
- 239000012535 impurity Substances 0.000 claims description 29
- 239000010865 sewage Substances 0.000 claims description 22
- 238000003466 welding Methods 0.000 claims description 22
- 238000000605 extraction Methods 0.000 claims description 19
- 230000006698 induction Effects 0.000 claims description 12
- 238000002156 mixing Methods 0.000 claims description 6
- 230000006835 compression Effects 0.000 claims description 5
- 238000007906 compression Methods 0.000 claims description 5
- 230000015572 biosynthetic process Effects 0.000 claims description 3
- 238000004581 coalescence Methods 0.000 claims description 2
- 238000007664 blowing Methods 0.000 claims 2
- 238000006116 polymerization reaction Methods 0.000 claims 1
- 239000002351 wastewater Substances 0.000 abstract description 12
- 230000000694 effects Effects 0.000 abstract description 7
- 238000004140 cleaning Methods 0.000 abstract description 6
- 239000004519 grease Substances 0.000 abstract description 6
- 239000007788 liquid Substances 0.000 abstract description 6
- 230000008929 regeneration Effects 0.000 abstract description 5
- 238000011069 regeneration method Methods 0.000 abstract description 5
- 238000000926 separation method Methods 0.000 abstract description 4
- 239000012466 permeate Substances 0.000 abstract description 3
- 238000004065 wastewater treatment Methods 0.000 abstract description 3
- 238000005354 coacervation Methods 0.000 abstract description 2
- 239000000126 substance Substances 0.000 abstract description 2
- 238000000034 method Methods 0.000 description 10
- 238000004519 manufacturing process Methods 0.000 description 4
- 235000013339 cereals Nutrition 0.000 description 3
- 238000009792 diffusion process Methods 0.000 description 3
- 230000008569 process Effects 0.000 description 3
- 241000209094 Oryza Species 0.000 description 2
- 235000007164 Oryza sativa Nutrition 0.000 description 2
- 230000004907 flux Effects 0.000 description 2
- 239000000203 mixture Substances 0.000 description 2
- 239000011148 porous material Substances 0.000 description 2
- 238000002360 preparation method Methods 0.000 description 2
- 235000009566 rice Nutrition 0.000 description 2
- 229910000831 Steel Inorganic materials 0.000 description 1
- 238000010521 absorption reaction Methods 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 239000002131 composite material Substances 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 238000005189 flocculation Methods 0.000 description 1
- 230000016615 flocculation Effects 0.000 description 1
- 238000002955 isolation Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 230000001376 precipitating effect Effects 0.000 description 1
- 238000003672 processing method Methods 0.000 description 1
- 238000005185 salting out Methods 0.000 description 1
- 239000013049 sediment Substances 0.000 description 1
- 239000007921 spray Substances 0.000 description 1
- 239000010959 steel Substances 0.000 description 1
Landscapes
- Separation Using Semi-Permeable Membranes (AREA)
Abstract
The invention belongs to new chemical materials and oily waste water treatment technical fields, super wellability nanometer water membrane material is utilized more particularly to a kind of, corrugated plating coacervation, the device that fiber filter principle handles oily wastewater, oily wastewater passes sequentially through coarse filtration, level-one fine filtrator, the filtering of second level fine filtrator, again through fibrous polymer, nanometer film divides oil tech, it enables water in fiber, it is generated in the capillary canal of nanometer moisture film and sticks pull effect and form liquid bridge, continuous moisture film is formed in coarse Nanosurface simultaneously, in oil water separation process, when oily wastewater touches nanometer moisture film, moisture film plays the role of oil mass transfer is isolated, make oil that can not touch the surface of film at all, it is even more impossible to permeate to penetrate nanometer moisture film, and the water in oily wastewater, effect of mass transmitting based on liquid bridge transmits water continually, it is very easy to expand It dissipates and penetrates a nanometer moisture film, accomplish that the self-cleaning property of film and regeneration are reused, to realize the purpose that grease continuously separates.
Description
Technical field
The invention belongs to new chemical materials and oily waste water treatment technical fields, and in particular to a kind of to be received using super wellability
The device that rice moisture film material, corrugated plating coacervation, fiber filter principle handle oily wastewater.
Background technique
Currently, the well known oil-contaminated water processing method used both at home and abroad has salting out method, flocculence, electric flocculation method, coarse grain
Change method, absorption method, the generally existing defect of these method and apparatus be device is easy to pollute, cleaning and regeneration is difficult, device flux compared with
Low and decaying is very fast, residue management rate is low, device preparation process is complicated, investment is big, high production cost, is difficult to meet extensive work
Industryization application needs and device is poor to the suitability of heterogeneity oily wastewater.
Summary of the invention
That the purpose of the present invention is to solve existing apparatus is easy to pollute, cleaning and regeneration is difficult, flux is lower and decaying is very fast,
The technical issues of residue management rate is low, device preparation process is complicated, high production cost, provides a kind of oily waste water treatment efficiency
It is high, process flow is short, oil removing decontaminates the vertical super wellability membrane material grease point that high-efficient, composite effect is good, device volume is small
From device.
In order to achieve the above object, the invention adopts the following technical scheme: a kind of vertical super wellability membrane material grease point
From device, it is characterized in that: vertical super wellability membrane material oily-water seperating equipment is by equipment barrel, upper cover, bottom plate, left oil-collecting
Chamber, left collection chamber oil extraction outlet, right collection chamber, right collection chamber oil extraction outlet, sewage induction pipe, flange, bolt, diffusion spray
Mouth, baffle, corrugated plating coalescer, No.1 circular orifice, No.1 bracing ring, No.1 air purging chamber, No.1 air purge chamber into
Tracheae, No. two circular orifices, coarse filter, level-one fine filtrator, second level fine filtrator, No. two bracing rings, impurity collection deposit chamber, miscellaneous
Matter outlet, No. three circular orifices, No. three bracing ring compositions, No. four circular orifices, No. four bracing rings, level-one fibrous polymer device,
Secondary fiber polymerizer, super wellability nanometer moisture film oil water separator, No. two air purging chambers, No. two air purge chamber air inlet
Pipe, No. five circular orifices, No. five bracing rings, No. six circular orifices, No. six bracing rings, pure clear water discharge pipe composition.
The vertical super wellability membrane material oily-water seperating equipment is that device work is formed by equipment barrel and upper cover, bottom plate
Inner cavity.
Left collection chamber oil extraction outlet, right collection chamber oil extraction outlet, No.1 air are installed on the outside of the equipment barrel
Purging chamber air inlet pipe, impurities outlet pipe, No. two air purge chamber air inlet pipe and are connected to working cavities on the inside of equipment barrel.
Further, the upper cover is equipped with sewage induction pipe, divergent nozzle, is equipped with baffle below upper cover.
Further, the sewage induction pipe is connected to by flange, bolt with divergent nozzle, and sewage induction pipe is mounted on
It covers.
Further, the baffle lower part is connected with corrugated plating coalescer top, and corrugated plating coalescer lower part is mounted on one
On number circular orifice, No.1 circular orifice is mounted on No.1 bracing ring, on No.1 bracing ring is mounted on the inside of equipment barrel.
Further, it is the chamber formed by No.1 circular orifice and No. two circular orifices and cylinder that the impurity collection, which deposits chamber,
Impurity collection is deposited chamber and is connected to impurities outlet pipe, and No. two circular orifices are mounted on No. two bracing rings, and No. two bracing rings are mounted on and set
On on the inside of standby cylinder.
Further, the coarse filter top is mounted on No. two circular orifices, lower section be successively level-one fine filtrator,
Second level fine filtrator, lower part are mounted on No. three circular orifices, and coarse filter, level-one fine filtrator, second level fine filtrator pass through
No. two, No. three circular orifices compression is mounted on the inside of equipment barrel and fixed placement is on No. three bracing rings, No. three circular orifices
It is mounted on No. three bracing rings, No. three bracing rings are mounted on equipment barrel inside.
Further, the No.1 air purging chamber is formed by cylinder, No. three circular orifices and No. four circular orifices
Chamber, position No. three circular orifice lower parts and and No.1 air purging chamber air inlet pipe connection, No. four circular orifices are mounted on No. four
On bracing ring, No. four bracing rings are mounted on equipment barrel inside.
Further, the level-one fibrous polymer device top is mounted on No. four circular orifices, and lower section is successively second level fibre
Polymerizer, super wellability nanometer moisture film oil water separator are tieed up, lower part is mounted on No. five circular orifices, level-one fibrous polymer device,
Secondary fiber polymerizer, super wellability nanometer moisture film oil water separator are mounted on equipment by No. four, No. five circular orifice compressions
On the inside of cylinder and fixed placement is on No. five bracing rings, and No. five circular orifices are mounted on No. five bracing rings, No. five bracing ring peaces
On on the inside of equipment barrel.
Further, No. two air purging chamber is by No. two air purging lumen pore plates and No. six circular orifices and cylinder
The chamber of formation, No. two air purging lumen pore plates are mounted on No. six bracing rings, and No. six bracing rings are mounted on equipment barrel inside,
No. two air purging chambers and No. two air purge chamber air inlet pipe connection, and pure clear water chamber is by No. six circular orifices and cylinder, bottom plate
The chamber of formation.
The working principle of the invention be by oily wastewater feeding sewage induction pipe pass through again divergent nozzle be ejected into baffle and
After on corrugated plating coalescer, bulky grain oil droplet be on float at the top of left gathering room, the sewage containing small oil droplet enters corrugated plating coalescence
Device, in this polymeric part oil droplet at biggish oil droplet to right gathering room, the sewage containing more short grained oil droplet passes sequentially through slightly mistake
After filter and the filtering of level-one fine filtrator and second level fine filtrator, sewage is miscellaneous in water oil mixing chamber bottom sediment and filtered water
Matter is deposited chamber by impurity collection and is discharged by impurities outlet pipe, and the sewage of the oil droplet containing more molecule sequentially enters level-one fibrous polymer
Device and secondary fiber polymerizer and super wellability nanometer moisture film oil water separator, the sewage containing oil droplet again through fibrous polymer, receive
Rice film divides oil tech, enable water to fiber, nanometer moisture film capillary canal in generate and stick pull effect and form liquid bridge,
Continuous moisture film is formed in coarse Nanosurface simultaneously, in oil water separation process, when oily wastewater touches a nanometer moisture film
When, moisture film plays the role of oil mass transfer is isolated, and makes oil that can not touch the surface of film at all, and it is even more impossible to permeate to penetrate nanometer
Moisture film, and the water in oily wastewater, the effect of mass transmitting based on liquid bridge transmit water continually, are very easy to diffusion and penetrate
Nanometer moisture film accomplishes that the self-cleaning property of film and regeneration are reused, to realize the purpose that grease continuously separates.Water-oil separating
Afterwards, pure clear water is discharged by drain outlet pipe, and sump oil is discharged by oil extraction outlet in left and right gathering room, and impurities in water is logical
Collection is crossed to deposit chamber and be discharged by impurities outlet pipe.
Method has the advantages that the present invention compared with the prior art
1, the present invention can increase substantially device oil and water separation capability, calculated and compared with existing traditional oily water separation technique
Compared with, production capacity can be improved 3-5 times, residue management rate up to 98% or more, while the technology and equipment that there are also the technological process of productions is short,
Decontaminate the advantages that high-efficient, equipment volume is small, investment is small, the huge market demand.
2, the present invention can increase substantially filter, fibrous polymer device, the self-cleaning property of nanometer moisture film oil water separator and again
It is raw to reuse, to realize the purpose that grease continuously separates.
Detailed description of the invention
Attached drawing is structural schematic diagram of the invention:
Appended drawing reference of the present invention is meant that: 1, left collection chamber oil extraction outlet；2, equipment barrel；3, impurities outlet pipe；4, No.1
Circular orifice；5, left collection chamber；6, flange；7, sewage induction pipe；8, bolt；9, divergent nozzle；10, baffle；11, corrugated plating is poly-
Tie device；12, upper cover；13, right collection chamber oil extraction outlet；14, right collection chamber；15, water oil mixing chamber；16, No.1 air purges
Chamber；17, impurity collection deposits chamber；18, No. two circular orifices；19, coarse filter；20, level-one fine filtrator；21, second level fine filtrator；
22, No.1 air purges chamber air inlet pipe；23, level-one fibrous polymer device；24, secondary fiber polymerizer；25, super wellability nanometer water
Film oil water separator；26, pure clear water discharge pipe；27, pure clear water chamber；28, bottom plate；29, No.1 bracing ring；30, No. two bracing rings；
31, No. three bracing rings；32, No. four bracing rings；33, No. three circular orifices；34, No. four circular orifices；35, No. five bracing rings；36,
No. five circular orifices；37, No. two air purge chamber；38, No. six circular orifices；39, No. two air purge chamber air inlet pipe 40, six
Bracing ring.
Specific embodiment
Present invention will be further explained below with reference to the attached drawings and specific embodiments.
Shown in attached drawing, a kind of vertical super wellability membrane material oily-water seperating equipment, including equipment barrel 2 and upper cover 12 and bottom plate 28
Device working cavities are formed, have left collection chamber 5, right collection chamber 14, divergent nozzle 9, baffle 10, wave in described device working cavities
Card coalescer 11, impurity collection are deposited chamber 17, coarse filter 19, level-one fine filtrator 20, second level fine filtrator 21, No.1 air and are blown
Sweep chamber 16, No. two air purging chambers 37, level-one fibrous polymer device 23, secondary fiber polymerizer 24, super wellability nanometer moisture film oil
Separator 25, the circle of circular orifice 34, five of circular orifice 33, four of circular orifice 18, three of No.1 circular orifice 4, two
36, No. six circular orifices 38 of shape orifice plate, 31, No. four bracing rings 32 of the bracing ring of bracing ring 30, three of No.1 bracing ring 29, two,
35, No. six bracing rings 40 of No. five bracing rings；There are left collection chamber oil extraction outlet 1, right collection chamber oil extraction on the outside of the equipment barrel 2
Outlet 13, No.1 air purging chamber air inlet pipe 22,3, No. two air of impurities outlet pipe purging chamber air inlet pipe 39 and with device work
Make inner cavity connection；12 outside of upper cover is equipped with sewage induction pipe 7 above.
The equipment barrel 2 is cylindrical-shaped structure, and upper cover 12 and bottom plate 28 are circular plate structures, and upper cover 12, which is welded on, to be set
Standby 2 upper end of cylinder, bottom plate 28 is welded on 2 bottom end of equipment barrel, equipment barrel 2 and upper cover 12 and bottom plate 28 forms cylindrical shape knot
Structure；The left welding of collection chamber oil extraction outlet 1 is mounted on 2 outside of equipment barrel and is connected to left collection chamber 5, left collection chamber row
Oil export pipe 1 is hollow tubular structures；The right welding of collection chamber oil extraction outlet 13 is mounted on 2 outside of equipment barrel and and right oil-collecting
Chamber 14 is connected to, and right collection chamber oil extraction outlet 13 is hollow tubular structures；The welding of impurities outlet pipe 3 is mounted on outside equipment barrel 2
Side is simultaneously deposited chamber 17 with impurity collection and is connected to, and impurities outlet pipe 3 is hollow tubular structures, and it is by No.1 circular orifice that impurity collection, which deposits chamber 17,
4 and the chamber that is formed of No. two circular orifices 18 and cylinder 2；No.1 circular orifice 4 passes through point and is welded in 2 inside surrounding of equipment barrel and pacifies
It is placed on No.1 bracing ring 29, the welding of No.1 bracing ring 29 is mounted on 2 inside of equipment barrel；No. two circular orifices 18 pass through spot welding
It in 2 inside surrounding of equipment barrel and is placed on No. two bracing rings 30, No. two welding of bracing ring 30 are mounted in equipment barrel 2
Side；The purging welding of chamber air inlet pipe 22 of No.1 air is mounted on 2 outside of equipment barrel and is connected to No.1 air purging chamber 16, No.1
It is hollow tubular structures that air, which purges chamber air inlet pipe 22,.
Sewage induction pipe 7 is mounted in upper cover 12 by welding after flange 6, the connection divergent nozzle 9 of bolt 8, divergent nozzle 9
It is connected to left collection chamber 5, sewage induction pipe 7 is hollow tubular structures, and 9 top of divergent nozzle is cylinder hollow tubulose, and lower part is
The horn-like structure of conical hollow.
The welding of baffle 10 is mounted on 12 lower section of upper cover, and baffle 10 is cuboid plate structure.10 lower part of baffle and corrugated plating
11 top of coalescer is welded to connect, and 11 lower weld of corrugated plating coalescer is mounted on No.1 circular orifice 4, corrugated plating coalescer
11 be ripple card shape, and card is cuboid plate and is onboard evenly arranged through-hole, and through-hole is by left collection chamber 5 and right oil-collecting
Water oil mixing chamber 15 below chamber 14 is connected to.
19 top of coarse filter is mounted on No. two circular orifices 18, and lower section is successively that level-one fine filtrator 20 and second level are thin
Filter 21, lower part are mounted on No. three circular orifices 33, coarse filter 19, level-one fine filtrator 20, second level fine filtrator 21
2 inside of equipment barrel is mounted on by No. two circular orifices 18 and No. three compressions of circular orifice 33 and fixed placement is supported at No. three
On circle 31, coarse filter 19 and level-one fine filtrator 20 and second level fine filtrator 21 are stacked together, and coarse filter 19 and level-one are thin
Filter 20 and second level fine filtrator 21 are cylindrical shapes, and No. three circular orifices 33 are mounted on 31 on No. three bracing rings, three
The welding of number bracing ring 31 is mounted on 2 inside of equipment barrel.
It is the chamber formed by cylinder 2 and No. three circular orifices 33 and No. four circular orifices 34, position that No.1 air, which purges chamber 16,
Set No. three 33 lower parts of circular orifice and and No.1 air purge 22 connection of chamber air inlet pipe, No.1 air purge chamber air inlet pipe 22 is
Hollow tubular structures, No. four circular orifices 34 are mounted on 32 on No. four bracing rings, and No. four welding of bracing ring 32 are mounted on device cartridge
On 2 inside of body.
23 top of level-one fibrous polymer device is mounted on No. four circular orifices 34, and lower section is successively level-one fibrous polymer device 23
Pass through No. four circular orifices 34 and No. five circles with secondary fiber polymerizer 24 and super wellability nanometer moisture film oil water separator 25
The compression of orifice plate 36 is mounted on 2 inside of equipment barrel and fixed placement on No. five bracing rings 35, level-one fibrous polymer device 23 and two
Grade fibrous polymer device 24 and super wellability nanometer moisture film oil water separator 25 stack together, and level-one fibrous polymer device 23 and second level are fine
It ties up polymerizer 24 and super wellability nanometer moisture film oil water separator 25 is cylindrical shape, No. five circular orifices 36 are mounted on five
On number bracing ring 35, No. five welding of bracing rings 35 are mounted on 2 inside of equipment barrel.
No. two air purging 37 positions of chamber are by No. five circular orifices 36 and No. six circles below No. five circular orifices 36
The chamber that orifice plate 38 and cylinder 2 are formed, No. six circular orifices 38 are mounted on No. six bracing rings 40, and No. six bracing rings 40 are mounted on and set
On standby 2 inside of cylinder.No. two air purging chambers 37 and No. two air purge 39 connection of chamber air inlet pipe, and No. two air purge chamber air inlet
Pipe 39 is hollow tubular structures.
Pure 27 position of clear water chamber is by No. six circular orifices 38 and cylinder 2,28 shape of bottom plate below No. six circular orifices 38
At chamber, top is No. six circular orifices 38, and lower part is bottom plate 28, and bottom plate 28 is welded on cylinder 2.
The bracing ring 32, five bracing ring 35, six of bracing ring 31, four of bracing ring 30, three of No.1 bracing ring 29, two
Bracing ring 40 is to be fabricated to angle ring by angle steel to be welded on cylinder 2.
The round hole of circular orifice 34, five of circular orifice 33, four of circular orifice 18, three of No.1 circular orifice 4, two
36, No. six circular orifices 38 of plate are made by circular slab, and through-hole is provided on circular slab and through-hole is evenly arranged on circular slab,
Each circular orifice is welded in 2 inside of cylinder by point, is placed on each corresponding bracing ring.
In use, oily wastewater to be sent into the sewage induction pipe 7 of vertical super wellability membrane material oily-water seperating equipment first
After being ejected on baffle 10 and corrugated plating coalescer 11 by divergent nozzle 9 again, bulky grain oil droplet be on float on left gathering room 5 and push up
Portion, the sewage containing small oil droplet enter corrugated plating coalescer 11, in this polymeric part oil droplet at biggish oil droplet to right gathering room 14,
Baffle 10 primarily serves the left gathering room 5 of isolation and right gathering room 14, prevents size oil droplet from mixing, the dirt containing more short grained oil droplet
After water passes sequentially through coarse filtration 19 and level-one fine filtrator 20 and the filtering of second level fine filtrator 21, sewage is at 15 bottom of water oil mixing chamber
Layer precipitating and filtered impurities in water are deposited chamber 17 by impurity collection and are discharged by impurities outlet pipe 3, the oil droplet containing more molecule
Sewage sequentially enter level-one fibrous polymer device 23 and secondary fiber polymerizer 24 and super wellability nanometer moisture film oil water separator
25, the sewage containing oil droplet divides oil tech through fibrous polymer, nanometer film, enables water to the capilar bore in fiber, nanometer moisture film
It is generated in road and sticks pull effect and form liquid bridge, while forming continuous moisture film in coarse Nanosurface, in water-oil separating
In the process, when oily wastewater touches nanometer moisture film, moisture film plays the role of oil mass transfer is isolated, and connect oil can not at all
The surface for contacting film, it is even more impossible to permeate to penetrate nanometer moisture film, and the water in oily wastewater, the effect of mass transmitting based on liquid bridge make water source
Source is constantly transmitted, and is very easy to diffusion and is penetrated a nanometer moisture film, accomplishes that the self-cleaning property of film and regeneration are reused, thus real
The purpose that grease continuously separates is showed.After water-oil separating, pure clear water is discharged by drain outlet pipe 26, sump oil in left gathering room 5
Be discharged by left bank oil export pipe 1, sump oil is discharged by right oil extraction outlet 14 in right gathering room 14, No.1 air purging chamber into
Mainly the coarse filtration 19 to No.1 air purging 37 top of chamber and level-one fine filtrator 20 and second level fine filtrator 21 are fixed for tracheae 39
Phase carries out air purging, and the impurity collection that minute impurities blow to filter top is deposited chamber 17 and is discharged by impurities outlet pipe 3, to ensure
Filter cleans, is unobstructed, and No. two air purging chamber air inlet pipe 39 are mainly poly- to the level-one fiber on No. two air purging 37 tops of chamber
Clutch 23 and secondary fiber polymerizer 24 and super wellability nanometer moisture film oil water separator 25 periodically carry out air purging, ensure
It is filters clean, unobstructed.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to restrict the invention, all in essence of the invention
Any modifications, equivalent replacements, and improvements etc. done within mind and principle, should all be included in the protection scope of the present invention.
Claims (7)
1. a kind of vertical super wellability membrane material oily-water seperating equipment, it is characterised in that: including equipment barrel 2 and upper cover 12 and bottom
Plate 28 forms device working cavities, has left collection chamber 5, right collection chamber 14, divergent nozzle 9, baffle in described device working cavities
10, corrugated plating coalescer 11, impurity collection deposit chamber 17, coarse filter 19, level-one fine filtrator 20, second level fine filtrator 21, No.1
Air purges 16, No. two air of chamber and purges chamber 37, level-one fibrous polymer device 23, secondary fiber polymerizer 24, super wellability nanometer
Moisture film oil water separator 25,33, No. four circular orifices 34 of the circular orifice of circular orifice 18, three of No.1 circular orifice 4, two,
36, No. six circular orifices 38 of No. five circular orifices, the support of the bracing ring 30, three bracing ring 31, four of No.1 bracing ring 29, two
32, No. five bracing rings, 35, No. six bracing rings 40 are enclosed, have left collection chamber oil extraction outlet 1, right oil-collecting on the outside of the equipment barrel 2
Chamber oil extraction outlet 13, No.1 air purging chamber air inlet pipe 22,3, No. two air of impurities outlet pipe purging chamber air inlet pipe 39 and and
The connection of device working cavities, 12 outside of upper cover are equipped with sewage induction pipe 7 above.
2. the vertical super wellability membrane material oily-water seperating equipment of one kind according to claim 1, it is characterised in that: described to set
Standby cylinder 2 is cylindrical-shaped structure, and upper cover 12 and bottom plate 28 are circular plate structures, and upper cover 12 is welded on 2 upper end of equipment barrel, bottom
Plate 28 is welded on 2 bottom end of equipment barrel, equipment barrel 2 and upper cover 12 and bottom plate 28 forms cylindrical shape structure；The left oil-collecting
The welding of chamber oil extraction outlet 1 is mounted on 2 outside of equipment barrel and is connected to left collection chamber 5, and left collection chamber oil extraction outlet 1 is empty
Tubular structures；The right welding of collection chamber oil extraction outlet 13 is mounted on 2 outside of equipment barrel and is connected to right collection chamber 14, right collection
Oil pocket oil extraction outlet 13 is hollow tubular structures；The welding of impurities outlet pipe 3 is mounted on 2 outside of equipment barrel and deposits with impurity collection
Chamber 17 is connected to, and impurities outlet pipe 3 is hollow tubular structures, and it is by No.1 circular orifice 4 and No. two round holes that impurity collection, which deposits chamber 17,
The chamber that plate 18 and cylinder 2 are formed；No.1 circular orifice 4 is welded in 2 inside surrounding of equipment barrel by point and is placed in No.1 support
On circle 29, the welding of No.1 bracing ring 29 is mounted on 2 inside of equipment barrel；No. two circular orifices 18 are welded in equipment barrel 2 by point
Inside surrounding is simultaneously placed on No. two bracing rings 30, and No. two welding of bracing ring 30 are mounted on 2 inside of equipment barrel；No.1 air is blown
The welding of chamber air inlet pipe 22 is swept to be mounted on the outside of equipment barrel 2 and be connected to No.1 air purging chamber 16, No.1 air purging chamber into
Tracheae 22 is hollow tubular structures.
3. the vertical super wellability membrane material oily-water seperating equipment of one kind according to claim 1, it is characterised in that: sewage into
Mouth pipe 7 is mounted in upper cover 12 by welding after flange 6, the connection divergent nozzle 9 of bolt 8, and divergent nozzle 9 and left collection chamber 5 connect
Logical, sewage induction pipe 7 is hollow tubular structures, and 9 top of divergent nozzle is cylinder hollow tubulose, and lower part is that conical hollow is horn-like
Structure, the welding of baffle 10 are mounted on 12 lower section of upper cover, and baffle 10 is cuboid plate structure, 10 lower part of baffle and corrugated plating coalescence
11 top of device is welded to connect, and 11 lower weld of corrugated plating coalescer is mounted on No.1 circular orifice 4, and corrugated plating coalescer 11 is
Ripple card shape, card be cuboid plate and be onboard evenly arranged through-hole, and through-hole is by left collection chamber 5 and right collection chamber 14
Following water oil mixing chamber 15 is connected to.
4. the vertical super wellability membrane material oily-water seperating equipment of one kind according to claim 1, it is characterised in that: coarse filtration
19 top of device is mounted on No. two circular orifices 18, and lower section is successively level-one fine filtrator 20 and second level fine filtrator 21, lower part
It is mounted on No. three circular orifices 33, coarse filter 19, level-one fine filtrator 20, second level fine filtrator 21 pass through No. two round holes
Plate 18 and No. three compressions of circular orifice 33 are mounted on 2 inside of equipment barrel and fixed placement on No. three bracing rings 31, coarse filtration
Device 19 and level-one fine filtrator 20 and second level fine filtrator 21 stack together, coarse filter 19 and level-one fine filtrator 20 and second level
Fine filtrator 21 is cylindrical shape, and No. three circular orifices 33 are mounted on 31 on No. three bracing rings, and No. three bracing rings 31 weld
It is mounted on 2 inside of equipment barrel.
5. the vertical super wellability membrane material oily-water seperating equipment of one kind according to claim 1, it is characterised in that: No.1 is empty
It is the chamber formed by cylinder 2 and No. three circular orifices 33 and No. four circular orifices 34 that chamber 16 is swept in air-blowing, and position is in No. three round holes
33 lower part of plate is simultaneously and No.1 air purges 22 connection of chamber air inlet pipe, and it is hollow tubular structures that No.1 air, which purges chamber air inlet pipe 22,
No. four circular orifices 34 are mounted on 32 on No. four bracing rings, and No. four welding of bracing ring 32 are mounted on 2 inside of equipment barrel.
6. the vertical super wellability membrane material oily-water seperating equipment of one kind according to claim 1, it is characterised in that: level-one is fine
Dimension 23 top of polymerizer is mounted on No. four circular orifices 34, and lower section is successively level-one fibrous polymer device 23 and secondary fiber polymerization
Device 24 and super wellability nanometer moisture film oil water separator 25 are compressed and are installed by No. four circular orifices 34 and No. five circular orifices 36
In 2 inside of equipment barrel and fixed placement is on No. five bracing rings 35, level-one fibrous polymer device 23 and secondary fiber polymerizer 24
And super wellability nanometer moisture film oil water separator 25 stacks together, level-one fibrous polymer device 23 and secondary fiber polymerizer 24 and super
Wellability nanometer moisture film oil water separator 25 is cylindrical shape, and No. five circular orifices 36 are mounted on No. five bracing rings 35,
No. five welding of bracing ring 35 are mounted on 2 inside of equipment barrel.
7. the vertical super wellability membrane material oily-water seperating equipment of one kind according to claim 1, it is characterised in that: No. two skies
Air-blowing sweeps 37 position of chamber below No. five circular orifices 36, is by No. five circular orifices 36 and No. six circular orifices 38 and cylinder 2
The chamber of formation, No. six circular orifices 38 are mounted on No. six bracing rings 40, and No. six bracing rings 40 are mounted on 2 inside of equipment barrel
On, No. two air purging chambers 37 and No. two air purge 39 connection of chamber air inlet pipe, and No. two air purging chamber air inlet pipe 39 are hollow
Tubular structure.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109748359A (en) * | 2018-06-05 | 2019-05-14 | 金昌中枨科技有限责任公司 | A kind of hydrophilic film material oily water separation technique |
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