CN205953743U - A three -phase separator for water treatment - Google Patents
A three -phase separator for water treatment Download PDFInfo
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- CN205953743U CN205953743U CN201620939416.4U CN201620939416U CN205953743U CN 205953743 U CN205953743 U CN 205953743U CN 201620939416 U CN201620939416 U CN 201620939416U CN 205953743 U CN205953743 U CN 205953743U
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- filter chamber
- parallel
- corrugated plating
- room
- phase separator
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Abstract
The utility model discloses a three -phase separator for water treatment belongs to the water treatment and equips the field, and vacuum water absorption room right side is equipped with parallel swash plate filter chamber, and parallel swash plate filter chamber is vertical slope setting, and parallel swash plate filter chamber hang plate is parallel to each other, and parallel buckled plate filter chamber is installed on parallel swash plate filter chamber right side, and parallel buckled plate filter chamber is horizontal and sets up, and every layer of buckled plate of parallel buckled plate filter chamber is arranged for the parallel is the corrugate, parallel buckled plate filter chamber right side install the silk screen filter chamber on the box inner wall, silk screen filter chamber lower extreme the ultraviolet sterilizing filter chamber is installed in the box lower right corner, and ultraviolet sterilizing filter chamber left side is equipped with the oil slick apotheca. The utility model discloses a pollutant in the waste water is dealt with differently to three module, adds automatic drawing liquid and drain simultaneously, adds ultraviolet lamp circulation sterilizing equipment in the rear end for whole efficiency very improves.
Description
Technical field
The utility model is related to a kind of three phase separator for water process, belongs to water process equipment field.
Background technology
Domestic not yet have have effective comprehensive treatment equipment to above-mentioned pollutant.External Ze You HPI company develops total score
From device, integrally adopt stainless steel material, middle separator adopts stainless steel flocculator, both separately solid particle, separate again
Swimming in surface, is furnished with oil skimmer above the water surface.The weak point of this separator has：Detached core component flocculator used holds
Easily block, need to often be replaced and cleaned flocculator；The design of its inlet port, easily makes water form turbulent flow, this is to efficient profit
It is unfavorable to separate；Feed liquor provides power with going out liquid all external worlds, and system is not integrated, practical operation inconvenience.
A kind of existing three phase separator for water process, front end adopts silk screen filter body refuse, middle parallel not with 2 roads
Rust steel plate composition twice chorista.It is evenly equipped with oil skimming pipe in each chorista.The deficiency of this separator is that separate section is only
There are inclined paralled plates formula filtering bodies, this filtration physical efficiency removes silt in waste water, and to the oil in water, and suspension is but difficult to separate.
Utility model content
The utility model is low for current technical finesse efficiency, and maintenance cost is big, develops a kind of high-efficiency multi-function herein
Separator it is intended to efficiently separate the every pollutant in waste water.
The technical scheme in the invention for solving the technical problem is：
A kind of this three phase separator for water process, structure includes：Vacuum dehydration room, inclined paralled plates filter chamber, parallel
Corrugated plating filter chamber, silk screen filter room, ultraviolet-sterilization filter chamber, oil slick storage room；It is characterized in that：Described overall casing is not using
Rust steel matter is made, and the described overall casing upper left corner is provided with vacuum dehydration room, is provided with inclined paralled plates on the right side of described vacuum dehydration room
Filter chamber, described inclined paralled plates filter chamber is obliquely installed for vertical, and described inclined paralled plates filter chamber hang plate is parallel to each other, described
Parallel corrugated plating filter chamber is installed on the right side of inclined paralled plates filter chamber, described parallel corrugated plating filter chamber is horizontally set, described
The every layer of corrugated plating in parallel corrugated plating filter chamber is parallel corrugated arrangement, on the right side of described parallel corrugated plating filter chamber, described
Silk screen filter room, described silk screen filter room lower end are provided with cabinet wall, in the described casing lower right corner, ultraviolet-sterilization are installed
Filter chamber, is provided with oil slick storage room on the left of described ultraviolet-sterilization filter chamber, described vacuum dehydration room, inclined paralled plates filter chamber, flat
Traveling wave card filter chamber forms an airtight chamber carrying screen pack, and the screen pack of this chamber carries out first mistake to waste water
Filter.
It is provided with liquid distributor, described inclined paralled plates filter chamber is by having between described vacuum dehydration room and inclined paralled plates filter chamber
The corrosion resistant plate group of lipophile coating material and taper settlement funnel composition, between described inclined paralled plates filter chamber corrosion resistant plate group plate
Away from for 1mm, the generally inclined plane setting of described inclined paralled plates filter chamber, is parallel setting between described inclined paralled plates filter chamber plate group
Put.
Described solid particle is deposited in inclined paralled plates filter chamber bottom, and inclined paralled plates filter chamber bottom is provided with for spoil disposal
Hand-operated valve, described hand-operated valve periodic exhaustion.
Described parallel corrugated plating filter chamber corrugated plating is in ripple type runner shape, and described parallel corrugated plating filter chamber corrugated plating is
Above corrugated, lug boss is provided with circular port, arranges for horizontal parallel between described parallel corrugated plating filter chamber corrugated plating.
Described inclined paralled plates filter chamber bottom is connected with fuel reserve tank by flexible pipe, and described fuel reserve tank bottom is provided with Floating Ball Liquid Level
Switch, when fuel reserve tank is full, floating-ball level switch autostop.
The corrugated plating of described parallel corrugated plating filter chamber is combined by multiple corrugated platings, described parallel corrugated plating filter chamber
Corrugated plating between pass through the detachable installation of screw, described parallel corrugated plating filter chamber adopt PPR ripple perforated plate form, institute
State parallel corrugated plating filter chamber individual corrugated plating assembling finish after can be recycled.
The multilayer rolling stainless steel cloth flocculator of described silk screen filter room, described silk screen filter interior is filled with stainless steel
Silk screen, described silk screen filter room is detachable setting.
Described ultraviolet-sterilization is filtered interior and is provided with streaming uviol lamp, draining pump, and the recycling sterilizing installed by pipeline
Unit.
Compared with prior art, the beneficial effects of the utility model are：
1. the utility model designs the solid particle, surface oil slick and the suspension that remove in industrial wastewater of complete set
Thing, using segment processing principle, that is, divides three modules to process the pollutant in waste water respectively, is simultaneously introduced automatic liquid-pumping and discharge opeing
Device, adds uviol lamp circulation sterilizing device so that whole efficiency greatly improves in rear end.
2. the oil removing of the unique parallel stainless steel swash plate of the utility model and Modified PP tapes orifice plate composition removes solid particle list
Unit, can effectively remove the oil slick during waste water is more than 30 μm.
3. the utility model is easy to clean, detachable setting, recycles, reduces use cost.
Brief description
Fig. 1 is the utility model overall structure figure.
In figure：1 vacuum dehydration room, 2 inclined paralled plates filter chambers, 3 parallel corrugated plating filter chambers, 4 silk screen filter rooms, 5 ultraviolets
Sterilized filter chamber, 6 oil slick storage rooms.
Specific embodiment
As shown in Figure 1：A kind of three phase separator for water process, its structure includes：Vacuum dehydration room 1, inclined paralled plates
Filter chamber 2, parallel corrugated plating filter chamber 3, silk screen filter room 4, ultraviolet-sterilization filter chamber 5, oil slick storage room 6；Described overall case
Body is made using stainless steel, and the described overall casing upper left corner is provided with vacuum dehydration room 1, sets on the right side of described vacuum dehydration room 1
There is inclined paralled plates filter chamber 2, described inclined paralled plates filter chamber 2 is obliquely installed for vertical, described inclined paralled plates filter chamber 2 hang plate
It is parallel to each other, parallel corrugated plating filter chamber 3, described parallel corrugated plating filter chamber 3 are installed on the right side of described inclined paralled plates filter chamber 2
For horizontally set, the every layer of corrugated plating in described parallel corrugated plating filter chamber 3 is parallel corrugated arrangement, described parallel corrugated plating mistake
On the right side of filter chamber 3, silk screen filter room 4 is provided with described cabinet wall, described silk screen filter room 4 lower end, on the described casing right side
Inferior horn is provided with ultraviolet-sterilization filter chamber 5, is provided with oil slick storage room 6, described vacuum dehydration on the left of described ultraviolet-sterilization filter chamber 5
Room 1, inclined paralled plates filter chamber 2, parallel corrugated plating filter chamber 3 form an airtight chamber carrying screen pack, not using front,
Described chamber is marked with gauge water, and when starting centrifugation intake pump, intake pump siphons away the water in this chamber so that this chamber forms vacuum,
And then sucking waste water from exterior line, waste water enters this chamber, supplements liquid level, and the screen pack of this chamber is carried out first to waste water
Filter；Described chamber is provided with floating ball lever meter, and when liquid level is less than this liquid level, this chamber has leakage or screen pack to occur to block up
Plug, autostop, send signal prompt operating personnel and check；Described waste water is entered parallel oblique by vacuum dehydration room 1 through liquid distributor
Plate filter chamber 2, inclined paralled plates filter chamber 2 is made up of the corrosion resistant plate group with lipophile coating material and taper settlement funnel,
Minimum plate spacing makes solid particle gradually precipitate along swash plate, and oil slick edge along on swash plate in surface is collected as oil droplet,
Described inclined paralled plates filters, and 2 corrosion resistant plate group plate spacing are 1mm, the generally inclined plane setting of described inclined paralled plates filter chamber 2,
It is to be arranged in parallel between described inclined paralled plates filter chamber 2 plate group；Described solid particle is deposited in the conical hopper of bottom, funnel
Bottom is provided with the hand-operated valve for spoil disposal, described hand-operated valve periodic exhaustion；When described waste water enters parallel corrugated plating filter chamber 3,
The corrugated plating perforated plate group of parallel corrugated plating filter chamber 3 will separate oil slick in waste water, waste water when the runner of ripple type, oil droplet
Collided with corrugated plating, corrugated plating adsorbs oil droplet, oil droplet passes through the hole on corrugated plating, floats to surface；Described solid particle
It is deposited in inclined paralled plates filter chamber bottom, inclined paralled plates filter chamber bottom is provided with the hand-operated valve for spoil disposal, described hand-operated valve is fixed
Phase discharges；Described inclined paralled plates filter chamber 2 bottom is connected with fuel reserve tank by flexible pipe, and described fuel reserve tank bottom is provided with Floating Ball Liquid Level
Switch, when fuel reserve tank is full, floating-ball level switch autostop；The corrugated plating of described parallel corrugated plating filter chamber 3 is by multiple ripples
Card combines, and passes through the detachable installation of screw, described parallel wave between the corrugated plating of described parallel corrugated plating filter chamber 3
Card filter chamber 3 adopts PPR ripple perforated plate to form, after individual corrugated plating assembling of described parallel corrugated plating filter chamber 3 finishes
Can be recycled；The multilayer rolling stainless steel cloth flocculator of described silk screen filter room 4, is filled with described silk screen filter room 4
Stainless steel cloth, described silk screen filter room 4 is detachable setting；It is provided with streaming uviol lamp, row in described ultraviolet-sterilization filter chamber 5
Water pump, and the recycling sterilizing unit installed by pipeline；The top of described chamber, is provided with an oil pumping groove, oil groove bottom is used
A piece flexible pipe and bottom fuel reserve tank, in bottom, fuel reserve tank has floating-ball level switch, when fuel reserve tank is full, autostop, send letter
Number prompting operating personnel check；Ripple leaf fat many corrugated platings of described parallel corrugated plating filter chamber 3 are formed by connecting, during cleaning,
Only fixing screws need to be unclamped, individual cleans, assembling can be recycled after finishing；Described waste water enters silk screen filter room 4
When, the multilayer rolling stainless steel cloth flocculator of silk screen filter room 4, removes oil removal, suspension is gathered in stainless silk screen
On, when saturated conditions in silk screen, silk screen is taken out, launch cleaning, you can next time uses.
A kind of three phase separator for water process described by the present embodiment, the solid in complete removing industrial wastewater
Particle, surface oil slick and suspension, using segment processing principle, that is, divide three modules to process the pollutant in waste water respectively,
It is simultaneously introduced automatic liquid-pumping and pumping equipment, add uviol lamp circulation sterilizing device so that whole efficiency greatly improves in rear end.
The design removes solid particle unit using the oil removing of unique parallel stainless steel inclined paralled plates and Modified PP tapes orifice plate composition, can have
The oil slick removing during waste water is more than 30 μm of effect.The unique drainage structure of the design, that is, meet sterilized in the case of waste liquid and mistake
Filter circulation, has pressure and the flow of energy reasonable adjusting water outlet.
The above, specific embodiment only of the present utility model, those of ordinary skill in the art are new in this practicality
In the range of type discloses, the change that can readily occur in, all should cover within the protection domain of utility model.
Claims (8)
1. a kind of three phase separator for water process, structure includes：Vacuum dehydration room（1）, inclined paralled plates filter chamber（2）, flat
Traveling wave card filter chamber（3）, silk screen filter room（4）, ultraviolet-sterilization filter chamber（5）, oil slick storage room（6）；It is characterized in that：Described
Overall casing is made using stainless steel, and the described overall casing upper left corner is provided with vacuum dehydration room（1）, described vacuum dehydration room
（1）Right side is provided with inclined paralled plates filter chamber（2）, described inclined paralled plates filter chamber（2）It is obliquely installed for vertical, described inclined paralled plates
Filter chamber（2）Hang plate is parallel to each other, described inclined paralled plates filter chamber（2）Right side is provided with parallel corrugated plating filter chamber（3）, institute
State parallel corrugated plating filter chamber（3）For horizontally set, described parallel corrugated plating filter chamber（3）Every layer of corrugated plating is parallel in ripple
Shape is arranged, described parallel corrugated plating filter chamber（3）Right side, is provided with silk screen filter room on described cabinet wall（4）, described silk
Net filtration room（4）Lower end, is provided with ultraviolet-sterilization filter chamber in the described casing lower right corner（5）, described ultraviolet-sterilization filter chamber（5）
Left side is provided with oil slick storage room（6）, described vacuum dehydration room（1）, inclined paralled plates filter chamber（2）, parallel corrugated plating filter chamber（3）
Form an airtight chamber carrying screen pack, the screen pack of this chamber carries out first filtration to waste water.
2. a kind of three phase separator for water process according to claim 1, is characterized in that：Vacuum dehydration room（1）With
Inclined paralled plates filter chamber（2）Between be provided with liquid distributor, described inclined paralled plates filter chamber（2）By with lipophile coating material not
Rust steel plate group and taper settlement funnel composition, described inclined paralled plates filter chamber（2）Corrosion resistant plate group plate spacing is 1mm, described flat
Row swash plate filter chamber（2）Generally inclined plane setting, described inclined paralled plates filter chamber（2）It is to be arranged in parallel between plate group.
3. a kind of three phase separator for water process according to claim 1, is characterized in that：Solid particle is deposited in flat
Row swash plate filter chamber（2）Bottom, inclined paralled plates filter chamber（2）Bottom is provided with the hand-operated valve for spoil disposal, and described hand-operated valve is regular
Discharge.
4. a kind of three phase separator for water process according to claim 1, is characterized in that：Parallel corrugated plating filter chamber
（3）Corrugated plating is in ripple type runner shape, described parallel corrugated plating filter chamber（3）Corrugated plating is that above corrugated, lug boss is provided with circle
Shape hole, described parallel corrugated plating filter chamber（3）Arrange for horizontal parallel between corrugated plating.
5. a kind of three phase separator for water process according to claim 1, is characterized in that：Inclined paralled plates filter chamber
（2）Bottom is connected with fuel reserve tank by flexible pipe, and described fuel reserve tank bottom is provided with floating-ball level switch, when fuel reserve tank is full, ball float
Liquid-level switch autostop.
6. a kind of three phase separator for water process according to claim 1, is characterized in that：Parallel corrugated plating filter chamber
（3）Corrugated plating combined by multiple corrugated platings, described parallel corrugated plating filter chamber（3）Corrugated plating between can by screw
Detachable is installed, described parallel corrugated plating filter chamber（3）Using PPR ripple perforated plate composition, described parallel corrugated plating filter chamber
（3）Individual corrugated plating assembling finish after can be recycled.
7. a kind of three phase separator for water process according to claim 1, is characterized in that：Silk screen filter room（4）'s
Multilayer rolling stainless steel cloth flocculator, described silk screen filter room（4）Inside it is filled with stainless steel cloth, described silk screen filter room
（4）Arrange for detachable.
8. a kind of three phase separator for water process according to claim 1, is characterized in that：Ultraviolet-sterilization filter chamber
（5）Inside it is provided with streaming uviol lamp, draining pump, and the recycling sterilizing unit installed by pipeline.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620939416.4U CN205953743U (en) | 2016-08-25 | 2016-08-25 | A three -phase separator for water treatment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620939416.4U CN205953743U (en) | 2016-08-25 | 2016-08-25 | A three -phase separator for water treatment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205953743U true CN205953743U (en) | 2017-02-15 |
Family
ID=57980296
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620939416.4U Active CN205953743U (en) | 2016-08-25 | 2016-08-25 | A three -phase separator for water treatment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205953743U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111233201A (en) * | 2020-02-20 | 2020-06-05 | 山东科技大学 | Working face mine water solid removal device and solid removal process |
| CN111348769A (en) * | 2020-05-25 | 2020-06-30 | 胜利油田新大管业科技发展有限责任公司 | Coalescence degreaser for oil field sewage treatment |
-
2016
- 2016-08-25 CN CN201620939416.4U patent/CN205953743U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111233201A (en) * | 2020-02-20 | 2020-06-05 | 山东科技大学 | Working face mine water solid removal device and solid removal process |
| CN111233201B (en) * | 2020-02-20 | 2022-07-29 | 山东科技大学 | Working face mine water solid removal device and solid removal process |
| CN111348769A (en) * | 2020-05-25 | 2020-06-30 | 胜利油田新大管业科技发展有限责任公司 | Coalescence degreaser for oil field sewage treatment |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |