CN209618925U - A kind of oil water separator with separating layer - Google Patents
A kind of oil water separator with separating layer Download PDFInfo
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- CN209618925U CN209618925U CN201920147818.4U CN201920147818U CN209618925U CN 209618925 U CN209618925 U CN 209618925U CN 201920147818 U CN201920147818 U CN 201920147818U CN 209618925 U CN209618925 U CN 209618925U
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Abstract
The utility model relates to a kind of oil water separators with separating layer, including evaporator tank, cooling tower；Wherein evaporator tank includes an open-topped heating cavities, and the inner wall of heating cavities is provided with heated internal wall, the bottom of evaporator tank is provided with inlet tube；Cooling tower includes cooling shell and water conservancy diversion inner casing, is fixedly connected between cooling shell and the flared end of water conservancy diversion inner casing by the terminal pad of annular；Oil distributing ring array is provided between cooling shell and water conservancy diversion inner casing, oil distributing ring array includes the oil distributing ring of several annulars, the inner edge of oil distributing ring and outer rim are sealingly clamped to respectively on the outer wall of water conservancy diversion inner casing and the inner wall of cooling shell, and an annular oil-collecting groove is additionally provided on oil distributing ring；It is sealedly connected with a heating cover on the necking end of cooling shell, heating cover includes the heating plate of a spherical structure, is provided with steam discharge pipe on the flared end bottom of cooling shell；Cooling shell also array is provided with several temperature adjustment pipes corresponding with oil distributing ring.
Description
Technical field
The utility model relates to a kind of oil water separators with separating layer, belong to rubbish waste liquor treatment equipment.
Background technique
It mainly includes oil and moisture to kitchen garbage waste liquid, general by way of heating is cooling in processing, utilizes oil
The principle different with moisture boiling point realizes the separation of oil and water, but because oil used in kitchen garbage has difference, as animal
Boiling point and viscosity have difference between grease, vegetable fat, emulsion etc., so just need to separate it again, in order to
Processing, traditional oil water separator can only realize the separation of part grease, but for being mixed with emulsion, Activities of Some Plants grease etc.
Boiling point is difficult to realize being kept completely separate for grease close to the liquid of water.
Utility model content
Technical problem to be solved by the utility model is: overcome existing oily water separating equipment water-oil separating incomplete, it can not
The technical issues of separating simultaneously to inhomogeneous grease, provides a kind of oil water separator with separating layer.
The technical scheme adopted by the utility model to solve the technical problem is as follows:
A kind of oil water separator with separating layer, including evaporator tank, cooling tower；Wherein evaporator tank includes that a top is opened
The heating cavities of mouth, are provided with heated internal wall in the inner wall of the heating cavities, the bottom of evaporator tank are provided with inlet tube；Institute
Stating cooling tower includes cooling shell and water conservancy diversion inner casing, cooling shell and water conservancy diversion inner casing be provided between flaring tubular structure it is cold
But gap is fixedly connected between cooling shell and the flared end of water conservancy diversion inner casing by the terminal pad of annular；The cooling shell and
Oil distributing ring array is provided between water conservancy diversion inner casing, oil distributing ring array includes the oil distributing ring of several annulars, and oil distributing ring is reticular structure,
The inner edge of oil distributing ring and outer rim are sealingly clamped to respectively on the outer wall of water conservancy diversion inner casing and the inner wall of cooling shell, in the oil distributing ring
On be additionally provided with an annular oil-collecting groove；It is sealedly connected with a heating cover on the necking end of the cooling shell, heats
Lid includes the heating plate of a spherical structure, and heating plate is embedded with heat source, is provided on the flared end bottom of the cooling shell
One steam discharge pipe；The cooling shell also array is provided with several temperature adjustment pipes corresponding with oil distributing ring, the end of temperature adjustment pipe
Towards the opening of the oil-collecting groove, the other end of temperature adjustment pipe connects air-heater.
The heated internal wall is jacket structured as a further improvement of the utility model, and heated internal wall includes a sky
The fluid cavity of the heart, the bottom of fluid cavity are provided with air intake, are provided with steam drain at the top of fluid cavity.
The aperture position of the evaporator tank is provided with a liquid level tube as a further improvement of the utility model,.
The outer rim of the terminal pad is also fixedly connected with an annular connection as a further improvement of the utility model,
Ring, connection ring are structure as a whole with cooling shell, are connected between connection ring and the top of evaporator tank by flange ring structure.
The cooling shell exterior is also socketed with a tapered tubular structure as a further improvement of the utility model,
Temperature adjustment shell, the necking end of temperature adjustment shell is enclosed construction and is provided with a closed plate, is led in the closed plate by one
Heat block is fixed with several groups electrical bar, the end of electrical bar pass through cooling tower top and with heating plate thermal conductive contact；Temperature adjustment shell
Flared end and cooling shell flared end between connected by a sealing ring.
The temperature adjustment pipe passes through temperature adjustment shell and cooling shell as a further improvement of the utility model, enters cold
But in the cooling gap between shell and water conservancy diversion inner casing.
Array is provided with several and oil distributing ring pair on the cooling shell as a further improvement of the utility model,
The oil exit pipe answered, oil exit pipe are in tilted layout with respect to ground, and oil exit pipe is connected to the bottom of oil-collecting groove with respect to the higher one end in ground
Portion, oil exit pipe extend to the outside of cooling shell with respect to the lower one end in ground.
A heating ring is also socketed on the oil exit pipe as a further improvement of the utility model, heating ring uses
Resistance wire is heated.
The beneficial effects of the utility model are:
1, the utility model is by improving traditional oily water separating equipment, not using different boiling grease viscosity
Together, and the principle that is also not quite similar of the viscosity of grease and water, the grease to different boiling, viscosity is realized by netted oil distributing ring
Capture, and be collected by oil-collecting groove, while temperature adjustment pipe can heat the oil distributing ring of different levels, with flexible
Adjustment oil distributing ring temperature, further control the grease of different oil distributing rings capture different boilings；The utility model is compared to biography
The oily water separating equipment of system, integraty is strong, and function is also more complete.
2, jacket structured more uniform compared to electrothermal structure heating, and it is more suitable for the heat form of large area, also more
For energy conservation.
3, liquid level tube can prevent evaporator tank liquid level excessively high, penetrate into cooling tower, influence the normal work of cooling tower.
4, connection ring structure is applied not only to absorb shake when evaporator tank is intake, and reduces the influence to the cooling tower on upper layer,
The volume of waste liquid steam between cooling tower and evaporator tank, the effective buffering for realizing discharge of steam can be improved simultaneously.
5, the too early liquefaction of steam or amount of grease caused by temperature adjustment shell can prevent cooling shell wall surface to be subcooled, it is real
Now to the adjustment of cooling shell cooling temperature.
6, the continuous discharge realized to grease that oil exit pipe can be convenient.
7, the heat preservation to oil exit pipe may be implemented in heating ring, prevents grease to be set in oil exit pipe, results in blockage.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawings and examples.
Fig. 1 is the diagrammatic cross-section of the utility model；
In figure: 1, evaporator tank；2, heated internal wall；3, steam drain；4, inlet tube；5, flange ring structure；6, connection ring；7, liquid
Position pipe；8, steam discharge pipe；9, water conservancy diversion inner casing；10, cooling shell；11, temperature adjustment shell；12, oil distributing ring；13, oil-collecting groove；
14, oil exit pipe；15, ring is heated；16, temperature adjustment pipe；17, heating plate；18, electrical bar；19, heat-conducting block.
Specific embodiment
The utility model is described in further detail presently in connection with attached drawing.These attached drawings are simplified schematic diagram,
Only illustrate the basic structure of the utility model in a schematic way, therefore it only shows composition related with the utility model.
As shown in Figure 1, the utility model is a kind of oil water separator with separating layer, including evaporator tank, cooling tower；
Wherein evaporator tank includes an open-topped heating cavities, and the inner wall of heating cavities is provided with heated internal wall, heated internal wall
To be jacket structured, heated internal wall includes a hollow fluid cavity, and the bottom of fluid cavity is provided with air intake, fluid cavity
Top be provided with steam drain, the bottom of evaporator tank is provided with inlet tube, the aperture position of evaporator tank is provided with a liquid level
Pipe；Cooling tower includes cooling shell and water conservancy diversion inner casing, and cooling shell and water conservancy diversion inner casing are to be provided between flaring tubular structure
Cooling gap is fixedly connected between cooling shell and the flared end of water conservancy diversion inner casing by the terminal pad of annular, the outer rim of terminal pad
It is also fixedly connected with an annular connection ring, connection ring is structure as a whole with cooling shell, the top of connection ring and evaporator tank
Between connected by flange ring structure, liquid level tube above-mentioned is fixed in connection ring；It is arranged between cooling shell and water conservancy diversion inner casing
There is an oil distributing ring array, oil distributing ring array includes the oil distributing ring of several annulars, and oil distributing ring is reticular structure, the inner edge of oil distributing ring and outer
Edge is sealingly clamped to respectively on the outer wall of water conservancy diversion inner casing and the inner wall of cooling shell, be additionally provided on oil distributing ring one it is annular
Oil-collecting groove cools down array on shell and is provided with several oil exit pipes corresponding with oil distributing ring, and oil exit pipe is in tilted layout with respect to ground,
Oil exit pipe is connected to the bottom of oil-collecting groove with respect to the higher one end in ground, and oil exit pipe extends to cold with respect to the lower one end in ground
But the outside of shell, a heating ring is also socketed on oil exit pipe, and heating ring is heated using resistance wire；The contracting of cooling shell
Mouth is sealedly connected with a heating cover on end, and heating cover includes the heating plate of a spherical structure, and heating plate is embedded with heat source, cold
But a steam discharge pipe is provided on the flared end bottom of shell；
Cooling shell exterior is also socketed with the temperature adjustment shell of a tapered tubular structure, and the necking end of temperature adjustment shell is closing
Structure is simultaneously provided with a closed plate, is fixed with several groups electrical bar, the end of electrical bar by a heat-conducting block in closed plate
Across cooling tower top and with heating plate thermal conductive contact；Pass through one between the flared end of temperature adjustment shell and the flared end of cooling shell
A sealing ring connection；Cooling shell exterior is also socketed with the temperature adjustment shell of a tapered tubular structure, the necking end of temperature adjustment shell
For enclosed construction and it is provided with a closed plate, several groups electrical bar, electrical bar are fixed with by a heat-conducting block in closed plate
End pass through cooling tower top and with heating plate thermal conductive contact；Between the flared end of temperature adjustment shell and the flared end of cooling shell
It is connected by a sealing ring, goes back array on cooling shell and be provided with several temperature adjustment pipes corresponding with oil distributing ring, the end of temperature adjustment pipe
Towards the opening of oil-collecting groove, temperature adjustment pipe passes through temperature adjustment shell and extends to outside in portion, and the other end of temperature adjustment pipe connects air-heater
Heat supply is carried out to temperature adjustment pipe.
In use, waste liquid enters from the inlet tube of evaporation trench bottom, and heated, is pressed from both sides by the chuck layer of heated internal wall
There is high-temperature steam by steam drain and air intake circulating-heating in jacket layer, the waste liquid surface after heating is constantly evaporated, and water conservancy diversion is passed through
Inner casing enters in cooling gap, and the heating plate positioned at cooling cover top portion is heated by electrical bar, further heats steam, prevents
Only grease sequentially passes through on each oil distributing ring in cooling cover top portion condensation, subsequent mixed vapour, and the temperature of oil distributing ring passes through tune
The hot wind of warm pipe is adjusted, to guarantee certain temperature gradient, so that the grease of different boiling condenses at different temperatures, and
It attaches on oil-collecting groove, under the blowing of temperature adjustment pipe, is discharged from the oil exit pipe of bottom, the heating ring on oil exit pipe can prevent
Grease condensation in oil exit pipe, until being cooled to finally, the minimum water of boiling point can steam with water and steam mixed state from bottom
Delivery pipe discharge.
It is enlightenment, through the above description, related work people with the above-mentioned desirable embodiment according to the utility model
Member can carry out various changes and amendments in the range of without departing from this item utility model technical idea completely.This item is real
It is not limited to the contents of the specification with novel technical scope, it is necessary to its technology is determined according to scope of the claims
Property range.
Claims (8)
1. a kind of oil water separator with separating layer, it is characterized in that: including evaporator tank, cooling tower；Wherein evaporator tank includes one
A open-topped heating cavities are provided with heated internal wall in the inner wall of the heating cavities, are provided in the bottom of evaporator tank
Inlet tube；The cooling tower includes cooling shell and water conservancy diversion inner casing, cooling shell and water conservancy diversion inner casing be flaring tubular structure it
Between be provided with cooling gap, be fixedly connected between cooling shell and the flared end of water conservancy diversion inner casing by annular terminal pad；It is described
It is provided with oil distributing ring array between cooling shell and water conservancy diversion inner casing, oil distributing ring array includes the oil distributing ring of several annulars, oil distributing ring
For reticular structure, the inner edge of oil distributing ring and outer rim are sealingly clamped to respectively on the outer wall of water conservancy diversion inner casing and the inner wall of cooling shell,
An annular oil-collecting groove is additionally provided on the oil distributing ring；One is sealedly connected on the necking end of the cooling shell
Heating cover, heating cover include the heating plate of a spherical structure, and heating plate is embedded with heat source, the flared end bottom of the cooling shell
A steam discharge pipe is provided in portion；The cooling shell also array is provided with several temperature adjustment pipes corresponding with oil distributing ring, adjusts
Opening of the end of warm pipe towards the oil-collecting groove, the other end connection air-heater of temperature adjustment pipe.
2. a kind of oil water separator with separating layer as described in claim 1, it is characterized in that: the heated internal wall is collet
Structure, heated internal wall include a hollow fluid cavity, and the bottom of fluid cavity is provided with air intake, the top of fluid cavity
It is provided with steam drain.
3. a kind of oil water separator with separating layer as described in claim 1, it is characterized in that: the opening position of the evaporator tank
It installs and is equipped with a liquid level tube.
4. a kind of oil water separator with separating layer as claimed in claim 2, it is characterized in that: the outer rim of the terminal pad is also
Be fixedly connected with an annular connection ring, connection ring is structure as a whole with cooling shell, the top of connection ring and evaporator tank it
Between connected by flange ring structure.
5. a kind of oil water separator with separating layer as described in claim 1, it is characterized in that: the cooling shell exterior is also
It is socketed with the temperature adjustment shell of a tapered tubular structure, the necking end of temperature adjustment shell is enclosed construction and is provided with a closing
Plate, is fixed with several groups electrical bar by a heat-conducting block in the closed plate, and the end of electrical bar passes through cooling tower top simultaneously
With heating plate thermal conductive contact；It is connected between the flared end of temperature adjustment shell and the flared end of cooling shell by a sealing ring.
6. a kind of oil water separator with separating layer as claimed in claim 5, it is characterized in that: the temperature adjustment pipe passes through temperature adjustment
Shell and cooling shell, enter in the cooling gap between cooling shell and water conservancy diversion inner casing.
7. a kind of oil water separator with separating layer as described in claim 1, it is characterized in that: array on the cooling shell
Several oil exit pipes corresponding with the oil distributing ring are provided with, oil exit pipe is in tilted layout with respect to ground, and oil exit pipe is higher with respect to ground
One end be connected to the bottom of oil-collecting groove, oil exit pipe extends to the outside of cooling shell with respect to the lower one end in ground.
8. a kind of oil water separator with separating layer as claimed in claim 7, it is characterized in that: being also socketed on the oil exit pipe
There is a heating ring, heating ring is heated using resistance wire.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920147818.4U CN209618925U (en) | 2019-01-28 | 2019-01-28 | A kind of oil water separator with separating layer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920147818.4U CN209618925U (en) | 2019-01-28 | 2019-01-28 | A kind of oil water separator with separating layer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209618925U true CN209618925U (en) | 2019-11-12 |
Family
ID=68452316
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920147818.4U Active CN209618925U (en) | 2019-01-28 | 2019-01-28 | A kind of oil water separator with separating layer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209618925U (en) |
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2019
- 2019-01-28 CN CN201920147818.4U patent/CN209618925U/en active Active
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