CN208562282U - A kind of small-sized algae oil decoloration device - Google Patents
A kind of small-sized algae oil decoloration device Download PDFInfo
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- CN208562282U CN208562282U CN201820858221.6U CN201820858221U CN208562282U CN 208562282 U CN208562282 U CN 208562282U CN 201820858221 U CN201820858221 U CN 201820858221U CN 208562282 U CN208562282 U CN 208562282U
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Abstract
The utility model discloses a kind of small-sized algae oil decoloration devices, it is characterized by comprising filters, bag type filtering machine, collecting vessel and two groups of decoloration kettles in parallel, filter is equipped with oil inlet and oil outlet, the decoloration kettle is equipped with inlet and outlet, the oil inlet is equipped with oil inlet pipe, the oil outlet is equipped with flowline, the outlet of the decoloration kettle is connected through outlet connecting pipe road with the oil inlet pipe, the import of the decoloration kettle is connected through inlet connecting branch road with the flowline, the middle part of the flowline also and is connected to an oil exit pipe, the oil exit pipe is connected with the collecting vessel, and the bag type filtering machine is set on the oil exit pipe of the collecting vessel oil inlet end.The utility model improves decolorizing efficiency and quality, reduces decoloration cost, is suitable for a small amount of algae oil and decolourizes.
Description
Technical field
The utility model relates to a kind of algae oil manufacture field more particularly to a kind of small-sized algae oil decoloration devices.
Background technique
In the prior art, when large-scale production decolourizes to algae oil, strainer decoloration or filter cloth/filter paper decoloration can be used,
Filter cloth/filter paper decoloration is using sheet frame class filter press, and decolorising agent stays in filter cloth/surface, and decolorising agent is laid down after the completion of filtering
Filter residue, the device filter residue and contain Chuck Steak, so taking strainer filtering, in filter process, decolorising agent filter residue is in strainer table more
Face forms one layer of filter cake, and when then the oil containing decolorising agent passes through filter cake, filter residue is stayed on filter cake, after all having filtered, presses first
Then edible vegetable oil out extrudes the sump oil containing decolorising agent, then blow cake, cake discharge, and sump oil, which is incorporated in next group oil, to decolourize.Algae oil is high
Value and oxidizable product, can take several steps in large-scale production and control product anoxybiotic, sump oil can recycle
Reduce loss.But for small-scale algae oil decolorization filtering (such as tens kilograms of every batch of), set even with common compact filtering
It is standby, several kilograms of even more sump oils are also had, loss is big, and is difficult to accomplish that anoxybiotic saves, to cause product oxidation simultaneously
Influence product quality.
Summary of the invention
The utility model aim is to provide a kind of small-sized algae oil decoloration device by using the structure and technique, and algae oil passes through
Vacuum and nitrogen conveying, filter process carry out under anoxybiotic, by using the structure, avoid and generate the dirt containing decolorising agent
Oil improves algae oil decoloration yield and product quality, reduces decoloration cost.
In order to achieve the above objectives, the technical solution adopted in the utility model is: a kind of small-sized algae oil decoloration device, including mistake
Filter, bag type filtering machine, collecting vessel and two groups of decoloration kettles, decoloration kettle described in two groups are respectively the first decoloration kettle and the second decoloration
Kettle, the filter are equipped with oil inlet and oil outlet, and the first decoloration kettle and the second decoloration kettle are respectively equipped with import and go out
Mouthful, the oil inlet is equipped with oil inlet pipe, and the oil outlet is equipped with flowline, the first decoloration kettle and the second decoloration kettle
Outlet is connected through outlet connecting pipe road with the oil inlet pipe respectively, and the import of the first decoloration kettle and the second decoloration kettle passes through respectively
Inlet connecting branch road is connected with the flowline, and the middle part of the flowline also and is connected to an oil exit pipe, the oil exit pipe and institute
It states collecting vessel to be connected, and the bag type filtering machine is set on the oil exit pipe of the collecting vessel oil inlet end；The first decoloration kettle
And second decoloration kettle entrance further respectively have a nitrogen inlet and a vacuum interface.
In above-mentioned technical proposal, a vacuum pump is connected on the vacuum interface of the first decoloration kettle and the second decoloration kettle.
In above-mentioned technical proposal, the outlet connecting pipe road is equipped with first pipe visor, the inlet connecting branch road
Equipped with second pipe visor, the first pipe visor is arranged close to the oil inlet pipe, and the second pipe visor is close to described
Flowline setting, and the second pipe visor is set between the flowline and the oil exit pipe.
In above-mentioned technical proposal, the filter includes cylinder, cover and filter mechanism, and the cylinder is open-topped
Hollow body, the cover are installed in the opening of the cylinder, and the filter mechanism is set to the cylinder and the cover
Between, the oil inlet pipe is set to the top of the cover, and the flowline is set to the bottom of the cylinder, the oil inlet pipe
It is upper to go back and be connected to a nitrogen inlet；The filter mechanism includes flange and strainer, and the inner edge surface of the flange is equipped with an annular
Slot, the top surface of the annular groove are connected with the top surface of the flange, and the bottom outer-edge face of the strainer is placed in the annular
On the bottom surface of slot, the strainer is lock on the bottom surface of the annular groove through a plurality of bolts, and the thickness of the strainer is less than institute
The depth of annular groove is stated, constitutes cavity between the top surface of the strainer and the flange.
In above-mentioned technical proposal, the top of the flange outer edge surface is equipped with an annular backup pad, the annular backup pad warp
A plurality of caging bolts are lock on the outer edge surface of the flange, and the bottom surface of the annular backup pad is butted on the top surface of the cylinder
On, the top surface of the annular backup pad is butted on the bottom surface of the cover, and the flange is inserted in the opening at the top of the cylinder
It is interior.
In above-mentioned technical proposal, the bottom of the cover outer edge surface is equipped with upper ring type seal, the cylinder outer edge surface
Top is equipped with lower ring type seal, is set to the upper ring type seal and lower ring type seal on the outside of the annular backup pad
Between, the upper ring type seal and lower ring type seal are locked through a plurality of clamping screws, the top surface of the annular backup pad
It is in contact with the bottom surface of the bottom surface of the cover and upper ring type seal, the top of the bottom surface of the annular backup pad and the cylinder
Face and the top surface of lower ring type seal are in contact.
In order to achieve the above objectives, the utility model uses a kind of small-sized algae oil decoloration process, the steps include:
1. a small amount of algae oils is drawn into the first decoloration kettle in the negative pressure generated in the first decoloration kettle using vacuum pump；
2. the algae oil in the first decoloration kettle is heated to 80 DEG C~110 DEG C under vacuum conditions, carclazyte active carbon is added
It is reacted with algae oil 20 minutes~30 minutes；
3. being filled with nitrogen in the first decoloration kettle, algae oil is forced into outlet connecting pipe road from the outlet of the first decoloration kettle,
It is pressed into the algae oil in the first decoloration kettle in filter, algae oil is filtered using the strainer on filter；
4. operator can be seen by the second pipe visor in inlet connecting branch road face when filter starts filtering
It examines algae oil, under original state, muddy algae oil can be filtered out, at this time directly open the import of the second decoloration kettle, make muddy
Algae oil enters directly into be stirred in the second decoloration kettle；
5. directly opening oil exit pipe, closing second are de- after observing that algae oil still becomes clear by second pipe visor
The import of color kettle, algae oil limpid so directly pass through oil exit pipe and enter for re-filtering in bag type filtering machine, pocket type mistake
Algae oil after the completion of filter filtering is directly collected by collecting vessel；
6. operator observes first pipe visor, if there is no algae oil processes during filter filtering
At first pipe visor, illustrate that algae oil is all pressed into filter in the first decoloration kettle, the import of the first decoloration kettle at this time
And outlet is all closed, by observation second pipe visor, whether there are also the extrusion of algae oil, when there is no algae oil filters in filter
Algae oil after out, that is, in the first decoloration kettle all complete by filtering；
7. opening the outlet of the second decoloration kettle again, it is pressed into nitrogen in the second decoloration kettle, by the second decoloration kettle internal haze
Algae oil is pressed again by for re-filtering in filter；In this process, the import of the second decoloration kettle is in close state,
Oil exit pipe is in the open state, the second when being to be filtered again by filter of kettle internal haze of decoloration, can directly filter out
The algae oil of limpid qualification is directly entered in bag type filtering machine by oil exit pipe, by passing through collection after bag type filtering machine filtering
Bucket is collected；
8. operator passes through the observation of second pipe visor, after observing all algae oil filtering completions, by filter
It opens, after the filter residue after strainer filtering is cleared up, the first decoloration kettle sucks a small amount of algae oils again and carries out decoloration work, then
1. secondary enter step is recycled.
In above-mentioned technical proposal, the step 7. in, since algae oil is by during filter in the first decoloration kettle, mistake
The strainer of filter can by carclazyte active carbon in algae oil decolorization to being filtered down, such carclazyte active carbon can on strainer shape
At one layer of filter cake, the muddy algae oil in the second decoloration kettle is re-introduced into filter, and muddy algae oil can be successively through filter cake
And strainer is filtered, and can directly obtain the algae oil of limpid qualification.
In above-mentioned technical proposal, the step 8. in, after algae oil filtering is completed, the filter cake in filter is carried out clear
It removes, and strainer is cleared up.
In above-mentioned technical proposal, the step 2. in, be added 2%~4% carclazyte active carbon.
Since above-mentioned technical proposal is used, the utility model has the advantage that compared with prior art
1., for the decoloration of small lot algae oil, one group of decoloration kettle is used for by two groups of decoloration kettles of setting in the utility model
Charging, another group of decoloration kettle are then used to recycle filter and filter underproof algae oil, by taking off the recycling of underproof algae oil again
The complete decoloration of algae oil has been effectively ensured in color, and the qualification rate and decolorizing efficiency of decoloration has been effectively ensured, has reduced decoloration cost；
2. decoloration work is carried out to algae oil using two groups of decoloration kettles in the utility model, in this way in the decoloration of small lot algae oil
In the process, decoloration cost is effectively reduced in the waste that can prevent algae oil；
3. pressurizeing in the utility model using nitrogen carries out algae oil decoloration, strainer is set to the bottom of flange inner wall, is filtered
Cavity is constituted between the top and flange of net, the filter cake formed in decolorization in this way can be directly in cavity inside, filter cake
It can either keep off on strainer completely, be filtered algae oil must all by filter cake and strainer, effectively improve decolorizing effect, together
When, it carries out to prevent filter cake from dropping out, convenient for the cleaning of filter cake, more completely in scale removal process in filter cake.
Detailed description of the invention
Fig. 1 is the structural schematic diagram in the utility model embodiment one；
Fig. 2 is the structural schematic diagram of filter in the utility model embodiment one.
Wherein: 1, filter；2, bag type filtering machine；3, collecting vessel；4, the first decoloration kettle；5, the second decoloration kettle；6, oil inlet
Mouthful；7, oil outlet；8, import；9, it exports；10, oil inlet pipe；11, flowline；12, outlet connecting pipe road；13, inlet connecting branch
Road；14, oil exit pipe；15, vacuum pump；16, first pipe visor；17, second pipe visor；18, cylinder；19, cover；20, nitrogen
Gas import；21, flange；22, strainer；23, annular groove；24, bolt；25, cavity；26, annular backup pad；27, caging bolt；
28, upper ring type seal；29, lower ring type seal；30, clamping screw.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and embodiments:
Embodiment one: ginseng as shown in FIGS. 1 and 2, a kind of small-sized algae oil decoloration device, including filter 1, bag type filtering machine 2,
Collecting vessel 3 and two groups of decoloration kettles, decoloration kettle described in two groups are respectively the first decoloration kettle 4 and the second decoloration kettle 5, are set on filter 1
There are oil inlet 6 and oil outlet 7, the first decoloration kettle 4 and the second decoloration kettle 5 are respectively equipped with import 8 and outlet 9, the oil inlet
Mouthfuls 6 are equipped with oil inlet pipe 10, and the oil outlet 6 is equipped with flowline 11, and the first decoloration kettle 4 and the second decoloration kettle 5 go out
Mouth is connected through outlet connecting pipe road 12 with the oil inlet pipe 10 respectively, the import point of the first decoloration kettle 4 and the second decoloration kettle 5
It is not connected through inlet connecting branch road 13 with the flowline 11, the middle part of the flowline 11 also and is connected to an oil exit pipe 14, institute
It states oil exit pipe 14 to be connected with the collecting vessel 3, and the bag type filtering machine 2 is set to the oil exit pipe of 14 oil inlet end of collecting vessel
On 14；The entrance of the first decoloration kettle 4 and the second decoloration kettle 5 further respectively has a nitrogen inlet and a vacuum interface.
Wherein, a vacuum pump 15, the first decoloration are connected on the vacuum interface of first decoloration 4 and the second decoloration kettle 5
The import of kettle is equipped with oil inlet interface, the addition for algae oil.Two groups of decoloration kettles are arranged in parallel, in the outlet of the second decoloration kettle
It can connect vacuum pump.
Shown in Figure 1, the outlet connecting pipe road 12 is equipped with first pipe visor 16, the inlet connecting branch road 13
It is equipped with second pipe visor 17, the first pipe visor is arranged close to the oil inlet pipe, and the second pipe visor is close
The flowline setting, and the second pipe visor is set between the flowline and the oil exit pipe.
In order to achieve the above objectives, a kind of small-sized algae oil decoloration process is used in the utility model, the steps include:
1. a small amount of algae oils is drawn into the first decoloration kettle in the negative pressure generated in the first decoloration kettle using vacuum pump；
2. the algae oil in the first decoloration kettle is heated to 80 DEG C~110 DEG C under vacuum conditions, carclazyte active carbon is added
It is reacted with algae oil 20 minutes~30 minutes；
3. being filled with nitrogen in the first decoloration kettle, algae oil is forced into outlet connecting pipe road from the outlet of the first decoloration kettle,
It is pressed into the algae oil in the first decoloration kettle in filter, algae oil is filtered using the strainer on filter；
4. operator can be seen by the second pipe visor in inlet connecting branch road face when filter starts filtering
It examines algae oil, under original state, muddy algae oil can be filtered out, at this time directly open the import of the second decoloration kettle, make muddy
Algae oil enters directly into be stirred in the second decoloration kettle；
5. directly opening oil exit pipe, closing second are de- after observing that algae oil still becomes clear by second pipe visor
The import of color kettle, algae oil limpid so directly pass through oil exit pipe and enter for re-filtering in bag type filtering machine, pocket type mistake
Algae oil after the completion of filter filtering is directly collected by collecting vessel；
6. operator observes first pipe visor, if there is no algae oil processes during filter filtering
At first pipe visor, illustrate that algae oil is all pressed into filter in the first decoloration kettle, the import of the first decoloration kettle at this time
And outlet is all closed, by observation second pipe visor, whether there are also the extrusion of algae oil, when there is no algae oil filters in filter
Algae oil after out, that is, in the first decoloration kettle all complete by filtering；
7. opening the outlet of the second decoloration kettle again, it is pressed into nitrogen in the second decoloration kettle, by the second decoloration kettle internal haze
Algae oil is pressed again by for re-filtering in filter；In this process, the import of the second decoloration kettle is in close state,
Oil exit pipe is in the open state, the second when being to be filtered again by filter of kettle internal haze of decoloration, can directly filter out
The algae oil of limpid qualification is directly entered in bag type filtering machine by oil exit pipe, by passing through collection after bag type filtering machine filtering
Bucket is collected；
8. operator passes through the observation of second pipe visor, after observing all algae oil filtering completions, by filter
It opens, after the filter residue after strainer filtering is cleared up, the first decoloration kettle sucks a small amount of algae oils again and carries out decoloration work, then
1. secondary enter step is recycled.
The step 7. in, since for algae oil by during filter, the strainer of filter can will in the first decoloration kettle
For carclazyte active carbon to filtering down, such carclazyte active carbon can form one layer of filter cake on strainer in algae oil decolorization, the
Muddy algae oil in two decoloration kettles is re-introduced into filter, and muddy algae oil can be carried out successively through filter cake and strainer
Filter, can directly obtain the algae oil of limpid qualification.
The step 8. in, after algae oil filtering is completed, the filter cake in filter is purged, and strainer is carried out clear
Reason.
The step 2. in, be added 2%~4% carclazyte active carbon.
In the present embodiment, can also by second decoloration kettle carry out algae oil entrance, first decoloration kettle to muddy algae oil into
Row is collected, and a decoloration kettle charging is selected.
In the present embodiment, first pipe visor is mainly that the algae oil observed in the first decoloration kettle or the second decoloration kettle is
No whole has been fed in filter, and second pipe visor is mainly the whether limpid conjunction of algae oil observing filter and filtering out
Lattice.
In the present embodiment, it is equipped with rabbling mechanism in the first decoloration kettle and the second decoloration kettle, utilizes stirring for rabbling mechanism
Blade is mixed to be stirred algae oil, when such algae oil is deposited into decoloration kettle, due to being stirred by rabbling mechanism to algae oil,
It can prevent from no bleaching from completing the carclazyte active carbon in algae oil in this way to be deposited on the inner wall of decoloration kettle, can guarantee the kettle that decolourizes
Service life guarantees the decoloration quality of algae oil.
Wherein, large-scale decoloration device, only one general reaction kettle, filter filter out muddy algae oil and can directly return
The feed end of reaction kettle is flowed to, reaction kettle is endlessly added algae oil and carries out decoloration work.Under this processing mode, even if depositing
In a small amount of muddy algae oils, can also be avoided waste, but if single carries out in small batches by constantly recycling circulation decoloration
The algae oil of amount is decolourized, such as several kilograms or more than ten kilograms of algae oils decolorations, then the decoloration device equipment operation of size is wanted substantially
It asks and is all not achieved, even if reaching minimum basic demand, muddy algae oil can not also follow circulation to decolourize again, not only at high cost
It is high, and waste especially big.Moreover, if carrying out small lot decoloration, muddy algae for after large-scale decoloration device miniaturization
After oil returns in reaction kettle, decoloration is still ceaselessly recycled, it is not only at high cost, but also finally there is also the wave of algae oil
Take, and batch itself is small, if algae oil causes waste, can significantly increase cost.
Therefore, in the present embodiment, using two groups of reaction kettles, algae oil all in reaction kettle is filtered must completely every time
Later, it is cleared up to filter, then carries out decolorization filtering next time.In this mode, the waste of algae oil can be prevented,
Meanwhile the decolorizing efficiency of algae oil is also high, cost is cheaper.
Shown in Figure 2, the filter 1 includes cylinder 18, cover 19 and filter mechanism, and the cylinder 18 is opened for top
The hollow body of mouth, the cover 19 are installed in the opening of the cylinder 18, and the filter mechanism is set to the cylinder 18
Between the cover 19, the oil inlet pipe 10 is set to the top of the cover 19, and the flowline 11 is set to the cylinder
The bottom of body 18 also and is connected to a nitrogen inlet 20 on the oil inlet pipe 10；The filter mechanism includes flange 21 and strainer 22,
The inner edge surface of the flange 21 is equipped with an annular groove 23, and the top surface of the annular groove 23 is connected with the top surface of the flange 21
Logical, the bottom outer-edge face of the strainer 22 is placed on the bottom surface of the annular groove 23, and the strainer 22 is through a plurality of bolts 24
It lock on the bottom surface of the annular groove 23, the thickness of the strainer 22 is less than the depth of the annular groove 23, the strainer 22
Top surface and the flange 21 between constitute cavity 25.
The top of 21 outer edge surface of flange is equipped with an annular backup pad 26, and the annular backup pad 26 is through a plurality of limits
Bolt 27 is lock on the outer edge surface of the flange, and the bottom surface of the annular backup pad is butted on the top surface of the cylinder, described
The top surface of annular backup pad is butted on the bottom surface of the cover, and the flange is inserted in the opening at the top of the cylinder.
The bottom of 19 outer edge surface of cover is equipped with upper ring type seal 28, and the top of 18 outer edge surface of cylinder is equipped with down
Ring type seal 29 is set between the upper ring type seal and lower ring type seal on the outside of the annular backup pad, institute
Ring type seal and lower ring type seal is stated to lock through a plurality of clamping screws 30, the top surface of the annular backup pad with it is described
The bottom surface of cover and the bottom surface of upper ring type seal are in contact, the top surface of the bottom surface of the annular backup pad and the cylinder and under
The top surface of ring type seal is in contact.
In previous structure, flange is not provided with annular groove, that is, strainer is placed directly on the top surface of flange, and is decolourizing
In the process, namely the carclazyte active carbon inside algae oil is filtered out using filtering in fact.It during the filtration process, can be in strainer
Surface form a filter cake, filter cake can form particularly preferred filtration to algae oil.During the filtration process, filter cake will not be equal
Even is spread out on the surface of strainer, that is, algae oil can not be contacted all by filter cake, in this way meeting during through filter cake
Cause filter effect not good enough.Meanwhile when clearing up screen surface, operator opens cover, and filter cake can be straight
Leakage is connect, operator is caused to be difficult to clear up.
Therefore, in the present embodiment, by the setting of cavity, filter cake can be deposited directly on cavity during the filtration process in this way
Inside, the leakage of filter cake can be prevented in this way, meanwhile, the setting of cavity can be such that filter cake is blocked on the surface of strainer completely,
Make algae oil that must effectively improve decoloration quality all by filter cake.
Claims (6)
1. a kind of small-sized algae oil decoloration device, it is characterised in that: including filter, bag type filtering machine, collecting vessel and two groups of decolorations
Kettle, decoloration kettle described in two groups are respectively that the first decoloration kettle and the second decoloration kettle, the filter are equipped with oil inlet and oil outlet,
The first decoloration kettle and the second decoloration kettle are respectively equipped with inlet and outlet, and the oil inlet is equipped with oil inlet pipe, described fuel-displaced
Mouth is equipped with flowline, and the outlet of the first decoloration kettle and the second decoloration kettle is respectively through outlet connecting pipe road and the oil inlet pipe
It is connected, the import of the first decoloration kettle and the second decoloration kettle is connected through inlet connecting branch road with the flowline respectively, described
The middle part of flowline also and is connected to an oil exit pipe, and the oil exit pipe is connected with the collecting vessel, and the bag type filtering machine is arranged
In on the oil exit pipe of the collecting vessel oil inlet end；The entrance of the first decoloration kettle and the second decoloration kettle further respectively has a nitrogen
Gas import and a vacuum interface.
2. small-sized algae oil decoloration device according to claim 1, it is characterised in that: the first decoloration kettle and the second decoloration
A vacuum pump is connected on the vacuum interface of kettle.
3. small-sized algae oil decoloration device according to claim 1, it is characterised in that: outlet connecting pipe road is equipped with the
One pipeline viewing mirror, the inlet connecting branch road are equipped with second pipe visor, and the first pipe visor is close to the oil inlet pipe
Setting, the second pipe visor be arranged close to the flowline, and the second pipe visor be set to the flowline and
Between the oil exit pipe.
4. small-sized algae oil decoloration device according to claim 1, it is characterised in that: the filter includes cylinder, cover
And filter mechanism, the cylinder are open-topped hollow body, the cover is installed in the opening of the cylinder, the mistake
Filter structure is set between the cylinder and the cover, and the oil inlet pipe is set to the top of the cover, the flowline
It is set to the bottom of the cylinder, is gone back on the oil inlet pipe and is connected to a nitrogen inlet；The filter mechanism includes flange and filter
The inner edge surface of net, the flange is equipped with an annular groove, and the top surface of the annular groove is connected with the top surface of the flange, described
The bottom outer-edge face of strainer is placed on the bottom surface of the annular groove, and the strainer lock onto the annular groove through a plurality of bolts
Bottom surface on, the thickness of the strainer is less than the depth of the annular groove, constitutes between the top surface of the strainer and the flange
Cavity.
5. small-sized algae oil decoloration device according to claim 4, it is characterised in that: the top of the flange outer edge surface is equipped with
One annular backup pad, the annular backup pad are lock on the outer edge surface of the flange through a plurality of caging bolts, the annular
The bottom surface of support plate is butted on the top surface of the cylinder, and the top surface of the annular backup pad is butted on the bottom surface of the cover, institute
It states in the opening that flange is inserted at the top of the cylinder.
6. small-sized algae oil decoloration device according to claim 5, it is characterised in that: the bottom of the cover outer edge surface is equipped with
Upper ring type seal, the top of the cylinder outer edge surface are equipped with lower ring type seal, are set on the outside of the annular backup pad
Between the upper ring type seal and lower ring type seal, the upper ring type seal and lower ring type seal are through a plurality of lockings
Bolt locking, the top surface of the annular backup pad is in contact with the bottom surface of the bottom surface of the cover and upper ring type seal, described
The bottom surface of annular backup pad is in contact with the top surface of the top surface of the cylinder and lower ring type seal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820858221.6U CN208562282U (en) | 2018-06-04 | 2018-06-04 | A kind of small-sized algae oil decoloration device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820858221.6U CN208562282U (en) | 2018-06-04 | 2018-06-04 | A kind of small-sized algae oil decoloration device |
Publications (1)
| Publication Number | Publication Date |
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| CN208562282U true CN208562282U (en) | 2019-03-01 |
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ID=65485236
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| CN201820858221.6U Active CN208562282U (en) | 2018-06-04 | 2018-06-04 | A kind of small-sized algae oil decoloration device |
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