CN209039280U - A kind of palm oil waste water separation equipment - Google Patents
A kind of palm oil waste water separation equipment Download PDFInfo
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- CN209039280U CN209039280U CN201821652209.6U CN201821652209U CN209039280U CN 209039280 U CN209039280 U CN 209039280U CN 201821652209 U CN201821652209 U CN 201821652209U CN 209039280 U CN209039280 U CN 209039280U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E50/00—Technologies for the production of fuel of non-fossil origin
- Y02E50/30—Fuel from waste, e.g. synthetic alcohol or diesel
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Abstract
The utility model discloses a kind of palm oil waste water separation equipments, including three phase separator, brush type filter, first group of inorganic diaphragm separator, biodegrading tank, second group of inorganic diaphragm separator, MBR biofilm reactor and clear liquid collecting tank；Three phase separator, brush type filter, first group of inorganic diaphragm separator, biodegrading tank, second group of inorganic diaphragm separator and clear liquid collecting tank are sequentially communicated, and second group of inorganic diaphragm separator and MBR biofilm reactor form circulation.The utility model palm oil waste water separation equipment, structure is simple, it is low in cost, it can run steadily in the long term, can not only make production water up to standard, and it can will produce water reuse, obtained solid material is used as fuel, improves the utilization rate of resource, simultaneously, palm oil contained in waste water can also be recycled, the extra yield of palm oil is increased while solving waste water handling problem.
Description
Technical field
The utility model relates to a kind of palm oil waste water separation equipments, belong to palm oil waste water process field.
Background technique
Palm oil is mainly produced in one band of Southeast Asia, and because public environmental consciousness is weak in one's early years, sewage discharge is supervised not in place etc.
Reason, the palm oil waste water generated in palm oil production process is all unprocessed to be just immediately discharged to the external world, causes serious environment
Pollution and security risk.
South east asia has been gradually increased environmentally friendly aspect supervision in recent years, furthermore also containing a considerable number of in waste water
Palm oil is not extracted by out, so a large amount of palm oil producers begin look for effective palm oil waste water processing method.
Although not up to standard, treating capacity that there are water qualities is not currently, there is the registration about palm oil waste water processing on a small quantity yet
Stablize, can not long-play, the palm oil in waste water cannot recycle, complex treatment process, it is at high cost the problems such as.
Summary of the invention
In order to solve drawbacks described above existing in the prior art, the utility model provides a kind of palm oil waste water separation and sets
Standby, structure is simple, low in cost, can run steadily in the long term, can not only make production water up to standard, and can will produce water reuse, improves money
The utilization rate in source, simultaneously, moreover it is possible to palm oil contained in waste water be recycled, increased while solving waste water handling problem
The extra yield of palm oil.
In order to solve the above technical problems, technical solution used by the utility model is as follows:
A kind of palm oil waste water separation equipment, including three phase separator, brush type filter, first group of inorganic diaphragm separator,
Biodegrading tank, second group of inorganic diaphragm separator, MBR biofilm reactor and clear liquid collecting tank；Three phase separator be equipped with into
Mutually outlet and the water phase outlet of material mouth, oil；Brush type filter is equipped with feed inlet and liquid outlet；On first group of inorganic diaphragm separator
Equipped with feed inlet, purified liquor outlet and concentrated solution outlet；Biodegrading tank is equipped with feed inlet and liquid outlet；Second group of inoranic membrane
Separator is equipped with feed inlet, purified liquor outlet and concentrated solution outlet；MBR biofilm reactor is equipped with feed inlet, purified liquor outlet
And concentrated solution outlet；Clear liquid collecting tank is equipped with feed inlet and liquid outlet；The water phase of three phase separator exports and brush type filter
Feed inlet pass through pipeline connection；The feed inlet of the liquid outlet of brush type filter and first group of inorganic diaphragm separator passes through pipeline
Connection；The purified liquor outlet of first group of inorganic diaphragm separator and the feed inlet of biodegrading tank pass through pipeline connection；Biodegrading tank
Liquid outlet and the feed inlet of second group of inorganic diaphragm separator pass through pipeline connection；The clear liquid of second group of inorganic diaphragm separator goes out
The feed inlet of mouth and clear liquid collecting tank passes through pipeline connection；The concentrated solution outlet and MBR biomembrane of second group of inorganic diaphragm separator
The feed inlet of reactor passes through pipeline connection；The purified liquor outlet of MBR biofilm reactor and second group of inorganic diaphragm separator into
Material mouth passes through pipeline connection.
When filtering, material enters from the feed inlet of three phase separator, successively by three phase separator, brush type filter, the
After one group of inorganic diaphragm separator, biodegrading tank, second group of inorganic diaphragm separator purification, clear water, which enters in clear liquid collecting tank, to be recycled
It uses again, in use, clear water is released from the liquid outlet of clear liquid collecting tank.The setting of MBR biofilm reactor further mentions
The high recovery utilization rate of water after the drying materials that MBR biofilm reactor concentrated solution outlet is released, can be used as fuel use.
Three phase separator can realize water-oil separating, and then realize the recycling of palm oil.
Containing microorganisms such as bacteriums in the biodegrading tank that the output water of first group of inorganic diaphragm separator is discharged into, dropped through biology
Solubility sugar contained in output water is degraded after solution slot spontaneous fermentation, and metabolin exists in solid form, through secondary ceramics
Film filtering can completely remove such solid content, bacterium, protein etc., and producing water herein can be used as domestic water use.
In use, the commonly used equipments such as kinetic pump, instrument can be arranged on each pipeline as needed, this is common sense in the field,
Applicant repeats no more.
In order to further increase producing water water quality, above-mentioned palm oil waste water separation equipment further includes reverse osmosis membrane water purifier, instead
It permeates film water purifier and is equipped with feed inlet and liquid outlet；Reverse osmosis membrane water purifier is located at second group of inorganic diaphragm separator and clear liquid is received
Collect between tank, the purified liquor outlet and the feed inlet on reverse osmosis membrane water purifier of second group of inorganic diaphragm separator pass through pipeline connection；
The feed inlet of liquid outlet and clear liquid collecting tank on reverse osmosis membrane water purifier passes through pipeline connection.
In order to further increase producing water water quality, reverse osmosis membrane water purifier includes 2-4 be serially connected, wherein previous
The purified liquor outlet of reverse osmosis membrane water purifier is connected to the feed inlet of the latter reverse osmosis membrane water purifier, first reverse osmosis membrane water purification
The purified liquor outlet of the feed inlet of device and second group of inorganic diaphragm separator by pipeline connection, the last one ceramic membrane ultrafitration device it is clear
Liquid outlet and the feed inlet of clear liquid collecting tank pass through pipeline connection.
It produces water introducing reverse osmosis membrane equipment after secondary ceramic membrane filter to be filtered, obtained RO water can be used as equipment cleaning
Disinfection water, or used as drinking water.
In order to further increase the recovery utilization rate of palm oil, the concentrated solution outlet of first group of inorganic diaphragm separator passes through pipe
Road is connected to the feed inlet of three phase separator.
In order to further increase the degree of purification of water and the recovery utilization rate of palm oil, first group of inorganic diaphragm separator and
Two groups of inorganic diaphragm separators are ceramic membrane ultrafitration device.
Palm oil waste water enters in three phase separator from the import of three phase separator first to be handled, when palm oil in waste water
When measuring content less than 1%, three phase separator is difficult to realize further water-oil separating, therefore, exports from three phase separator water phase
The material of discharge is containing a small amount of oil, when material is after brush type filter removes hard particles shape impurity, enters first group
When inorganic diaphragm separator, ceramic membrane ultrafitration device can retain 95% or more palm oil, therefore most palm oil can enter
In the concentrate of first group of inorganic diaphragm separator, that is, containing largely (quality contains in the concentrate of first group of inorganic diaphragm separator
Amount is greater than palm oil 7%), then this concentrate is sent back in three phase separator, significantly improves the recycling of palm oil
Rate.
After above-mentioned material first removes hard particles shape impurity with brush type filter, then material is introduced into first group of ceramic membrane and is surpassed
Filter (first group of inorganic diaphragm separator), the physics sieving actoion using ceramic membrane and the interception to non-polar material are to palm
Oily waste water is concentrated, and palm oil and pulp can be left in concentrate, and gained concentrate (7 times or so of concentration) is vented back to
Three phase separator is separated, and can continue the solid impurity that will wherein contain and palm oil extracts；Ceramic membrane ultrafitration device produces
Contain a small amount of carbohydrate in clear water out, but have reached local discharge standard, in order to improve the recovery utilization rate of water, the application is by the
The production water of one group of inorganic diaphragm separator is continuing second group of inorganic diaphragm separator, MBR biofilm reactor, reverse osmosis membrane water purifier
Etc. equipment processing, obtain pure water.
In order to improve producing water water quality, it is preferable that first group of inorganic diaphragm separator includes 4-6 concatenated ceramic membrane ultrafitration devices；
Wherein, the purified liquor outlet of previous ceramic membrane ultrafitration device is connected to the feed inlet of the latter ceramic membrane ultrafitration device, first ceramics
The feed inlet of film ultrafilter and the liquid outlet of brush type filter pass through pipeline connection, the clear liquid of the last one ceramic membrane ultrafitration device
Outlet and the feed inlet of biodegrading tank pass through pipeline connection.
In order to further increase the recovery utilization rate of palm oil etc., all ceramic membrane ultrafitrations in first group of inorganic diaphragm separator
The concentrated solution outlet of device passes through pipeline connection with the feed inlet of three phase separator.
In order to further increase producing water water quality, it is preferable that second group of inorganic diaphragm separator includes that 3-5 concatenated ceramic membranes are super
Filter；Wherein, the purified liquor outlet of previous ceramic membrane ultrafitration device is connected to the feed inlet of the latter ceramic membrane ultrafitration device, and first
The liquid outlet of the feed inlet of ceramic membrane ultrafitration device and biodegrading tank is by pipeline connection, when being not provided with reverse osmosis membrane water purifier
When, the purified liquor outlet of the last one ceramic membrane ultrafitration device and the feed inlet of clear liquid collecting tank are by pipeline connection, when setting reverse osmosis
When permeable membrane water purifier, the purified liquor outlet of the last one ceramic membrane ultrafitration device and the feed inlet of reverse osmosis membrane water purifier are connected by pipeline
It is logical；Charging of the concentrated solution outlet of all ceramic membrane ultrafitration devices with MBR biofilm reactor in first group of inorganic diaphragm separator
Mouth passes through pipeline connection.
In order to further increase the recovery utilization rate of water, the purified liquor outlet of MBR biofilm reactor and second group of inoranic membrane
The feed inlet of first ceramic membrane ultrafitration device in separator passes through pipeline connection.
In order to facilitate use, above-mentioned palm oil waste water separation equipment further includes palm oil recovery tank, the oil of three phase separator
Mutually outlet is connected to by pipeline with palm oil recovery tank.
The unmentioned technology of the utility model is referring to the prior art.
The utility model palm oil waste water separation equipment, structure is simple, low in cost, can run, not only may be used steadily in the long term
Keep production water up to standard, and can will produce water reuse, obtained solid material is used as fuel, improves the utilization rate of resource, simultaneously, moreover it is possible to will
Palm oil contained in waste water is recycled, and the extra yield of palm oil is increased while solving waste water handling problem.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model palm oil waste water separation equipment；
In figure, 1 is palm oil recovery tank, and 2 be three phase separator, and 3 be brush type filter, and 4 be first group of inorganic UF membrane
Device, 5 are biodegrading tank, and 6 be second group of inorganic diaphragm separator, and 7 be MBR biofilm reactor, and 8 be clear liquid collecting tank, and 9 be oil
Phase, 10 be water phase, and 11 be clear water, and 12 be drying, and 13 be solid waste, and 14 be concentrate, and 15 reverse osmosis membrane water purifiers, 16 be reverse osmosis
Film water purifier.
Specific embodiment
The utility model in order to better understand furthers elucidate the content of the utility model below with reference to embodiment, but
The content of the utility model is not limited solely to the following examples.
Embodiment 1
A kind of palm oil waste water separation equipment, including three phase separator, brush type filter, first group of inorganic diaphragm separator,
Biodegrading tank, second group of inorganic diaphragm separator, MBR biofilm reactor, clear liquid collecting tank and palm oil recovery tank；Three-phase separate
Feed inlet, oil mutually outlet and water phase outlet are equipped with from device；Brush type filter is equipped with feed inlet and liquid outlet；First group without
Machine membrane separator is equipped with feed inlet, purified liquor outlet and concentrated solution outlet；Biodegrading tank is equipped with feed inlet and liquid outlet；
Second group of inorganic diaphragm separator is equipped with feed inlet, purified liquor outlet and concentrated solution outlet；MBR biofilm reactor is equipped with charging
Mouth, purified liquor outlet and concentrated solution outlet；Clear liquid collecting tank is equipped with feed inlet and liquid outlet；Three phase separator water phase outlet with
The feed inlet of brush type filter is by pipeline connection, and mutually outlet is connected the oil of three phase separator by pipeline and palm oil recovery tank
It is logical；The feed inlet of the liquid outlet of brush type filter and first group of inorganic diaphragm separator passes through pipeline connection；First group of inoranic membrane
By pipeline connection, the concentrate of first group of inorganic diaphragm separator goes out for the purified liquor outlet of separator and the feed inlet of biodegrading tank
Mouth is connected to by pipeline with the feed inlet of three phase separator；The liquid outlet of biodegrading tank and second group of inorganic diaphragm separator
Feed inlet passes through pipeline connection；The purified liquor outlet of second group of inorganic diaphragm separator and the feed inlet of clear liquid collecting tank are connected by pipeline
It is logical；The concentrated solution outlet of second group of inorganic diaphragm separator and the feed inlet of MBR biofilm reactor pass through pipeline connection；MBR is raw
The feed inlet of the purified liquor outlet of object membrane reactor and second group of inorganic diaphragm separator passes through pipeline connection.
Above-mentioned first group of inorganic diaphragm separator and second group of inorganic diaphragm separator are ceramic membrane ultrafitration device.
When filtering, material enters from the feed inlet of three phase separator, successively by three phase separator, brush type filter, the
After one group of inorganic diaphragm separator, biodegrading tank, second group of inorganic diaphragm separator purification, clear water, which enters in clear liquid collecting tank, to be recycled
It uses again, in use, clear water is released from the liquid outlet of clear liquid collecting tank.MBR biofilm reactor concentrated solution outlet is released
Drying materials after, can be used as fuel use.Three phase separator can realize water-oil separating, and then realize the recycling benefit of palm oil
With.
Palm oil waste water enters in three phase separator from the import of three phase separator first to be handled, when palm oil in waste water
When measuring content less than 1%, three phase separator is difficult to realize further water-oil separating, therefore, exports from three phase separator water phase
The material of discharge is containing a small amount of oil, when material is after brush type filter removes hard particles shape impurity, enters first group
When inorganic diaphragm separator, ceramic membrane ultrafitration device can retain 95% or more palm oil, therefore most palm oil meeting in material
It enters in the concentrate of first group of inorganic diaphragm separator, that is, containing a large amount of in the concentrate of first group of inorganic diaphragm separator
The palm oil of (mass content is greater than 7%), then this concentrate is sent back in three phase separator, significantly improve returning for palm oil
Receive utilization rate.
Containing microorganisms such as bacteriums in the biodegrading tank that the output water of first group of inorganic diaphragm separator is discharged into, dropped through biology
Solubility sugar contained in output water is degraded after solution slot spontaneous fermentation, and metabolin exists in solid form, through secondary ceramics
Film filtering can completely remove such solid content, bacterium, protein etc., and producing water herein can be used as domestic water use.
Embodiment 2
It is substantially the same manner as Example 1, except that: above-mentioned palm oil waste water separation equipment further includes that reverse osmosis membrane is net
Hydrophone, reverse osmosis membrane water purifier are equipped with feed inlet and liquid outlet；Reverse osmosis membrane water purifier is located at second group of inorganic diaphragm separator
Between clear liquid collecting tank, reverse osmosis membrane water purifier includes 3 be serially connected, wherein previous reverse osmosis membrane water purifier
Purified liquor outlet is connected to the feed inlet of the latter reverse osmosis membrane water purifier, the feed inlet and second of first reverse osmosis membrane water purifier
The purified liquor outlet of group inorganic diaphragm separator is collected by pipeline connection, the purified liquor outlet and clear liquid of the last one ceramic membrane ultrafitration device
The feed inlet of tank passes through pipeline connection.
Embodiment 3
It is substantially the same manner as Example 2, except that: first group of inorganic diaphragm separator includes that 5 concatenated ceramic membranes are super
Filter；Wherein, the purified liquor outlet of previous ceramic membrane ultrafitration device is connected to the feed inlet of the latter ceramic membrane ultrafitration device, and first
The feed inlet of ceramic membrane ultrafitration device and the liquid outlet of brush type filter pass through pipeline connection, the last one ceramic membrane ultrafitration device
The feed inlet of purified liquor outlet and biodegrading tank passes through pipeline connection, all ceramic membrane ultrafitration devices in first group of inorganic diaphragm separator
Concentrated solution outlet pass through pipeline connection with the feed inlet of three phase separator；
Second group of inorganic diaphragm separator includes 4 concatenated ceramic membrane ultrafitration devices；Wherein, previous ceramic membrane ultrafitration device
Purified liquor outlet is connected to the feed inlet of the latter ceramic membrane ultrafitration device, the feed inlet of first ceramic membrane ultrafitration device and biodegrade
The liquid outlet of slot passes through pipeline connection, the purified liquor outlet of the last one ceramic membrane ultrafitration device and first reverse osmosis membrane water purifier
Feed inlet pass through pipeline connection；The concentrated solution outlet of all ceramic membrane ultrafitration devices is and MBR in second group of inorganic diaphragm separator
The feed inlet of biofilm reactor passes through pipeline connection, the purified liquor outlet of MBR biofilm reactor and second group of inorganic UF membrane
The feed inlet of first ceramic membrane ultrafitration device in device passes through pipeline connection.
It produces water introducing reverse osmosis membrane equipment after above-mentioned secondary ceramic membrane filter to be filtered, obtained RO water can be used as equipment
Cleaning and sterilizing water, or used as drinking water.
The equipment that Malaysian K palm oil factory uses embodiment 3, three phase separator model LW-200 in equipment, ceramics
Film ultrafilter model is CRP-ACS-1270C, MBR biofilm reactor model HDLY-800td, reverse osmosis membrane water purifier
Model RDA-FSHB200, brush type filter model HHY-ZS, recycle palm oil 8 by 800 tons of palm oil waste water day output
Ton, obtains 700 tons of pure water.
Each workshop section's water quality indicator:
To sum up, the palm oil waste water separation equipment of above-mentioned each example, structure is simple, low in cost, can run steadily in the long term, no
It can only make production water up to standard, and can will produce water reuse, improve the utilization rate of resource, simultaneously, moreover it is possible to by palm contained in waste water
Oil is recycled, and the extra yield of palm oil is increased while solving waste water handling problem.
Claims (10)
1. a kind of palm oil waste water separation equipment, it is characterised in that: including three phase separator, brush type filter, first group it is inorganic
Membrane separator, biodegrading tank, second group of inorganic diaphragm separator, MBR biofilm reactor and clear liquid collecting tank；Three phase separator
It is equipped with feed inlet, oil mutually outlet and water phase outlet；Brush type filter is equipped with feed inlet and liquid outlet；First group of inoranic membrane
Separator is equipped with feed inlet, purified liquor outlet and concentrated solution outlet；Biodegrading tank is equipped with feed inlet and liquid outlet；Second
Group inorganic diaphragm separator is equipped with feed inlet, purified liquor outlet and concentrated solution outlet；MBR biofilm reactor be equipped with feed inlet,
Purified liquor outlet and concentrated solution outlet；Clear liquid collecting tank is equipped with feed inlet and liquid outlet；The water phase outlet of three phase separator and brush
The feed inlet of formula filter passes through pipeline connection；The feed inlet of the liquid outlet of brush type filter and first group of inorganic diaphragm separator
Pass through pipeline connection；The purified liquor outlet of first group of inorganic diaphragm separator and the feed inlet of biodegrading tank pass through pipeline connection；It is raw
The feed inlet of the liquid outlet of object degradation groove and second group of inorganic diaphragm separator passes through pipeline connection；Second group of inorganic diaphragm separator
Purified liquor outlet and the feed inlet of clear liquid collecting tank pass through pipeline connection；The concentrated solution outlet of second group of inorganic diaphragm separator with
The feed inlet of MBR biofilm reactor passes through pipeline connection；The purified liquor outlet of MBR biofilm reactor and second group of inoranic membrane point
Feed inlet from device passes through pipeline connection.
2. palm oil waste water separation equipment as described in claim 1, it is characterised in that: further include reverse osmosis membrane water purifier, instead
It permeates film water purifier and is equipped with feed inlet and liquid outlet；Reverse osmosis membrane water purifier is located at second group of inorganic diaphragm separator and clear liquid is received
Collect between tank, the purified liquor outlet and the feed inlet on reverse osmosis membrane water purifier of second group of inorganic diaphragm separator pass through pipeline connection；
The feed inlet of liquid outlet and clear liquid collecting tank on reverse osmosis membrane water purifier passes through pipeline connection.
3. palm oil waste water separation equipment as claimed in claim 2, it is characterised in that: reverse osmosis membrane water purifier includes mutually going here and there
2-4 of connection, wherein the purified liquor outlet of previous reverse osmosis membrane water purifier and the feed inlet of the latter reverse osmosis membrane water purifier connect
Logical, the feed inlet of first reverse osmosis membrane water purifier and the purified liquor outlet of second group of inorganic diaphragm separator pass through pipeline connection, most
The purified liquor outlet of the latter ceramic membrane ultrafitration device and the feed inlet of clear liquid collecting tank pass through pipeline connection.
4. palm oil waste water separation equipment as claimed in any one of claims 1-3, it is characterised in that: first group of inoranic membrane point
Concentrated solution outlet from device is connected to by pipeline with the feed inlet of three phase separator.
5. palm oil waste water separation equipment as claimed in any one of claims 1-3, it is characterised in that: first group of inoranic membrane point
It is ceramic membrane ultrafitration device from device and second group of inorganic diaphragm separator.
6. palm oil waste water separation equipment as claimed in claim 5, it is characterised in that: first group of inorganic diaphragm separator includes 4-
6 concatenated ceramic membrane ultrafitration devices；Wherein, the purified liquor outlet of previous ceramic membrane ultrafitration device and the latter ceramic membrane ultrafitration device
Feed inlet connection, the feed inlet of first ceramic membrane ultrafitration device and the liquid outlet of brush type filter are by pipeline connection, finally
The purified liquor outlet of one ceramic membrane ultrafitration device and the feed inlet of biodegrading tank pass through pipeline connection.
7. palm oil waste water separation equipment as claimed in claim 6, it is characterised in that: own in first group of inorganic diaphragm separator
The concentrated solution outlet of ceramic membrane ultrafitration device passes through pipeline connection with the feed inlet of three phase separator.
8. palm oil waste water separation equipment as claimed in claim 5, it is characterised in that: second group of inorganic diaphragm separator includes 3-
5 concatenated ceramic membrane ultrafitration devices；Wherein, the purified liquor outlet of previous ceramic membrane ultrafitration device and the latter ceramic membrane ultrafitration device
Feed inlet connection, the feed inlet of first ceramic membrane ultrafitration device and the liquid outlet of biodegrading tank are by pipeline connection, when not
When reverse osmosis membrane water purifier is arranged, the purified liquor outlet of the last one ceramic membrane ultrafitration device and the feed inlet of clear liquid collecting tank pass through pipe
Road connection, when reverse osmosis membrane water purifier is arranged, the purified liquor outlet and reverse osmosis membrane water purifier of the last one ceramic membrane ultrafitration device
Feed inlet pass through pipeline connection；The concentrated solution outlet of all ceramic membrane ultrafitration devices is and MBR in first group of inorganic diaphragm separator
The feed inlet of biofilm reactor passes through pipeline connection.
9. palm oil waste water separation equipment as claimed in claim 8, it is characterised in that: the clear liquid of MBR biofilm reactor goes out
The feed inlet of mouth and first ceramic membrane ultrafitration device in second group of inorganic diaphragm separator passes through pipeline connection.
10. palm oil waste water separation equipment as claimed in any one of claims 1-3, it is characterised in that: further include palm oil
Recycling can, mutually outlet is connected to by pipeline with palm oil recovery tank the oil of three phase separator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821652209.6U CN209039280U (en) | 2018-09-30 | 2018-09-30 | A kind of palm oil waste water separation equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821652209.6U CN209039280U (en) | 2018-09-30 | 2018-09-30 | A kind of palm oil waste water separation equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209039280U true CN209039280U (en) | 2019-06-28 |
Family
ID=67035770
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821652209.6U Active CN209039280U (en) | 2018-09-30 | 2018-09-30 | A kind of palm oil waste water separation equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209039280U (en) |
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2018
- 2018-09-30 CN CN201821652209.6U patent/CN209039280U/en active Active
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