CN108607269A - The method and system that material containing mud in ceramic raw material is purified - Google Patents
The method and system that material containing mud in ceramic raw material is purified Download PDFInfo
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- CN108607269A CN108607269A CN201810274501.7A CN201810274501A CN108607269A CN 108607269 A CN108607269 A CN 108607269A CN 201810274501 A CN201810274501 A CN 201810274501A CN 108607269 A CN108607269 A CN 108607269A
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- container
- slurries
- precipitated impurities
- purified
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D36/00—Filter circuits or combinations of filters with other separating devices
- B01D36/04—Combinations of filters with settling tanks
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Treatment Of Sludge (AREA)
Abstract
The method that material containing mud in ceramic raw material is purified, mud material will be contained and be mixed into slurries with water, slurries are poured into the first container, slurries are made to be overflowed from the top of the first container together with the impurity in slurries, the slurries overflowed are filtered, isolate the impurity in slurries, filtered slurries are stored in second container, the precipitated impurities positioned at slurries lower layer are taken out of from the bottom of the first container, and precipitated impurities is made to pass through the process climbed upwards, to make the incidental slurry reflux of precipitated impurities to the first container.The invention also discloses a kind of systems for realizing the method.It is an advantage of the invention that, utilize the overflow of the first container, floating impurity and precipitated impurities in slurries is set to be detached first, the process for recycling precipitated impurities to climb upwards, reduce the incidental slurries of precipitated impurities separated, enable a large amount of rubbles in precipitated impurities to be suitable for recycling, while also saving transport and abandoning the cost that useless rubble is spent.
Description
Technical field
The present invention relates to the Raw material processing techniques and equipment of the ceramic products such as Wall or floor tile, more particularly to will be in ceramic raw material
The method and apparatus purified again after the chemical conversion slurry of material containing mud.
Background technology
It in the production process of ceramic product, needs to purify the material containing mud in ceramic raw material, contains mud to filter out
Impurity in material.The existing method purified to material containing mud is will to contain mud material chemical conversion slurries are mixed with water,
Then the impurity in slurries is filtered out with strainer.However, the main source of the material containing mud is soil, wherein often containing much with tree
Floating impurity based on branch, grass roots, while much precipitated impurities based on rubble can be contained again.Existing purification processing method
It has the following defects：1, the rubble and branch separated are mixed in together, it is difficult to carry out secondary separation recycling to rubble, in this way
The waste of resource is resulted in, and transports and abandons useless rubble and also need in addition spend cost.2, it is separated with strainer
Impurity still can adhere to more slurries, impurity is in sticky shape, and the impurity of this sticky shape is not easy to clear up and transport, increases
The cost of waste disposal.
Invention content
An object of the present invention is to provide a kind of method that the material containing mud in ceramic raw material is purified.The present invention
The second purpose be to provide a kind of system that the material containing mud in ceramic raw material is purified.This method and system make slurrying
The rubble that process is separated can be suitable for recycling.
What the method for the present invention was realized in：To the method that the material containing mud in ceramic raw material is purified, mud object will be contained
Chemical conversion slurries are mixed with water in material, and the slurries of chemical conversion are poured into the first container, make slurries together with the impurity in slurries from the
The top of one container overflows, and is filtered to the slurries overflowed, isolates the impurity in slurries, filtered slurries
It is stored in second container, the precipitated impurities positioned at slurries lower layer are taken out of from the bottom of the first container, the precipitated impurities taken out of is enabled to pass through
The process climbed upwards enables the incidental slurry reflux of precipitated impurities to the first appearance during precipitated impurities are climbed upwards
Device.
Preferably, to take the precipitation positioned at slurries lower layer out of from the bottom of the first container using solid material conveyer miscellaneous
Matter makes the precipitated impurities taken out of by the process climbed upwards, utilizes solid material using the upper uphill slope section of solid material conveyer
The upper uphill slope section of conveyer makes the incidental slurries of precipitated impurities be back to the first container downwards along uphill slope section on this.
Preferably, it will be put into third container by the precipitated impurities for process of climbing upwards, third container is equipped with strainer, utilizes
The strainer filtering goes out to fall into the incidental slurries of precipitated impurities in third container, and the slurries filtered out is enabled to flow to described second
Container.
Preferably, miscellaneous to the precipitation by process of climbing upwards before the precipitated impurities being put into the third container
Matter carries out multistage filtering, the filtering object that the screenings that previous stage filters is filtered as rear stage, and the third container is equipped with more
A, the screenings of oversize and afterbody filtering per by-pass filtration is respectively fallen in the different third containers.
Preferably, the slurries in the first container are stirred so that the impurity in slurries is easier to float to the upper of slurries
Layer.
On the other hand, present system is realized in：To the system that the material containing mud in ceramic raw material is purified,
Slurrying machine including that will contain mud material and water mixing chemical conversion slurries, the first container is equipped in the slurries delivery outlet of slurrying machine,
The slurries exported from slurrying machine are loaded by the first container, the first container is equipped with overflow port, and slurries can pass through with the impurity in slurries
Overflow port is overflowed from the top of the first container；It is equipped with contaminant filter on the side of the first container, is held by contaminant filter
It connects the slurries overflowed from the first container and isolates the impurity in slurries；Second is equipped in the delivery outlet of contaminant filter to hold
Device loads the slurries by contaminant filter filtering by second container；The bottom of the first container is connected with solid material conveyer, Gu
The input port of body material conveyer is connected to the bottom of the first container, is taken out of and is located at from the bottom of the first container by solid material conveyer
The precipitated impurities of slurries lower layer, solid material conveyer have the upper uphill slope section for driving precipitated impurities to climb upwards.
Preferably, the solid material conveyer is drag conveyor or screw conveyor.
Preferably, the lower section of the delivery outlet of the solid material conveyer be equipped with third container, by third container load from
The precipitated impurities of solid material conveyer output, conveying pipeline is connected between third container and the second container, is held in third
It is equipped with strainer in device, the incidental slurries of precipitated impurities in third container are gone out by the strainer filtering, the slurries filtered out can
It flow to the second container through conveying pipeline.
Preferably, multistage filter is equipped between the delivery outlet of the solid material conveyer and the third container, by
The precipitated impurities that multistage filter exports the solid material conveyer are filtered, in multistage filter, previous stage filtering
The filtering object that is filtered as rear stage of screenings, the third container be equipped with it is multiple, oversize per by-pass filtration and
The screenings of afterbody filtering is loaded by the different third containers respectively.
Preferably, it is equipped with upper and lower two layers of paddle in the first container, is stirred in the first container by paddle
Slurries.
It is an advantage of the invention that making the drift in the slurries of slurrying machine output in the overflow process of the first container using slurries
Floating impurity and precipitated impurities are detached first, and the process for recycling the precipitated impurities separated to climb upwards reduces separation
The incidental slurries of precipitated impurities out so that a large amount of rubbles in precipitated impurities can be suitable for recycling, and avoid providing
Source wastes, while also saving transport and abandoning the cost that useless rubble is spent.On the other hand, for branch, grass roots, modeling
The floating impurities such as material bag also become easy much these waste disposals due to being detached with rubble.
Description of the drawings
Fig. 1 is the structural schematic diagram of system of the present invention.
Specific implementation mode
To facilitate the understanding of the present invention, with reference to the accompanying drawings to invention is more fully described.It is given in attached drawing
The better embodiment of the present invention.But the present invention can realize in many different forms, however it is not limited to described herein
Embodiment.The purpose of providing these embodiments is that making to make the present disclosure more fully understandable.
It should be noted that when an element is considered as " connection " another element, it can be directly to separately
One element may be simultaneously present centering elements.Term as used herein "left", "right" and similar statement are
For illustrative purposes." the first container " of the present invention, " second container ", " third container " do not represent specific quantity and suitable
Sequence is used only for the differentiation of title.
The system purified to the material containing mud in ceramic raw material is as shown in Figure 1, included for mixing plasticity material with water
Close the slurrying machine 1 that stirring forms slurries.Slurrying machine 1 in figure is drum-type slurrying machine, and the left end of roller is feeding mouth, plasticity material
It is put into roller from feeding mouth with water, the right end of roller is slurries delivery outlet.When the drum turns, plasticity material and water mix in roller
It closes stirring and forms slurries.It is equipped with the first container 2 in the slurries delivery outlet of slurrying machine 1, the first container 2 and the slurries of slurrying machine 1 are defeated
The first diversion trench 3 is equipped between outlet, the slurries exported from slurrying machine 1 flow to the first container 2 through the first diversion trench 3, by first
Container 2 loads the slurries exported from slurrying machine 1.The first container 2 is equipped with overflow port 4, and impurity mistake is equipped on the side of the first container 2
Filter 5 is equipped with the second diversion trench 6 between contaminant filter 5 and overflow port 4, the drift in slurries and slurries in the first container 2
Floating impurity can be overflowed by overflow port 4 from the top of the first container 2, and contaminant filter is flowed to using the second diversion trench 6
5.The slurries overflowed from the first container 2 are accepted by contaminant filter 5 and isolate the floating impurities such as the branch in slurries.It is miscellaneous
Conventional drum filter can be used in mass filter 5.It is equipped with second container 7 in the delivery outlet of contaminant filter 5.Held by second
Device 7 loads the slurries filtered by contaminant filter 5.The bottom of the first container 2 is connected with solid material conveyer 8.Solid material is defeated
Send machine 8 that conventional drag conveyor or screw conveyor may be used, Fig. 1 is using drag conveyor.Solid material conveys
The input port of machine 8 is connected to the bottom of the first container 2, is taken out of from the bottom of the first container 2 positioned at slurries by solid material conveyer 8
The precipitated impurities such as the rubble of lower layer.The delivery outlet of solid material conveyer 8 is higher than input port, drives precipitated impurities upward to be formed
The upper uphill slope section climbed.It is equipped with third container 9 in the lower section of the delivery outlet of solid material conveyer 8, is loaded from solid by third container 9
The precipitated impurities that body material conveyer 8 exports.
As preferred forms, multistage filter is equipped between the delivery outlet and third container 9 of solid material conveyer 8
10, the precipitated impurities exported to solid material conveyer 8 by multistage filter 10 are filtered.It is previous in multistage filter 10
The filtering object that the screenings of grade filtering is filtered as rear stage, the sieve of oversize and afterbody filtering per by-pass filtration
Lower object is loaded by different third containers 9 respectively.The multistage filter 10 of Fig. 1 embodiments is tertiary filter, so one is shared
Four third containers 9.It turns left number from the right side, four third containers 9 are respectively used to load oversize, the second level mistake of first order filtering
The screenings that the oversize of filter, the oversize of third level filtering, the third level are filtered.Strainer 11 is equipped in each third container 9,
For filtering out the incidental slurries of precipitated impurities in third container 9.It is connected between third container 9 and second container 7 defeated
Expects pipe 12.The slurries filtered out by the strainer 11 in third container 9 can flow to second container 7 through conveying pipeline 12.Conveying pipeline 12
Can be pipe or the groove body of opening.
The method of the present invention is described more fully with reference to system shown in Figure 1.It will be based on mud by slurrying machine 1
The plasticity material and water for wanting ingredient are mixed to form slurries, and constantly export slurries.The slurries that slurrying machine 1 exports pass through first
Diversion trench 3 flows to the first container 2.After 2 full irrigation of the first container, slurries will hold from first together with the floating impurity in slurries
The top of device 2 overflows, and contaminant filter 5 is flowed to using the second diversion trench 6.It is isolated in slurries by contaminant filter 5
The floating impurities such as branch.After 2 full irrigation for the first time of the first container, as long as slurrying machine 1 exports slurries, the overflow with keeping
Process will be constantly occurring.It, can also be with scraping while slurries are gone out from 2 overflow of the first container as a kind of embodiment
Plate strikes off the floating impurity of slurry surface, quickly to remove floating impurity, reduces the load of contaminant filter 5.By miscellaneous
5 filtered slurries of mass filter flow into second container 7.Flow into second container 7 slurries be exactly to plasticity material progress slurrying this
Procedure wants slurry obtained.
While constantly overflow occurs for the first container 2, solid material conveyer 8 is taken out of from the bottom of the first container 2 to be located at
The precipitated impurities such as the rubble of slurries lower layer, and precipitated impurities is driven to climb upwards.Since solid material conveyer 8 can only conveying solid substance
Material, it is very low without conveying effect or transfer efficiency for the slurries with certain fluidity, therefore, in 8 band of solid material conveyer
During dynamic precipitated impurities are climbed upwards, the incidental slurries of precipitated impurities will be conveyed along solid material under the effect of gravity
The upper uphill slope section of machine 8 is back to downwards the first container 2, then, the incidental slurry of precipitated impurities exported from solid material conveyer 8
Liquid is less, these are with the recyclable poor material as ceramic raw material of rubble precipitated impurities as main component.
It proceeds as described above, the precipitated impurities exported from solid material conveyer 8 drop into multistage filter 10.Precipitated impurities
After the filtering of multistage filter 10, it is divided into the different rank of grain size thickness.The precipitated impurities of most coarse grain diameter fall into rightmost
Third container 9 falls into second third container 9 on the right by the slightly thin precipitated impurities of any of first order filtering, according to this class
It pushes away, the precipitated impurities of most fine grain fall into leftmost third container 9.In this manner it is possible to easily four thirds be utilized to hold
Device 9 distinguishes the different precipitated impurities of collection cut size thickness, that is, the different rubble of collection cut size thickness respectively, is more convenient for
The recycling of rubble.For example, for the thicker rubble of grain size, it can be sent to crusher, it can be with for the smaller rubble of grain size
It is sent to ball mill.
If necessary to carry out finer sorting to precipitated impurities, the multistage filter 10 and more of more series may be used
More third container 9, conversely, the multistage filter 10 of less series and less third container 9 then may be used.
Falling into the precipitated impurities of third container 9 still can adhere to a small amount of slurries.These slurries are through the strainer in third container 9
After 11 filterings, then through conveying pipeline 12 it flow to second container 7.The rubble separated not only can be made less to adhere to slurry
Liquid, the recycling for rubble of being more convenient for, and slurries can be more fully recycled, it avoids wasting.
As preferred forms, it is equipped with paddle 13 in the first container 2, is stirred in the first container 2 by paddle 13
Slurries, with this so that the floating impurity in slurries is easier to float to the upper layer of slurries.Paddle 13 can be driven by motor to be revolved
Turn.Further, it also is provided with paddle 14 in second container 7, the slurries in second container 7 are stirred by paddle 14.Stirring
Leaf 14 divides upper layer and lower layer, the paddle of bottom to play the role of scraper plate again while agitating, can scrape the block of precipitation
The bottom of solid material conveyer 8, the paddle on upper layer are to prevent relatively fine particulate material from precipitating to reinforce mixing effect.
A kind of embodiment of simplification as the present invention can save the multistage filter 10, only with a third
Container 9 loads the precipitated impurities sent out from solid material conveyer 8.More simplifiedly, it might even be possible to save third container 9, directly use
Conveyer belt accepts the precipitated impurities sent out from solid material conveyer 8, and precipitated impurities are sent to the other processes of Production of Ceramics.
Several embodiments of the invention above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
It cannot therefore be construed as limiting the scope of the patent.For those of ordinary skill in the art, this is not being departed from
Under the premise of inventive concept, various modifications and improvements can be made, these are all within the scope of protection of the present invention.The present invention is special
The protection domain of profit should be determined by the appended claims.
Claims (10)
1. the method that the material containing mud in pair ceramic raw material is purified will contain mud material and chemical conversion slurries are mixed with water,
It is characterized in：The slurries of chemical conversion are poured into the first container, make slurries together with the impurity in slurries from the top overflow of the first container
Out, the slurries overflowed being filtered, isolates the impurity in slurries, filtered slurries are stored in second container, from
The bottom of the first container takes the precipitated impurities positioned at slurries lower layer out of, and the precipitated impurities taken out of is enabled to pass through the process climbed upwards,
During precipitated impurities are climbed upwards, enable the incidental slurry reflux of precipitated impurities to the first container.
2. the method that the material containing mud in ceramic raw material is purified as described in claim 1, it is characterized in that：Utilize solid
Material conveyer takes the precipitated impurities positioned at slurries lower layer out of from the bottom of the first container, utilizes the rising of solid material conveyer
Slope section is so that the precipitated impurities taken out of to precipitate miscellaneous by the process climbed upwards using the upper uphill slope section of solid material conveyer
The incidental slurries of matter are back to downwards the first container along uphill slope section on this.
3. the method that the material containing mud in ceramic raw material is purified as described in claim 1, it is characterized in that：Will pass through to
On the climb precipitated impurities of process be put into third container, third container is equipped with strainer, and going out to fall into third using the strainer filtering holds
The incidental slurries of precipitated impurities in device, enable the slurries filtered out flow to the second container.
4. the method that the material containing mud in ceramic raw material is purified as claimed in claim 3, it is characterized in that：It will be described heavy
Shallow lake impurity is put into before the third container, and multistage filtering, previous stage mistake are carried out to the precipitated impurities by process of climbing upwards
The filtering object that the screenings of filter is filtered as rear stage, the third container be equipped with it is multiple, per by-pass filtration oversize with
And the screenings of afterbody filtering is respectively fallen in the different third containers.
5. the method that the material containing mud in ceramic raw material is purified as described in claim 1, it is characterized in that：Described in agitation
Slurries in the first container so that the impurity in slurries is easier to float to the upper layer of slurries.
6. the system that the material containing mud in pair ceramic raw material is purified, including mud material will be contained, chemical conversion slurries are mixed with water
Slurrying machine, it is characterized in that：It is equipped with the first container in the slurries delivery outlet of slurrying machine, is loaded from slurrying machine and is exported by the first container
Slurries, the first container is equipped with overflow port, and the impurity in slurries and slurries can pass through top overflow of the overflow port from the first container
Out；It is equipped with contaminant filter on the side of the first container, the slurries overflowed from the first container are accepted by contaminant filter
And isolate the impurity in slurries；It is equipped with second container in the delivery outlet of contaminant filter, is loaded by second container and passes through impurity
The slurries of filter filtering；The bottom of the first container is connected with solid material conveyer, the input port of solid material conveyer and first
The bottom of container is connected to, and the precipitated impurities positioned at slurries lower layer, solid are taken out of from the bottom of the first container by solid material conveyer
Material conveyer has the upper uphill slope section for driving precipitated impurities to climb upwards.
7. the system that the material containing mud in ceramic raw material is purified as claimed in claim 6, it is characterized in that：The solid
Material conveyer is drag conveyor or screw conveyor.
8. the system that the material containing mud in ceramic raw material is purified as claimed in claim 6, it is characterized in that：Described solid
The lower section of the delivery outlet of body material conveyer is equipped with third container, and it is miscellaneous to load the precipitation exported from solid material conveyer by third container
Matter is connected with conveying pipeline between third container and the second container, strainer is equipped in third container, by the strainer filtering
Go out the incidental slurries of precipitated impurities in third container, the slurries filtered out can flow to the second container through conveying pipeline.
9. the system that the material containing mud in ceramic raw material is purified as claimed in claim 8, it is characterized in that：Described solid
Multistage filter is equipped between the delivery outlet of body material conveyer and the third container, it is defeated to the solid material by multistage filter
The precipitated impurities that machine exports are sent to be filtered, in multistage filter, the screenings of previous stage filtering is filtered as rear stage
Filtering object, the third container are equipped with the screenings difference of oversize and afterbody filtering multiple, per by-pass filtration
It is loaded by the different third containers.
10. the system that the material containing mud in ceramic raw material is purified as claimed in claim 6, it is characterized in that：Described
It is equipped with upper and lower two layers of paddle in the first container, the slurries in the first container are stirred by paddle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810274501.7A CN108607269A (en) | 2018-03-29 | 2018-03-29 | The method and system that material containing mud in ceramic raw material is purified |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810274501.7A CN108607269A (en) | 2018-03-29 | 2018-03-29 | The method and system that material containing mud in ceramic raw material is purified |
Publications (1)
| Publication Number | Publication Date |
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| CN108607269A true CN108607269A (en) | 2018-10-02 |
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ID=63659335
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810274501.7A Pending CN108607269A (en) | 2018-03-29 | 2018-03-29 | The method and system that material containing mud in ceramic raw material is purified |
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| CN207126242U (en) * | 2017-08-16 | 2018-03-23 | 福州澳星同方净水业有限公司 | Girt-water separation device in sewage disposal system |
| CN208436507U (en) * | 2018-03-29 | 2019-01-29 | 广东一鼎科技有限公司 | The system that material containing mud in ceramic raw material is purified |
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- 2018-03-29 CN CN201810274501.7A patent/CN108607269A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB435852A (en) * | 1933-12-22 | 1935-09-30 | Lucien Linden | Improved process of and apparatus for treating residuary waters, sewage sludge and the like |
| CN1118279A (en) * | 1994-06-15 | 1996-03-13 | 太阳动力学有限公司 | An apparatus and method for purifying water |
| CN1731935A (en) * | 2002-11-22 | 2006-02-08 | Mcn生物制品公司 | Filtration of vegetable slurries |
| CN204485489U (en) * | 2015-03-31 | 2015-07-22 | 四川蓥峰实业有限公司 | A kind of phosphoric acid punch plate water apparatus system |
| CN107008046A (en) * | 2017-04-26 | 2017-08-04 | 刘海明 | A kind of sewage multistage filtering processor |
| CN207126242U (en) * | 2017-08-16 | 2018-03-23 | 福州澳星同方净水业有限公司 | Girt-water separation device in sewage disposal system |
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