CN209123937U - The absorption reuse means of active carbon in a kind of production process - Google Patents
The absorption reuse means of active carbon in a kind of production process Download PDFInfo
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- CN209123937U CN209123937U CN201821835012.6U CN201821835012U CN209123937U CN 209123937 U CN209123937 U CN 209123937U CN 201821835012 U CN201821835012 U CN 201821835012U CN 209123937 U CN209123937 U CN 209123937U
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- kettle
- active carbon
- reaction solution
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- rose box
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Abstract
The utility model relates to a kind of reuse means of absorption active carbon in production process, it includes device noumenon, reaction kettle, reaction solution collects kettle and active carbon Rose Box, overhead gage is provided in device noumenon, middle baffle and lower baffle plate, reaction kettle is provided on overhead gage, it is connect at reaction kettle upper opening with device noumenon, reaction kettle top is provided with case lid, it is provided with reaction on middle baffle and collects kettle and active carbon Rose Box, active carbon Rose Box is arranged immediately below reaction kettle, washing kettle is provided on lower baffle plate, washing kettle is arranged below active carbon Rose Box, device noumenon bottom is provided with centrifuge, centrifuge two sides are provided with reaction solution storage box and dangerous waste collecting box, the setting of reaction solution storage box is collected below kettle in reaction solution, dangerous waste collecting box is arranged in the centrifuge other side, reaction solution storage box is also connected with pressure pump, dangerous waste Conveyer belt is provided with below collecting box;The utility model has the advantages that adsorption efficiency is high, environmental pollution is small, using simple.
Description
Technical field
The utility model relates to active carbon adsorption technology fields, and in particular to absorption active carbon in a kind of production process
Reuse means.
Background technique
In process of production, the intermediate sodium salt solution of production has 90 kilograms to indole-2-carboxylic acid, it is desirable that with 1.5 kilograms of work
Property charcoal be adsorbed and removed impurity, after sodium salt solution is filtered by active carbon suction filtration tank, clear liquid is extracted into collect kettle stand-by, active carbon at
For dangerous waste.In the process, active carbon has not only adsorbed solid impurity, has also adsorbed a large amount of sodium salt solution, and there are about 4 kilograms of sodium
Salting liquid becomes dangerous waste with active carbon, causes heavy losses and the environmental pollution of material;Therefore it provides a kind of adsorption efficiency
Height, environmental pollution is small, is necessary using the reuse means of absorption active carbon in simple production process.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, and provide that a kind of adsorption efficiency is high, environment is dirty
Contaminate reuse means small, using absorption active carbon in simple production process.
Purpose of the utility model is realized as follows: the absorption reuse means of active carbon in a kind of production process,
It includes that device noumenon, reaction kettle, reaction solution collect kettle and active carbon Rose Box, be provided in described device ontology overhead gage,
Middle baffle and lower baffle plate are provided with reaction kettle on the overhead gage, connect at the reaction kettle upper opening with device noumenon, instead
It answers kettle top to be provided with case lid, reaction is provided on the middle baffle and collects kettle and active carbon Rose Box, the active carbon filtering
Case is arranged immediately below reaction kettle, and washing kettle is provided on the lower baffle plate, and the washing kettle is arranged under active carbon Rose Box
Side, described device body bottom portion are provided with centrifuge, and the centrifuge two sides are provided with reaction solution storage box and dangerous waste collecting box,
Reaction solution storage box setting is collected below kettle in reaction solution, and the dangerous waste collecting box setting is described in the centrifuge other side
Reaction solution storage box is also connected with pressure pump, controller is provided on described device ontology, the controller is for controlling pressure
The work of pump, the dangerous waste collecting box lower section are provided with conveyer belt.
Reaction kettle is connected with active carbon Rose Box by pipeline, is connected with reaction solution by pipeline on the left of the active carbon and is received
Collect kettle, the active carbon downside is connected with washing kettle by pipeline, and the washing kettle lower section connects centrifuge by pipeline, described
Reaction solution is collected kettle lower part and is connect by pipeline with reaction solution storage box, is provided with check valve on every segment pipe.
The side that reaction solution collects kettle approaching device ontology is provided with liquid outlet, and the liquid outlet passes through device noumenon, institute
It states and is provided with valve on liquid outlet.
Washing kettle top is provided with water filling port, and described water filling port one end is arranged on the outside of device noumenon.
The utility model has the beneficial effects that the utility model increases a washing kettle and centrifuge, by active carbon mistake
The dangerous waste active carbon of filter box puts into washing kettle again, clear water agitator treating is added by water filling port, the liquid after washing is passing through
Centrifuge is separated by solid-liquid separation, and further separates dangerous waste active carbon and reaction solution, and dangerous waste active carbon is arranged out of dangerous waste collecting box
Out, dangerous waste active carbon is discharged communicated band, and the reaction solution storage box of the other side is used to collect the reaction solution after centrifugation, using
Reaction solution is transported to reaction solution and collected in kettle by pressure pump, completes filtering.What is adsorbed in the process due to active carbon is that solid is miscellaneous
Matter will not be molten in washing water in washing, and after such improvement, it is molten can to recycle a large amount of useful sodium salts again
Liquid reduces pollution and economic loss;The utility model is high with a kind of adsorption efficiency, environmental pollution is small, using simple excellent
Point.
Detailed description of the invention
Fig. 1 is the reuse means structural schematic diagram of absorption active carbon in a kind of production process of the utility model.
Fig. 2 is the reuse means prior art construction signal of absorption active carbon in a kind of production process of the utility model
Figure.
1, device noumenon 2, reaction kettle 3, active carbon Rose Box 4, washing kettle 5, centrifuge 6, reaction in figure
Liquid storage box 7, dangerous waste collecting box 8, reaction solution collect kettle 9, pressure pump 10, middle baffle 11, lower baffle plate 12, on
Baffle 13, liquid outlet 14, valve 15, check valve 16, water filling port 17, conveyer belt 18, case lid 19, controller
20, dangerous waste exports 21, pipeline.
Specific embodiment
The utility model is described further with reference to the accompanying drawing.
Embodiment 1
As shown in Figure 1, the absorption reuse means of active carbon in a kind of production process, it includes device noumenon 1, reaction
Kettle 2, reaction solution collect kettle 8 and active carbon Rose Box 3, are provided with overhead gage 12, middle baffle 10 and lower block in described device ontology 1
Plate 11 is provided with reaction kettle 2 on the overhead gage 12, connect at 2 upper opening of reaction kettle with device noumenon 1, reaction kettle 2
Top is provided with case lid 18, and reaction solution is provided on the middle baffle 10 and collects kettle 8 and active carbon Rose Box 3, the active carbon
The setting of Rose Box 3 is provided with washing kettle 4 immediately below reaction kettle 2 on the lower baffle plate 11, the washing kettle 4 is arranged in activity
3 lower section of charcoal Rose Box, 1 bottom of described device ontology are provided with centrifuge 5, and 5 two sides of centrifuge are provided with reaction solution storage
Case 6 and dangerous waste collecting box 7, the setting of reaction solution storage box 6 are collected below kettle 8 in reaction solution, and the dangerous waste collecting box 7 is arranged
In 5 other side of centrifuge, the reaction solution storage box 6 is also connected with pressure pump 9, is provided with controller on described device ontology 1
19, the controller 19 is used to control the work of pressure pump 9, is provided with conveyer belt 17 below the dangerous waste collecting box 7.
It is constituted as shown in Fig. 2, existing device generally has reaction solution to collect kettle 8, reaction kettle 2 and active carbon Rose Box 3, by
Sodium salt solution is added in reaction kettle 2, after filtering directly discards active carbon, so that the sodium salt solution adhered on the activated carbon be made to obtain
To waste, and pollute environment.
The utility model increases a washing kettle 4 and centrifuge 5, by the dangerous waste active carbon weight of active carbon Rose Box 3
Washing kettle 4 newly is put into, clear water agitator treating is added by water filling port 16, the liquid after washing is carrying out solid-liquid through centrifuge 5
Separation further separates dangerous waste active carbon and reaction solution, and dangerous waste active carbon is discharged out of dangerous waste collecting box 7, communicated band 17
Dangerous waste active carbon is discharged, the reaction solution storage box 6 of the other side is used to collect the reaction solution after centrifugation, will using pressure pump 9
Reaction solution is transported to reaction solution and collects in kettle 8, completes filtering.What is adsorbed in the process due to active carbon is solid impurity, is being washed
, will not be molten in washing water when washing, after such improvement, a large amount of useful sodium salt solutions can be recycled again, are reduced
Pollution and economic loss;The utility model has the advantages that a kind of adsorption efficiency is high, environmental pollution is small, using simple.
Embodiment 2
Such as Fig. 1 and 2 and shown, the absorption reuse means of active carbon in a kind of production process, it includes device noumenon
1, reaction kettle 2, reaction solution collect kettle 8 and active carbon Rose Box 3, are provided with overhead gage 12, middle baffle 10 in described device ontology 1
With lower baffle plate 11, reaction kettle 2 is provided on the overhead gage 12, is connect at 2 upper opening of reaction kettle with device noumenon 1,
2 top of reaction kettle is provided with case lid 18, and reaction solution is provided on the middle baffle 10 and collects kettle 8 and active carbon Rose Box 3, described
The setting of active carbon Rose Box 3 is provided with washing kettle 4 immediately below reaction kettle 2 on the lower baffle plate 11, the washing kettle 4 is arranged
Below active carbon Rose Box 3,1 bottom of described device ontology is provided with centrifuge 5, and 5 two sides of centrifuge are provided with reaction
Liquid storage box 6 and dangerous waste collecting box 7, the setting of reaction solution storage box 6 are collected below kettle 8 in reaction solution, and the dangerous waste is collected
Case 7 is arranged in 5 other side of centrifuge, and the reaction solution storage box 6 is also connected with pressure pump 9, is provided on described device ontology 1
Controller 19, the controller 19 are used to control the work of pressure pump 9, are provided with conveyer belt 17 below the dangerous waste collecting box 7.
Reaction kettle 2 and active carbon Rose Box 3 are connected by pipeline 21, pass through pipeline 21 on the left of the active carbon Rose Box 3
It is connected with reaction solution and collects kettle 8, pass through pipeline 21 on the downside of the active carbon Rose Box 3 and be connected with washing kettle 4, the washing kettle 4
Lower section connects centrifuge 51 by pipeline 21, and the reaction solution is collected 8 lower part of kettle and connected by pipeline 21 and reaction solution storage box 6
It connects, is provided with check valve 15 on every segment pipe 21.
The side that reaction solution collects 8 approaching device ontology 1 of kettle is provided with liquid outlet 13, and the liquid outlet 13 passes through device sheet
Body 1 is provided with valve 14 on the liquid outlet 13.
4 top of washing kettle is provided with water filling port 16, and 16 one end of water filling port setting is in 1 outside of device noumenon.
The utility model increases a washing kettle 4 and centrifuge 5, by the dangerous waste active carbon weight of active carbon Rose Box 3
Washing kettle 4 newly is put into, clear water agitator treating is added by water filling port 16, the liquid after washing is carrying out solid-liquid through centrifuge 5
Separation further separates dangerous waste active carbon and reaction solution, and dangerous waste active carbon is discharged out of dangerous waste collecting box 7, communicated band 17
Dangerous waste active carbon is discharged, the reaction solution storage box 6 of the other side is used to collect the reaction solution after centrifugation, will using pressure pump 9
Reaction solution is transported to reaction solution and collects in kettle 8, completes filtering.And due to the presence of check valve 15, reaction solution is not in back
Flow phenomenon.What is adsorbed in the process due to active carbon is solid impurity, will not be molten in washing water in washing, by this way
Improvement after, a large amount of useful sodium salt solutions can be recycled again, reduce pollution and economic loss;The utility model has
A kind of adsorption efficiency is high, environmental pollution is small, uses simple advantage.
Claims (4)
1. the absorption reuse means of active carbon in a kind of production process, it includes device noumenon, reaction kettle, reaction solution collection
Kettle and active carbon Rose Box, it is characterised in that: be provided with overhead gage, middle baffle and lower baffle plate in described device ontology, it is described on
It is provided with reaction kettle on baffle, is connect at the reaction kettle upper opening with device noumenon, reaction kettle top is provided with case lid, institute
It states and is provided with reaction collection kettle and active carbon Rose Box on baffle, the active carbon Rose Box is arranged immediately below reaction kettle,
Washing kettle is provided on the lower baffle plate, the washing kettle is arranged below active carbon Rose Box, and described device body bottom portion is set
It is equipped with centrifuge, the centrifuge two sides are provided with reaction solution storage box and dangerous waste collecting box, the reaction solution storage box setting
It is collected below kettle in reaction solution, the dangerous waste collecting box is arranged in the centrifuge other side, and the reaction solution storage box is also connected with
Pressure pump is provided with controller on described device ontology, and the controller is used to control the work of pressure pump, and the dangerous waste is collected
Conveyer belt is provided with below case.
2. the absorption reuse means of active carbon in production process according to claim 1, it is characterised in that: described anti-
It answers kettle to connect with active carbon Rose Box by pipeline, reaction solution is connected with by pipeline on the left of the active carbon Rose Box and is collected
Kettle, the active carbon Rose Box downside are connected with washing kettle by pipeline, and the washing kettle lower section connects centrifuge by pipeline,
The reaction solution is collected kettle lower part and is connect by pipeline with reaction solution storage box, is provided with check valve on every segment pipe.
3. the absorption reuse means of active carbon in production process according to claim 1, it is characterised in that: described anti-
The side for answering liquid to collect kettle approaching device ontology is provided with liquid outlet, and the liquid outlet is in device noumenon, the liquid outlet
It is provided with valve.
4. the absorption reuse means of active carbon in production process according to claim 1, it is characterised in that: described to wash
It washs kettle top and is provided with water filling port, described water filling port one end is arranged on the outside of device noumenon.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN201821835012.6U CN209123937U (en) | 2018-11-08 | 2018-11-08 | The absorption reuse means of active carbon in a kind of production process |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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CN201821835012.6U CN209123937U (en) | 2018-11-08 | 2018-11-08 | The absorption reuse means of active carbon in a kind of production process |
Publications (1)
Publication Number | Publication Date |
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CN209123937U true CN209123937U (en) | 2019-07-19 |
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CN201821835012.6U Active CN209123937U (en) | 2018-11-08 | 2018-11-08 | The absorption reuse means of active carbon in a kind of production process |
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2018
- 2018-11-08 CN CN201821835012.6U patent/CN209123937U/en active Active
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