CN209714789U - The ammonium hydroxide configuration device of hydrobromic acid Tangut Anisodus Radix production line - Google Patents
The ammonium hydroxide configuration device of hydrobromic acid Tangut Anisodus Radix production line Download PDFInfo
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- CN209714789U CN209714789U CN201821846185.8U CN201821846185U CN209714789U CN 209714789 U CN209714789 U CN 209714789U CN 201821846185 U CN201821846185 U CN 201821846185U CN 209714789 U CN209714789 U CN 209714789U
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- ammonium hydroxide
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Abstract
The utility model discloses a kind of ammonium hydroxide configuration device of hydrobromic acid Tangut Anisodus Radix production line, including ammonia water tank, ammonium hydroxide Agitation Tank, ammonium hydroxide temporary storage tank；The ammonium hydroxide is kept in pot bottom and is separately connected at the top of ammonium hydroxide Agitation Tank and at the top of ammonium hydroxide temporary storage tank by the first transfer pipeline；Ammonium hydroxide Agitation Tank bottom is separately connected at the top of ammonia water tank and at the top of ammonium hydroxide Agitation Tank by the second transfer pipeline；The ammonium hydroxide pot bottom connects third transfer pipeline；The ammonia water tank, ammonium hydroxide Agitation Tank, ammonium hydroxide temporary storage tank top are all connected with tap water inlet pipe line and tail gas recycle pipeline；The ammonia water tank, ammonium hydroxide Agitation Tank, ammonium hydroxide keep in pot bottom and are all connected with blowdown pipeline.The utility model can adjust ammonium hydroxide inlet according to inlet amount, provide certain amount of redundancy, be automatically performed the formulation operations of ammonium hydroxide.
Description
Technical field
The utility model relates to the configurations of the ammonium hydroxide of leechdom production line apparatus field more particularly to hydrobromic acid Tangut Anisodus Radix production line
Device.
Background technique
In hydrobromic acid Tangut Anisodus Radix production line, it usually needs pre-processed using ammonium hydroxide to raw material, needed in pretreatment
It to use feed liquid w/v 1:0.5 to infiltrate raw material, need to stablize liquid inlet volume 250L/h, and in 30~500L/h
Between it is adjustable, controllable, and it also requires there is certain amount of redundancy solution of emergent event.
Utility model content
The utility model is intended to provide the ammonium hydroxide configuration device of hydrobromic acid Tangut Anisodus Radix production line, can be adjusted according to inlet amount
Ammonium hydroxide inlet provides certain amount of redundancy, is automatically performed the formulation operations of ammonium hydroxide.
In order to achieve the above objectives, the utility model adopts the following technical solutions realization:
The utility model discloses the ammonium hydroxide configuration device of hydrobromic acid Tangut Anisodus Radix production line, including ammonia water tank, ammonium hydroxide Agitation Tank,
Ammonium hydroxide temporary storage tank；The temporary pot bottom of the ammonium hydroxide is separately connected at the top of ammonium hydroxide Agitation Tank by the first transfer pipeline and ammonium hydroxide is temporary
Tank top；Ammonium hydroxide Agitation Tank bottom is separately connected at the top of ammonia water tank and at the top of ammonium hydroxide Agitation Tank by the second transfer pipeline；
The ammonium hydroxide pot bottom connects third transfer pipeline；The ammonia water tank, ammonium hydroxide Agitation Tank, ammonium hydroxide temporary storage tank top are all connected with originally
Water back with water inlet line and tail gas recycle pipeline；The ammonia water tank, ammonium hydroxide Agitation Tank, ammonium hydroxide keep in pot bottom and are all connected with blowdown pipeline.
Preferably, first transfer pipeline includes first entrance pipe, first outlet pipe, second outlet pipe, and described first
Inlet tube connects the ammonium hydroxide and keeps in pot bottom, and the first ammonium hydroxide delivery pump is arranged in the first entrance pipe, and first ammonium hydroxide is defeated
Pump upstream and downstream is sent to be respectively provided with shut-off valve, the first outlet pipe outlet connects at the top of the ammonium hydroxide temporary storage tank, and described first
Shut-off valve is arranged in outlet, and the second outlet pipe outlet connects at the top of the ammonium hydroxide Agitation Tank, the second outlet pipe setting
Shut-off valve.
Preferably, second transfer pipeline includes second entrance pipe, third outlet, the 4th outlet, and described second
Entrance tube inlet connects ammonium hydroxide Agitation Tank bottom, and the second entrance pipe setting ammonium hydroxide matches liquid pump, the third outlet
Outlet connects at the top of the ammonium hydroxide Agitation Tank, and the third outlet sets gradually shut-off valve along flow direction and manually adjusts
Valve, the 4th outlet outlet connect at the top of the ammonia water tank, and the 4th outlet sets gradually cut-off along flow direction
Valve and manual modulation valve.
Preferably, the third transfer pipeline includes third inlet tube, the 5th outlet, and the third entrance tube inlet connects
The ammonium hydroxide pot bottom is connect, the second ammonium hydroxide delivery pump is arranged in the third inlet tube, and second ammonium hydroxide delivery pump upstream is under
Trip is respectively provided with shut-off valve.
Preferably, there are two the ammonium hydroxide temporary storage tank is total to, setting manhole and manhole cover, described at the top of the ammonium hydroxide temporary storage tank
Ammonium hydroxide keeps in pot sidewall and ladder is arranged, and mechanical liquid level meter is arranged in the ammonium hydroxide temporary storage tank, and the ammonium hydroxide keeps in pot bottom setting
Shut-off valve is arranged in first outlet pipeline, the first outlet end of line, and the first outlet end of line connects blowdown pipeline,
It is connected in the middle part of the first outlet pipeline with first transfer pipeline perforation.
Preferably, the ammonium hydroxide Agitation Tank shares one, and setting manhole and manhole cover at the top of the ammonium hydroxide Agitation Tank are described
Ladder is arranged in ammonium hydroxide Agitation Tank side wall, and second outlet pipeline, the second outlet pipeline end is arranged in ammonium hydroxide Agitation Tank bottom
End setting shut-off valve, the second outlet end of line connect blowdown pipeline, the second outlet pipeline middle part and described second
Observation window is arranged in transfer pipeline perforation connection, the ammonium hydroxide Agitation Tank side wall.
Preferably, the ammonia water tank shares one, and manhole and manhole cover, the ammonia water tank side is arranged at the top of the ammonia water tank
Ladder is arranged in wall, and third outlet line is arranged in the ammonium hydroxide pot bottom, and shut-off valve is arranged in third outlet line end, described
Third outlet line end connects blowdown pipeline, connects in the middle part of the third outlet line with third transfer pipeline perforation,
Observation window is arranged in the ammonium hydroxide pot sidewall.
It preferably, further include timer, the first electronic liquid level sensor is arranged in the ammonium hydroxide temporary storage tank, and the ammonium hydroxide matches liquid
The second electronic liquid level sensor is arranged in tank, and solenoid valve is arranged in tap water inlet pipe line at the top of the ammonium hydroxide Agitation Tank, described
First electronic liquid level sensor, the second electronic liquid level sensor and timer match liquid pump, the first ammonia with solenoid valve, ammonium hydroxide
The connection of water delivery pump electric signal.
Preferably, the ammonia water tank is arranged third electronic liquid level sensor, second ammonium hydroxide delivery pump with cut downstream
Only pipeline is arranged ultrasonic flowmeter between valve, the third electronic liquid level sensor and ultrasonic flowmeter with the second ammonium hydroxide
The connection of delivery pump electric signal.
Preferably, first ammonium hydroxide delivery pump and downstream the pipeline perforation connection sampling line between shut-off valve, institute
State sampling line end setting shut-off valve.
Preferably, the ammonium hydroxide tank volume is 3000L.
Preferably, the ammonium hydroxide Agitation Tank volume is 3000L.
Preferably, it is 6000L that the ammonium hydroxide, which keeps in tank volume,.
The utility model has the beneficial effects that
1, the utility model can adjust ammonium hydroxide inlet according to inlet amount.
2, the utility model can be automatically performed the formulation operations of ammonium hydroxide.
3, the utility model, which is capable of providing amount of redundancy, ensures the quality of production.
Detailed description of the invention
Fig. 1 is the schematic diagram of the utility model.
In figure: 1- ammonia water tank, 101- third outlet line, the first electronic liquid level sensor of 102-, 2- ammonium hydroxide Agitation Tank,
201- second outlet pipeline, the second electronic liquid level sensor of 202-, 203- solenoid valve, 3- ammonium hydroxide temporary storage tank, 301- are mechanical
Formula liquidometer, 302- first outlet pipeline, 303- third electronic liquid level sensor, 401- first entrance pipe, 402- first outlet
Pipe, the outlet of 403- second outlet pipe, the first ammonium hydroxide delivery pump of 404-, 405- sampling line, 501- second entrance pipe, 502- third
Pipe, the 4th outlet of 503-, 504- ammonium hydroxide with liquid pump, 505- manual modulation valve, 506- timer, 601- third inlet tube,
The 5th outlet of 602-, the second ammonium hydroxide delivery pump of 603-, 604- ultrasonic flowmeter, 7- tail gas recycle pipeline, 8- tap water into
Water pipeline, 9- blowdown pipeline.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing, to this reality
It is further elaborated with novel.
As shown in Figure 1, the utility model includes ammonia water tank 1, ammonium hydroxide Agitation Tank 2, ammonium hydroxide temporary storage tank 3；The ammonium hydroxide is temporary
3 bottom of tank is separately connected 3 top of 2 top of ammonium hydroxide Agitation Tank and ammonium hydroxide temporary storage tank by the first transfer pipeline；The ammonium hydroxide matches liquid
2 bottom of tank is separately connected 2 top of 1 top of ammonia water tank and ammonium hydroxide Agitation Tank by the second transfer pipeline；1 bottom of ammonia water tank connects
Connect third transfer pipeline；The ammonia water tank 1, ammonium hydroxide Agitation Tank 2 are all connected with 8 and of tap water inlet pipe line at the top of ammonium hydroxide temporary storage tank 3
Tail gas recycle pipeline 7；The ammonia water tank 1, ammonium hydroxide Agitation Tank 2,3 bottom of ammonium hydroxide temporary storage tank are all connected with blowdown pipeline 9.
Preferably, first transfer pipeline includes first entrance pipe 401, first outlet pipe 402, second outlet pipe 403,
The first entrance pipe 401 connects 3 bottom of ammonium hydroxide temporary storage tank, and the first ammonium hydroxide delivery pump is arranged in the first entrance pipe 401
404,404 upstream and downstream of the first ammonium hydroxide delivery pump is respectively provided with shut-off valve, and the first outlet pipe 402 exports described in connection
Shut-off valve is arranged in 3 top of ammonium hydroxide temporary storage tank, the first outlet pipe 402, and the outlet of second outlet pipe 403 connects the ammonium hydroxide
Shut-off valve is arranged in 2 top of Agitation Tank, the second outlet pipe 403.
Preferably, second transfer pipeline includes second entrance pipe 501, third outlet 502, the 4th outlet 503,
501 entrance of second entrance pipe connects 2 bottom of ammonium hydroxide Agitation Tank, and the second entrance pipe 501 is arranged ammonium hydroxide and matches liquid pump
504, the third outlet 502 outlet connects 2 top of ammonium hydroxide Agitation Tank, and the third outlet 502 is along flow direction
Setting gradually shut-off valve and manual modulation valve 505, the 4th outlet 503 outlet connects 1 top of ammonia water tank, and described the
Four outlets 503 set gradually shut-off valve and manual modulation valve 505 along flow direction.
Preferably, the third transfer pipeline includes third inlet tube 601, the 5th outlet 602, the third inlet tube
601 entrances connect 1 bottom of ammonia water tank, and the second ammonium hydroxide delivery pump 603, second ammonia is arranged in the third inlet tube 601
603 upstream and downstream of water delivery pump is respectively provided with shut-off valve.
Preferably, there are two the ammonium hydroxide temporary storage tank 3 is total to, manhole and manhole cover, institute are set at the top of the ammonium hydroxide temporary storage tank 3
3 side wall of ammonium hydroxide temporary storage tank setting ladder is stated, mechanical liquid level meter 301, the ammonium hydroxide temporary storage tank 3 is arranged in the ammonium hydroxide temporary storage tank 3
First outlet pipeline 302 is arranged in bottom, and shut-off valve, the first outlet pipeline 302 is arranged in 302 end of first outlet pipeline
End connects blowdown pipeline 9, and 302 middle part of first outlet pipeline is connected with first transfer pipeline perforation.
Preferably, the ammonium hydroxide Agitation Tank 2 shares one, and manhole and manhole cover, institute is arranged at the top of the ammonium hydroxide Agitation Tank 2
2 side wall of ammonium hydroxide Agitation Tank setting ladder is stated, second outlet pipeline 201, the second outlet is arranged in 2 bottom of ammonium hydroxide Agitation Tank
Shut-off valve is arranged in 201 end of pipeline, and 201 end of second outlet pipeline connects blowdown pipeline 9, the second outlet pipeline
201 middle parts are connected with second transfer pipeline perforation, and observation window is arranged in 2 side wall of ammonium hydroxide Agitation Tank.
Preferably, the ammonia water tank 1 shares one, and manhole and manhole cover, the ammonia water tank is arranged at the top of the ammonia water tank 1
Ladder is arranged in 1 side wall, and third outlet line 101 is arranged in 1 bottom of ammonia water tank, and 502 line of third outlet, 101 end is set
Set shut-off valve, 101 end of third outlet line connects blowdown pipeline 9,101 middle part of third outlet line and described the
Observation window is arranged in the perforation connection of three transfer pipelines, 1 side wall of ammonia water tank.
It preferably, further include timer 506, the first electronic liquid level sensor 102 is arranged in the ammonium hydroxide temporary storage tank 3, described
The second electronic liquid level sensor 202 is arranged in ammonium hydroxide Agitation Tank 2, and electricity is arranged in the 2 top tap water inlet pipe line 8 of ammonium hydroxide Agitation Tank
Magnetically condition valve 203, first electronic liquid level sensor 102, the second electronic liquid level sensor 202 and timer 506 with electricity
Magnetically condition valve 203, ammonium hydroxide are connected with liquid pump 504,404 electric signal of the first ammonium hydroxide delivery pump.
Preferably, the ammonia water tank 1 is arranged third electronic liquid level sensor 303, second ammonium hydroxide delivery pump 603 with
Ultrasonic flowmeter 604, the third electronic liquid level sensor 303 and supersonic flow is arranged in pipeline between shut-off valve downstream
Meter 604 is connect with 603 electric signal of the second ammonium hydroxide delivery pump.
Preferably, first ammonium hydroxide delivery pump 404 and downstream the pipeline perforation connection sampling line between shut-off valve
405, shut-off valve is arranged in 405 end of sampling line.
In actual use, ammonium hydroxide Agitation Tank 2 controls ammonium hydroxide by the second electronic liquid level sensor 202 and timer 506 and matches
Liquid pump 504 operates, and is automatically performed the preparation work of ammonium hydroxide, and configured ammonium hydroxide is sent into ammonia water tank 1 with liquid pump 504 by ammonium hydroxide
In, it is then injected in production line by the second ammonium hydroxide delivery pump 603, injection flow feeds back to the by ultrasonic flowmeter 604
Two ammonium hydroxide delivery pumps 603 and then control.
Certainly, the utility model can also have other various embodiments, without departing substantially from the spirit of the present invention and its essence
In the case of, those skilled in the art can make various corresponding changes and modifications, but these phases according to the utility model
The change and modification answered all should belong to the protection scope of the utility model the attached claims.
Claims (10)
1. the ammonium hydroxide configuration device of hydrobromic acid Tangut Anisodus Radix production line, it is characterised in that: including ammonia water tank, ammonium hydroxide Agitation Tank, ammonium hydroxide
Temporary storage tank；
The ammonium hydroxide is kept in pot bottom and is separately connected at the top of ammonium hydroxide Agitation Tank and at the top of ammonium hydroxide temporary storage tank by the first transfer pipeline；
Ammonium hydroxide Agitation Tank bottom is separately connected at the top of ammonia water tank and at the top of ammonium hydroxide Agitation Tank by the second transfer pipeline；
The ammonium hydroxide pot bottom connects third transfer pipeline；
The ammonia water tank, ammonium hydroxide Agitation Tank, ammonium hydroxide temporary storage tank top are all connected with tap water inlet pipe line and tail gas recycle pipeline；
The ammonia water tank, ammonium hydroxide Agitation Tank, ammonium hydroxide keep in pot bottom and are all connected with blowdown pipeline.
2. the ammonium hydroxide configuration device of hydrobromic acid Tangut Anisodus Radix production line according to claim 1, it is characterised in that: described first
Transfer pipeline includes first entrance pipe, first outlet pipe, second outlet pipe, and the first entrance pipe connects the ammonium hydroxide temporary storage tank
The first ammonium hydroxide delivery pump is arranged in bottom, the first entrance pipe, and the first ammonium hydroxide delivery pump upstream and downstream is respectively provided with cut-off
Valve, the first outlet pipe outlet connect at the top of the ammonium hydroxide temporary storage tank, the first outlet pipe setting shut-off valve, and described second
Outlet outlet connects at the top of the ammonium hydroxide Agitation Tank, and shut-off valve is arranged in the second outlet pipe.
3. the ammonium hydroxide configuration device of hydrobromic acid Tangut Anisodus Radix production line according to claim 2, it is characterised in that: described second
Transfer pipeline includes second entrance pipe, third outlet, the 4th outlet, and the second entrance tube inlet connects the ammonium hydroxide and matches
Flow container bottom, the second entrance pipe setting ammonium hydroxide match liquid pump, the third outlet outlet connection ammonium hydroxide Agitation Tank top
Portion, the third outlet set gradually shut-off valve and manual modulation valve, the 4th outlet outlet connection along flow direction
At the top of the ammonia water tank, the 4th outlet sets gradually shut-off valve and manual modulation valve along flow direction.
4. the ammonium hydroxide configuration device of hydrobromic acid Tangut Anisodus Radix production line according to claim 3, it is characterised in that: the third
Transfer pipeline includes third inlet tube, the 5th outlet, and the third entrance tube inlet connects the ammonium hydroxide pot bottom, and described the
The second ammonium hydroxide delivery pump is arranged in three inlet tubes, and the second ammonium hydroxide delivery pump upstream and downstream is respectively provided with shut-off valve.
5. the ammonium hydroxide configuration device of hydrobromic acid Tangut Anisodus Radix production line according to claim 1, it is characterised in that: the ammonium hydroxide
There are two temporary storage tank is total, setting manhole and manhole cover at the top of the ammonium hydroxide temporary storage tank, the ammonium hydroxide keep in pot sidewall and ladder are arranged,
Mechanical liquid level meter is arranged in the ammonium hydroxide temporary storage tank, and the ammonium hydroxide keeps in pot bottom and first outlet pipeline is arranged, and described first goes out
Mouthful end of line is arranged shut-off valve, and the first outlet end of line connects blowdown pipeline, in the middle part of the first outlet pipeline with
The first transfer pipeline perforation connection.
6. the ammonium hydroxide configuration device of hydrobromic acid Tangut Anisodus Radix production line according to claim 1, it is characterised in that: the ammonium hydroxide
Agitation Tank shares one, and ladder is arranged in setting manhole and manhole cover at the top of the ammonium hydroxide Agitation Tank, the ammonium hydroxide Agitation Tank side wall,
Second outlet pipeline is arranged in ammonium hydroxide Agitation Tank bottom, and shut-off valve is arranged in the second outlet end of line, and described second goes out
Mouth end of line connects blowdown pipeline, the second outlet pipeline middle part and second transfer pipeline perforation connection, the ammonia
Observation window is arranged in water Agitation Tank side wall.
7. the ammonium hydroxide configuration device of hydrobromic acid Tangut Anisodus Radix production line according to claim 1, it is characterised in that: the ammonium hydroxide
Tank shares one, and ladder, the ammonia water tank bottom is arranged in setting manhole and manhole cover at the top of the ammonia water tank, the ammonium hydroxide pot sidewall
Third outlet line is arranged in portion, and shut-off valve, third outlet line end connection row is arranged in third outlet line end
Dirty pipeline, the third outlet line middle part are connected with third transfer pipeline perforation, and the ammonium hydroxide pot sidewall setting is observed
Window.
8. the ammonium hydroxide configuration device of hydrobromic acid Tangut Anisodus Radix production line according to claim 4, it is characterised in that: further include fixed
When device, the first electronic liquid level sensor is arranged in the ammonium hydroxide temporary storage tank, and the ammonium hydroxide Agitation Tank is arranged the second electronic level and senses
Solenoid valve, first electronic liquid level sensor, second is arranged in device, ammonium hydroxide Agitation Tank top tap water inlet pipe line
Electronic liquid level sensor and timer are connect with solenoid valve, ammonium hydroxide with liquid pump, the first ammonium hydroxide delivery pump electric signal.
9. the ammonium hydroxide configuration device of hydrobromic acid Tangut Anisodus Radix production line according to claim 4, it is characterised in that: the ammonium hydroxide
Third electronic liquid level sensor, second ammonium hydroxide delivery pump and downstream pipeline setting supersonic flow between shut-off valve is arranged in tank
Meter, the third electronic liquid level sensor and ultrasonic flowmeter are connect with the second ammonium hydroxide delivery pump electric signal.
10. the ammonium hydroxide configuration device of hydrobromic acid Tangut Anisodus Radix production line according to claim 2, it is characterised in that: described
Pipeline perforation connection sampling line between one ammonium hydroxide delivery pump and downstream shut-off valve, the sampling line end setting cut-off
Valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821846185.8U CN209714789U (en) | 2018-11-09 | 2018-11-09 | The ammonium hydroxide configuration device of hydrobromic acid Tangut Anisodus Radix production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821846185.8U CN209714789U (en) | 2018-11-09 | 2018-11-09 | The ammonium hydroxide configuration device of hydrobromic acid Tangut Anisodus Radix production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209714789U true CN209714789U (en) | 2019-12-03 |
Family
ID=68672629
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821846185.8U Active CN209714789U (en) | 2018-11-09 | 2018-11-09 | The ammonium hydroxide configuration device of hydrobromic acid Tangut Anisodus Radix production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209714789U (en) |
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2018
- 2018-11-09 CN CN201821846185.8U patent/CN209714789U/en active Active
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