CN208859316U - A kind of safety intelligent type liquid ammonia vaporization system - Google Patents
A kind of safety intelligent type liquid ammonia vaporization system Download PDFInfo
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- CN208859316U CN208859316U CN201821569961.4U CN201821569961U CN208859316U CN 208859316 U CN208859316 U CN 208859316U CN 201821569961 U CN201821569961 U CN 201821569961U CN 208859316 U CN208859316 U CN 208859316U
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Abstract
The utility model provides a kind of safety intelligent type liquid ammonia vaporization system, belong to liquid ammonia vaporization technical field, including unloading ammonia arm, unload ammonia compressor, first liquid ammonia storage tank, first liquid ammonia evaporator, second liquid ammonia storage tank, second liquid ammonia evaporator, tank switching mechanism, ammonia surge tank and controller, first liquid ammonia storage tank is identical with the second liquid ammonia storage tank structure, first liquid ammonia evaporator is identical with the second liquid ammonia evaporator structure, first liquid ammonia storage tank is connected with first liquid ammonia evaporator, second liquid ammonia storage tank is connected with second liquid ammonia evaporator.The utility model passes through the configuration of relevant device and the interlocking of instrument valve, personnel are made not need the operation that allied processes can be completed in device context and the observation of relevant parameter, it not only can significantly improve the safety and integrality of current system, and personnel can be eliminated to execute-in-place bring danger, the intelligence for realizing technique can also be remotely operated.
Description
Technical field
The utility model belongs to liquid ammonia vaporization technical field, and in particular to a kind of safety intelligent type liquid ammonia vaporization system.
Background technique
Ammonia is one of the inorganic compound that yield is most in the world, is widely used in as a kind of important industrial chemicals
The multiple field such as chemical industry, light industry, chemical fertilizer, pharmacy, synthetic fibers can be used for manufacturing the production such as ammonium hydroxide, nitrogenous fertilizer, nitric acid, ammonium salt, soda ash
Product.In the techniques such as silicon steel production, alkaline process denitration and preparing hydrogen by ammonia decomposition, ammonia also has critically important application.To transport and storing just
Gaseous ammonia is usually obtained liquid ammonia by pressurization or cooling by benefit, common ammonia, is answered by the way that liquefied ammonia to be vaporized to be made
With the gaseous ammonia of middle needs.Ammonia has strong impulse smell, belongs to flammable explosive materials concealed, it is mixed with air or oxygen reaches
To a certain concentration, just there is the danger exploded.In addition, ammonia will cause burn with human contact, be mixed with a small amount of moisture in alkalinity
Or there is stronger corrosivity when moisture.In addition, ammonia is toxic gas, it can be sucked by respiratory tract and skin absorption causes
Intoxication accident.Because of the risk of ammonia, when being vaporized to liquefied ammonia, need to fully consider the factor of secure context, to the greatest extent
The possible generation for avoiding accident.
Liquid ammonia vaporization technique is usually that the liquefied ammonia in tank car is delivered to liquid by unloading ammonia arm, unloading ammonia compressor (or ammonia pump)
Then ammonia storage tank is vaporized by liquid ammonia evaporator, converts gaseous ammonia for the liquid ammonia in storage tank, be finally adjusted to certain pressure,
Point of use is gone to after surge tank buffers.In current liquid ammonia vaporization technique, the equipment such as compressor, liquid ammonia storage tank are usually all
Single set, once there is any one device fails in technique, entire gasification process can all be affected.Meanwhile technique at present
In instrument be usually all to show on the spot, valve is also hand-operated valve entirely substantially, observes relevant parameter and operation every time and requires
Scene carries out, not only inconvenient for operation, once NH_3 leakage occurs, for Field Force or a very big harm.In addition, right
It is at present generally only easy although accident spray can also be arranged in current technique in the emergency processing of NH_3 leakage accident
Spray, once leakage rate is larger, spray is just likely to that hidden danger cannot be completely eliminated.In addition, for being sprayed during accident spray
The ammonia-containing water to get off, the collecting pit that do not fix generally also at present may trickle when spray flow is bigger, everywhere to ammonia
Security risk is caused outside standing.
Utility model content
The purpose of the utility model is to provide a kind of safety intelligent type liquid ammonia vaporization system, by the configuration of relevant device and
The interlocking of instrument valve makes personnel not need the operation that allied processes can be completed in device context and the sight of relevant parameter
It surveys, not only can significantly improve the safety and integrality of current system, and personnel can be eliminated to execute-in-place
Bring is dangerous, can also remotely operate the intelligence for realizing technique.
The utility model provides the following technical solution:
A kind of safety intelligent type liquid ammonia vaporization system, including unload ammonia arm, unload ammonia compressor, the first liquid ammonia storage tank, the first liquid
Ammonia evaporator, the second liquid ammonia storage tank, the second liquid ammonia evaporator, tank switching mechanism, ammonia surge tank and controller, first liquefied ammonia
Storage tank is identical with the second liquid ammonia storage tank structure, first liquid ammonia evaporator and the second liquid ammonia evaporator structure phase
Together, first liquid ammonia storage tank is connected with first liquid ammonia evaporator, and second liquid ammonia storage tank and second liquefied ammonia steam
Device is sent out to be connected；
Liquefied ammonia import, gas-liquid equilibrium mouth, gas ammonia import, gas ammonia outlet, pressure biography are equipped at the top of first liquid ammonia storage tank
Sensor and the first temperature sensor, bottom are equipped with liquefied ammonia outlet and tank switching interface, and inside is equipped with cooling spray port and accident spray
Mouthful, first temperature sensor and the pressure sensor are connected with the controller respectively；First liquid ammonia evaporator
The outlet of input end and the liquefied ammonia be connected, outlet end is connected with the gas ammonia import；
The ammonia arm that unloads is connected with nitrogen charging mouth, and the ammonia arm that unloads includes liquid phase mouth and gas phase mouth, the liquid phase mouth with it is described
Liquefied ammonia import is connected, and the gas phase mouth is connected with the ammonia compressor that unloads, described to unload ammonia compressor and the gas-liquid equilibrium mouth phase
Even；
The gas ammonia outlet is connected by gas phase pipeline with the ammonia surge tank, and the gas phase pipeline subtracts equipped with ammonia
Pressure valve；
The tank switching mechanism includes the first tank switching pump and the second tank switching pump, the inlet end and an outlet end of the first tank switching pump
It is connected respectively with the tank switching interface of first liquid ammonia storage tank and second liquid ammonia storage tank, the input end of the second tank switching pump
It is connected respectively with the tank switching interface of second liquid ammonia storage tank and first liquid ammonia storage tank with outlet end.
Preferably, first liquid ammonia storage tank is equipped with liquidometer and acousto-optic alarm, is equipped at the gas-liquid equilibrium mouth
First stop valve, the liquefied ammonia entrance are equipped with the second stop valve, and the liquidometer, the sound-light alarm instrument, described first cut
Disconnected valve and second stop valve are electrical connected with the controller respectively.
Preferably, steam control valve is equipped between first liquid ammonia evaporator outlet end and the gas ammonia import, it is described
First liquid ammonia evaporator is equipped with second temperature sensor, and the steam control valve, second temperature sensor and the pressure pass
Sensor is electrical connected with controller respectively.
Preferably, the cooling spray port is connected with industrial water inlet and pipeline between the two is equipped with spray stop valve,
The accident spray port is connected with fire-fighting water inlet and pipeline between the two is equipped with deluge valve, first liquid ammonia storage tank and institute
It states and is equipped with ammonia concentration detector and alarm outside the second liquid ammonia storage tank, it is the spray stop valve, the deluge valve, described
Alarm and the ammonia concentration detector are electrical connected with the controller respectively.
It preferably, further include that ammonia absorbs slot, the ammonia absorbs slot and is equipped with third temperature sensor, and the ammonia absorbs slot and connects
It is connected to waste liquid liquid pumping hole, the ammonia absorbs slot and is also connected with steam inlet, and the steam inlet and the ammonia are equipped between absorbing slot
Steam stop valve, the third temperature sensor and the steam stop valve are electrical connected with the controller respectively.
It preferably, further include catch pit, the catch pit is connected with emergency pond, and the emergency pond is conveyed by waste water
Pump is connected with waste water treatment system.
It preferably, further include eye syringe, the eye syringe is connected with life water inlet, can be used for worker and cleans eye, mentions
High security.
The beneficial effects of the utility model are:
(1) the utility model is equipped with and unloads ammonia arm, unloads ammonia compressor, the first liquid ammonia storage tank, the first liquid ammonia evaporator, the second liquid
Ammonia storage tank, the second liquid ammonia evaporator and ammonia surge tank, are compared than the prior art, are set more and a set of are unloaded ammonia compressor, liquid ammonia storage tank
And liquid ammonia evaporator, two sets of equipment mutual backup, will not because of single equipment failure and influence the normal operation of whole system,
To guarantee the continuity of technique.
(2) the utility model is equipped with tank switching mechanism, can be by long-range when liquid ammonia storage tank needs to overhaul or NH_3 leakage occurs
Starting, by the liquefied ammonia tank switching in a liquid ammonia storage tank to another liquid ammonia storage tank, realizes the safe transfer of liquefied ammonia.
(3) the utility model is by being arranged relevant stop valve and control instrument, and relevant parameter is interlocked, and makes to grasp
Making personnel can observe relevant parameter in the control interface of operating room and carries out relevant operation, eliminate execute-in-place to personnel
Bring potential danger realizes the safety and intelligence of system operatio.
(4) the utility model is by setting alarm, deluge valve, emergency pond and waste water delivery pump, it can be achieved that NH_3 leakage
Effective accident spray under state, and the effective preservation and conveying in time that spent shower water can be realized, to further ensure
The integrality of technique.
Detailed description of the invention
Attached drawing is used to provide a further understanding of the present invention, and constitutes part of specification, practical with this
Novel embodiment is used to explain the utility model together, does not constitute limitations of the present invention.In the accompanying drawings:
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram of the first liquid ammonia storage tank；
Fig. 3 is to unload ammonia arm and unload the structural schematic diagram of ammonia compressor；
Fig. 4 is the structural schematic diagram of ammonia surge tank；
Fig. 5 is the structural schematic diagram of tank switching mechanism；
Fig. 6 is the structural schematic diagram that ammonia absorbs slot；
Fig. 7 is the structural schematic diagram in emergency pond.
In the figure, it is marked as 1, unload ammonia arm；2, ammonia compressor is unloaded；201, gas phase mouth；202, liquid phase mouth；3, the first liquefied ammonia stores up
Tank；31, gas ammonia import；32, liquefied ammonia exports；33, liquidometer；34, gas ammonia exports；35, gas-liquid equilibrium mouth；36, liquefied ammonia import；
37, cool down spray port；38, accident spray port；39, tank switching interface；301, the first stop valve；302, the second stop valve；303, it sprays
Drench stop valve；304, pressure sensor；305, the first temperature sensor；306, second temperature sensor；307, deluge valve；4,
One liquid ammonia evaporator；41, steam control valve；5, tank switching mechanism；51, the 4th stop valve；52, third stop valve；53, the 6th cutting
Valve；54, the 5th stop valve；55, the first tank switching pumps；56, the second tank switching pumps；6, the second liquid ammonia storage tank；7, ammonia surge tank；71,
Ammonia pressure reducing valve；72, point of use；8, the second liquid ammonia evaporator；9, ammonia absorbs slot；91, steam stop valve；92, third temperature passes
Sensor；10, emergency pond；11, nitrogen charging mouth；12, fire-fighting water inlet；13, industrial water inlet；16, steam inlet；17, waste liquid is taken out
Liquid mouth；18, life water inlet；19, eye syringe；20, waste water delivery pump；21, catch pit；22, waste water treatment system.
Specific embodiment
As shown in Figures 1 to 7, a kind of safety intelligent type liquid ammonia vaporization system, including unload ammonia arm 1, unload ammonia compressor 2,
One liquid ammonia storage tank 3, the first liquid ammonia evaporator 4, the second liquid ammonia storage tank 6, the second liquid ammonia evaporator 8, tank switching mechanism 5, ammonia buffering
Tank 7 and controller, the first liquid ammonia storage tank 3 is identical with 6 structure of the second liquid ammonia storage tank, and the first liquid ammonia evaporator 4 and the second liquefied ammonia steam
Hair 8 structure of device is identical, and the first liquid ammonia storage tank 3 is connected with the first liquid ammonia evaporator 4, and the second liquid ammonia storage tank 6 and the second liquefied ammonia evaporate
Device 8 is connected.
Liquefied ammonia import 36, gas-liquid equilibrium mouth 35, gas ammonia import 31, gas ammonia outlet 34, pressure are equipped at the top of first liquid ammonia storage tank 3
Force snesor 304 and the first temperature sensor 305, bottom are equipped with liquefied ammonia outlet 32 and tank switching interface 39, and inside is equipped with cooling spray
Leaching mouth 37 and accident spray port 38, the first temperature sensor 305 and pressure sensor 304 are connected with controller respectively.Cooling spray
Leaching mouth 37 is connected with industrial water inlet 13 and pipeline between the two is equipped with spray stop valve 303, and accident spray port 38 is connected with
Fire-fighting water inlet 12 and pipeline between the two are equipped with deluge valve 307, and the first liquid ammonia storage tank 3 and 6 outside of the second liquid ammonia storage tank are
Equipped with ammonia concentration detector and alarm, stop valve 303, deluge valve 307, alarm and ammonia concentration detector difference are sprayed
It is electrical connected with controller.First liquid ammonia storage tank 3 is equipped with liquidometer 33 and acousto-optic alarm, and the is equipped at gas-liquid equilibrium mouth 35
One stop valve 301 is equipped with the second stop valve 302, liquidometer 33, sound-light alarm instrument, 301 and of the first stop valve at liquefied ammonia import 36
Second stop valve 302 is electrical connected with controller respectively.
The input end of first liquid ammonia evaporator 4 is connected with liquefied ammonia outlet 32, and outlet end is connected with gas ammonia import 31；First liquid
Steam control valve 41 is equipped between 4 outlet end of ammonia evaporator and gas ammonia import 31, the first liquid ammonia evaporator 4 is equipped with second temperature
Sensor 306, steam control valve 41 and second temperature sensor 306 are electrical connected with controller respectively.
It unloads ammonia arm 1 and is connected with nitrogen charging mouth 11, unload ammonia arm 1 and include liquid phase mouth 202 and gas phase mouth 201, liquid phase mouth 202 and liquefied ammonia
Import 32 is connected, and gas phase mouth 201 is connected with ammonia compressor 2 is unloaded, and unloads ammonia compressor 2 and is connected with gas-liquid equilibrium mouth 35；Gas ammonia outlet
34 are connected by gas phase pipeline with ammonia surge tank 7, and gas phase pipeline is equipped with ammonia pressure reducing valve 71.
Tank switching mechanism 5 includes the first tank switching pump 55 and the second tank switching pump 56, the inlet end and an outlet end of the first tank switching pump 55
It is connected respectively with the tank switching interface of the first liquid ammonia storage tank 3 and the second liquid ammonia storage tank 6, the input end and the first liquid of the first tank switching pump 55
It is equipped with third stop valve 52 between ammonia storage tank 3, the 4th stop valve 51 is equipped between outlet end and the second liquid ammonia storage tank 6；Second tank switching pump
56 inlet end and an outlet end is connected with the tank switching interface 39 of the second liquid ammonia storage tank 6 and the first liquid ammonia storage tank 3 respectively, the second tank switching
The 5th stop valve 54, the outlet end of the second tank switching pump 56 and the first liquefied ammonia are equipped between the input end and the second liquid ammonia storage tank 6 of pump 56
The 6th stop valve 53 is equipped between storage tank 3.
The safety intelligent type liquid ammonia vaporization system further includes that ammonia absorbs slot 9, and ammonia absorbs slot 9 and is equipped with third temperature sensor
92, ammonia absorbs slot 9 and is connected with waste liquid liquid pumping hole 17, and ammonia absorbs slot 9 and is also connected with steam inlet 16, and steam inlet 16 and ammonia absorb
Steam stop valve 91 is equipped between slot 9, third temperature sensor 92 and steam stop valve 91 are electrical connected with controller respectively.
The safety intelligent type liquid ammonia vaporization system further includes catch pit 21, and catch pit 21 is connected with emergency pond 10, emergency
Pond 10 is connected by waste water delivery pump 20 with waste water treatment system 22.
The safety intelligent type liquid ammonia vaporization system further includes eye syringe 19, and eye syringe 19 is connected with life water inlet 18, can
Eye is cleaned for worker, improves safety.
A kind of safety intelligent type liquid ammonia vaporization system provided by the utility model, when work include the filling of liquefied ammonia, liquefied ammonia
Vaporization, ammonia the technical process such as pressure stabilizing, accident spray, tank switching, blowdown.
One, liquefied ammonia fills
Unload the liquid phase mouth 202 of ammonia arm 1 and the liquefied ammonia import of liquid ammonia storage tank (the first liquid ammonia storage tank 3 and the second liquid ammonia storage tank 6)
36 are connected, and the gas phase mouth 201 for unloading ammonia arm 1 is connected with the gas-liquid equilibrium mouth 35 for unloading ammonia compressor 2 and liquid ammonia storage tank (3,6).
Liquid ammonia storage tank (3,6) is equipped with liquidometer 33 and acousto-optic alarm, when liquid level reaches low liquid in liquid ammonia storage tank (3,6)
When the setting value of position, live sound-light alarm instrument issues alarm, reminds and supplements liquefied ammonia into liquid ammonia storage tank (3,6) in time.Unload ammonia pressure
Contracting machine 2 extracts the gaseous ammonia in liquid ammonia storage tank (3,6) by gas phase pipeline and pressurizes to tank car, and the liquid ammonia in tank car passes through pressure
Difference is transported to liquid ammonia storage tank (3,6) by liquid pipe.
The liquidometer 33 of liquid ammonia storage tank (3,6) with unload ammonia compressor 2 and corresponding stop valve (the first stop valve 301 and
Two stop valves 302) it is provided with high liquid level warning Concatenate shut-down system, during filling ammonia, when system detection to liquid ammonia storage tank liquid
When position (3,6) reaches high liquid level setting value, unloads ammonia compressor 2 and shut down, the first stop valve 301 and the second stop valve 302 are cut
It is disconnected, liquefied ammonia storage in liquid ammonia storage tank (3,6).
Two, the vaporization of liquefied ammonia
During normal produce and use, liquefied ammonia exports 32 influents from the liquefied ammonia of liquid ammonia storage tank (3,6) by liquid level difference
Ammonia evaporator (4,8) vaporization, the gaseous ammonia after vaporization return in storage tank from gas ammonia import 31 at the top of liquid ammonia storage tank (3,6), guarantee
The stable operating pressure of whole system.
Liquid ammonia evaporator (4,8) is heated by steam, steam control valve 41, pressure sensor 304 and the second temperature
It spends sensor 306 to interlock, when pressure of storage tank reaches the lower limit value of setting, steam control valve 41 is opened, at this time steam control valve
41 are controlled by second temperature sensor 306, and the aperture of steam control valve 41 is automatically adjusted according to the temperature of setting height.Work as storage
Pressure tank to setting pressure when, steam control valve 41 is automatically closed, and steam control valve 41 is no longer sensed by second temperature at this time
Device 306 controls.
Pressure sensor 304, the first temperature sensor 305 and spray stop valve 303 interlock.In vaporescence, if
The pressure or temperature of liquid ammonia storage tank (3,6) reach the setting upper limit, and spray stop valve 303 automatically opens, starts to spray.When liquefied ammonia stores up
When tank (3,6) pressure or temperature reach low level setting value, spray stop valve 303 is automatically closed, and stops spray.
Three, the pressure stabilizing of liquefied ammonia
The gaseous ammonia of liquid ammonia storage tank (3,6) internal upper part flows to ammonia through gas phase pipeline from 34 output of the gas ammonia of storage tank outlet
Pressure reducing valve 71, according to using pressure requirements to depressurize ammonia, the ammonia after decompression enters 7 store buffer of ammonia surge tank,
Finally point of use 72 is sent with stable pressure.
Four, accident sprays
Liquid ammonia storage tank (3,6) area is provided with multiple ammonia concentration detectors, and alarm and deluge valve 307 interlock.To avoid
False alarm caused by non-ammonia leakage caused by due to other factors interference and the normal use for influencing ammonia, examine ammonia concentration
It surveys instrument and hierarchical detection range is set.The detection when ammonia concentration reaches the level-one upper limit of ammonia leakage detection setting in the environment of tank field
When range, deluge valve 307 is automatically opened, and accident spray port 38 sprays tank field, and other valves are unaffected in system, ammonia
Normal use.When ammonia concentration reaches second level range in the environment of tank field, accident spray, tank field ammonia pipeline not only are carried out to tank field
On all stop valves be automatically closed, while alarm issue alarm signal.
Five, tank switching
In the case where needing that liquid ammonia storage tank (3,6) is overhauled or leaked, need to carry out tank switching operation.When from
When the first liquid ammonia storage tank 3 tank switching to the second liquid ammonia storage tank 6, third stop valve 52, the 4th stop valve 51 and the first tank switching pump 55 are opened
It opens, if it is from 6 tank switching of the second liquid ammonia storage tank to the first liquid ammonia storage tank 3, then the 5th stop valve 54, the 6th stop valve 53 and second
Tank switching pump 56 open, by liquefied ammonia from use tank safe transport to slack tank.
Tank switching is needed if it is because leakage occurs, due to the ammonia concentration detector and accident spray port 38 of tank field
Lock, prevents ammonia from spreading.First tank switching pump 55 and the second tank switching pump 56 are the using and the reserved, and two liquefied ammonia storages can be achieved in every pump
Mutual tank switching between tank (3,6).
Six, blowdown
It is equipped with ammonia in this system and absorbs slot 9, ammonia, which absorbs, is equipped with suitable water in slot 9, liquefied ammonia and ammonia in system pipeline
Discharge and safety valve emptying etc. are related to the part of ammonia, eventually enter into and are only absorbed by the water in ammonia absorption slot 9.Ammonia absorbs in slot 9
Ammonium hydroxide is periodically taken away from waste liquid liquid pumping hole 17, transport to wastewater treatment point processing.
Ammonia absorb slot 9 on by steam pipework connect steam inlet 16, ammonia absorb slot 9 on third temperature sensor 92 and
Steam stop valve 91 interlocks, and when water temperature is lower than setting value in ammonia absorption slot 9, automatically opens steam stop valve 91 plus steam, has
Effect prevents winter ammonia from absorbing the water freezing in slot 9, and when temperature attains to a high place setting value, steam stop valve 91 is automatically closed.
Accident spray port 38 and cooling spray port 37 can all generate spent shower water when spraying, these water pass through liquid ammonia storage tank
Catch pit 21 in (3,6) area finally flows into emergency pond 10, when the waste water in emergency pond 10 reaches a certain amount of or one
When determining concentration, waste water in pond is delivered to by waste water treatment system 22 by waste water delivery pump 20 and is handled.
The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, although ginseng
The utility model is described in detail according to previous embodiment, it for those skilled in the art, still can be with
It modifies the technical solutions described in the foregoing embodiments or equivalent replacement of some of the technical features.It is all
Within the spirit and principles of the present invention, any modification, equivalent replacement, improvement and so on should be included in practical
Within novel protection scope.
Claims (7)
1. a kind of safety intelligent type liquid ammonia vaporization system, which is characterized in that including unloading ammonia arm, unloading ammonia compressor, the storage of the first liquefied ammonia
Tank, the first liquid ammonia evaporator, the second liquid ammonia storage tank, the second liquid ammonia evaporator, tank switching mechanism and ammonia surge tank, first liquid
Ammonia storage tank is identical with the second liquid ammonia storage tank structure, first liquid ammonia evaporator and the second liquid ammonia evaporator structure phase
Together, first liquid ammonia storage tank is connected with first liquid ammonia evaporator, and second liquid ammonia storage tank and second liquefied ammonia steam
Device is sent out to be connected；
Liquefied ammonia import, gas-liquid equilibrium mouth, gas ammonia import, gas ammonia outlet, pressure sensor are equipped at the top of first liquid ammonia storage tank
With the first temperature sensor, bottom is equipped with liquefied ammonia outlet and tank switching interface, and inside is equipped with cooling spray port and accident spray port；Institute
The input end for stating the first liquid ammonia evaporator is connected with liquefied ammonia outlet, and outlet end is connected with the gas ammonia import；
The ammonia arm that unloads is connected with nitrogen charging mouth, and the ammonia arm that unloads includes liquid phase mouth and gas phase mouth, the liquid phase mouth and the liquefied ammonia
Import is connected, and the gas phase mouth is connected with the ammonia compressor that unloads, and the ammonia compressor that unloads is connected with the gas-liquid equilibrium mouth；
The gas ammonia outlet is connected by gas phase pipeline with the ammonia surge tank, and the gas phase pipeline is depressurized equipped with ammonia
Valve；
The tank switching mechanism includes the first tank switching pump and the second tank switching pump, the inlet end and an outlet end difference of the first tank switching pump
It is connected with the tank switching interface of first liquid ammonia storage tank and second liquid ammonia storage tank, the input end and go out that second tank switching pumps
Mouth end is connected with the tank switching interface of second liquid ammonia storage tank and first liquid ammonia storage tank respectively.
2. a kind of safety intelligent type liquid ammonia vaporization system according to claim 1, which is characterized in that the first liquefied ammonia storage
Tank is equipped with liquidometer and acousto-optic alarm, is equipped with the first stop valve at the gas-liquid equilibrium mouth, the liquefied ammonia entrance is equipped with
Second stop valve.
3. a kind of safety intelligent type liquid ammonia vaporization system according to claim 1, which is characterized in that first liquefied ammonia steams
It sends out and is equipped with steam control valve between device outlet end and the gas ammonia import, first liquid ammonia evaporator is passed equipped with second temperature
Sensor.
4. a kind of safety intelligent type liquid ammonia vaporization system according to claim 1, which is characterized in that the cooling spray port
It is connected with industrial water inlet and pipeline between the two is equipped with spray stop valve, the accident spray port is connected with fire-fighting water inlet
And pipeline between the two is equipped with deluge valve, it is dense to be equipped with ammonia outside first liquid ammonia storage tank and second liquid ammonia storage tank
Spend detector and alarm.
5. a kind of safety intelligent type liquid ammonia vaporization system according to claim 1, which is characterized in that further include that ammonia absorbs
Slot, the ammonia absorb slot and are equipped with third temperature sensor, and the ammonia absorbs slot and is connected with waste liquid liquid pumping hole, and the ammonia absorbs slot
It is also connected with steam inlet, the steam inlet and the ammonia are equipped with steam stop valve between absorbing slot.
6. a kind of safety intelligent type liquid ammonia vaporization system according to claim 1, which is characterized in that it further include catch pit,
The catch pit is connected with emergency pond, and the emergency pond is connected by waste water delivery pump with waste water treatment system.
7. a kind of safety intelligent type liquid ammonia vaporization system according to claim 1, which is characterized in that it further include eye syringe,
The eye syringe is connected with life water inlet.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821569961.4U CN208859316U (en) | 2018-09-26 | 2018-09-26 | A kind of safety intelligent type liquid ammonia vaporization system |
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| CN201821569961.4U CN208859316U (en) | 2018-09-26 | 2018-09-26 | A kind of safety intelligent type liquid ammonia vaporization system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109163216A (en) * | 2018-09-26 | 2019-01-08 | 苏州市创优净化科技有限公司 | A kind of safety intelligent type liquid ammonia vaporization system |
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2018
- 2018-09-26 CN CN201821569961.4U patent/CN208859316U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109163216A (en) * | 2018-09-26 | 2019-01-08 | 苏州市创优净化科技有限公司 | A kind of safety intelligent type liquid ammonia vaporization system |
| CN109163216B (en) * | 2018-09-26 | 2024-02-09 | 苏州市创优净化科技有限公司 | Safe intelligent liquid ammonia vaporization system |
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