CN207368159U - A kind of device for handling waste lithium cell - Google Patents
A kind of device for handling waste lithium cell Download PDFInfo
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- CN207368159U CN207368159U CN201721346504.4U CN201721346504U CN207368159U CN 207368159 U CN207368159 U CN 207368159U CN 201721346504 U CN201721346504 U CN 201721346504U CN 207368159 U CN207368159 U CN 207368159U
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- lithium cell
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/50—Reuse, recycling or recovery technologies
- Y02W30/84—Recycling of batteries or fuel cells
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Abstract
The utility model provides a kind of device for handling waste lithium cell, it includes the waste lithium cell for discharging and disassembling out is placed in confined space first；Water is passed through in hydrone thermal energy generating device, starts the heating schedule of the hydrone thermal energy generating device, obtains the high gaseous state hydrone thermal energy of heat enthalpy value；Gaseous state hydrone is passed into the confined space equipped with waste lithium cell again, the air in enclosure space is discharged the enclosure space to form an oxygen-free environment by gaseous state hydrone first；Utilize the gas such as organic substance, generation carbon black, water and carbon dioxide such as the binding agent in hydrone thermal energy pyrolysis waste lithium cell, membrane, electrolyte；The high-temperature medium that mainly gaseous state hydrone is decomposed as the organic matter in waste lithium cell, carries out thermal decomposition by the organic matter in waste lithium cell using high temperature anaerobic environment and finally obtains required battery raw material.
Description
Technical field
It the utility model is related to waste lithium cell processing unit, more particularly to a kind of device for handling waste lithium cell.
Background technology
The first half of the year in 2016, New Energy Sources In China automobile production and marketing respectively reach 17.7 ten thousand and 170,000, are global maximum
New energy car market.We calculate, and the demand to the year two thousand twenty dynamic lithium battery is up to 125Gwh, and learies will reach
32.2Gwh, about 500,000 tons；By 2023, learies were up to 101Gwh, about 1,160,000 tons.Power lithium battery market in large scale
Association will be lithium battery recycling industry opportunity, and development lithium battery recycles, while the wasting of resources and environmental pollution is avoided
Considerable economic benefit and investment opportunity will be produced.
Since power battery internal structure is complicated, component is various, and positive and negative anodes active material therein passes through binding agent and copper
Together with paper tinsel and aluminium foil tight bond, electrode active material contains the material of the high values such as substantial amounts of lithium, nickel, cobalt, manganese, electrolyte
Belong to organic material with membrane, recovery value is low, and environmental pollution is big.How effectively environmental protection by electrode active material and copper foil aluminium
Paper tinsel separates, and removes the membrane and electrolyte of no recovery value, this is the pain spot and difficult point of power battery recycling.
At present, recycling used batteries for right new-energy automobile is mainly handled using two methods, one is high temperature incineration
Method, is mainly decomposed by high temperature incineration and removes the organic matters such as binding agent, membrane, electrolyte, material is realized separation, pass through at the same time
High temperature incineration, the metal copper foil aluminium foil of the high-purity in battery can oxidizing fire, loss is big, and produces a large amount of toxic gases, no
But energy consumption is greatly and not environmentally.The second is using various acid-base property solution as medium transfer, by metal ion from electrode material transfer
Move on in leachate, then by means such as ion exchange, precipitation, absorption, by metal ion from solution in the form of salt, oxide etc.
In extract, this method recovery process is sufficiently complex, and environmental pollution is big.
Utility model content
In order to solve the above technical problems, the utility model also provides a kind of waste lithium cell processing dress of new-energy automobile
Put, the waste lithium cell processing unit of the new-energy automobile can make to reduce work hours, and will not produce toxic gas, and harmful to human is good for
Health.
Based on this, a kind of processing unit for waste lithium cell, it include hydrone thermal energy generating device, pyrolysis oven,
Water inlet pipe, outlet pipe and classification component, the lower end of the hydrone thermal energy generating device are connected with water inlet pipe, the moisture
The upper end of sub- thermal energy generating device is connected with one end of the outlet pipe, and the other end and the pyrolysis oven of the outlet pipe connect
Logical, the classification component is arranged on the side of the pyrolysis oven；
The pyrolysis oven includes heat exchanger and gas purifier；
Wherein, classification component includes positive electrode collector, negative material collector and inorganic material collector.
Optionally, the hydrone thermal energy generating device includes shell, generator and electric cabinet, and the shell is equipped with the
One air exit, one end of the generator are connected with the water inlet pipe, the other end of the generator and the first exhaust
Outlet connection, and first exhaust outlet is connected with the outlet pipe, is wound with electromagnetic coil on the outside of the generator, institute
The both ends for stating electromagnetic coil are electrically connected with electric cabinet.
Optionally, water return pipeline is further included, one end of the water return pipeline is connected with the pyrolysis oven, the water return pipeline
The other end connected with the water inlet pipe.
Optionally, the VOCS processing units and waste heat recovery component of gaseous state hydrone heating are further included, wherein, the waste heat
Recycling component includes waste heat pipeline and the insulating layer being set in outside the pyrolysis oven, between the pyrolysis oven and the insulating layer
The waste heat pipeline is connected with, and the insulating layer is equipped with the second exhaust outlet being connected with the water return pipeline.
Optionally, the water inlet pipe is equipped with force (forcing) pump.
Optionally, the water inlet pipe is equipped with valve.
Implement the utility model embodiment, have the advantages that：
The utility model is used for the processing unit of waste lithium cell, then mainly enters the water under room temperature by water inlet pipe
Heated, be always heated to from liquid water to 100 degree of water vapour, then added by water vapour into hydrone thermal energy generating device
Heat arrives gaseous state hydrone, and gaseous state hydrone accumulates the gas explosion of high temperature and pressure, finally obtains required gaseous state hydrone thermal energy, this
When, gaseous state hydrone is entered in pyrolysis oven by outlet pipe, and pending useless old lithium in need is placed in pyrolysis oven
Pond, since the organic matter in waste lithium cell and electrolyte can be pyrolyzed at high temperature, gaseous state hydrone is as waste and old at this time
The high-temperature medium that organic matter in lithium battery decomposes, using the high temperature of gaseous state hydrone by the electrolyte in waste lithium cell, just
The organic material wrapped up on negative electrode binder, positive and negative pole material carries out being thermally decomposed into carbon black, water, carbon dioxide and carbon monoxide
Deng, human body will not be produced and injured, then the last material waited until needed for new energy car battery of classification processing by classification component
Material, such as：Positive electrode (aluminium foil), negative material (copper foil and a small amount of rare metal nickel, cobalt and manganese), man-hour is short, can be with
Substantial amounts of man-hour and material cost are saved, and directly to prepare battery required pure with regard to that can reach for obtained positive and negative pole material
Degree, recovery process are reduced, and are shortened man-hour, are reduced cost；Finally, the water of generation, carbon dioxide and carbon monoxide are with vaporous water
Molecule is together purified through over-heat-exchanger recovery waste heat, then by gas purifier, emptying；Will be waste and old after high temperature pyrolysis
Lithium battery carries out classification processing, obtains cathode metal material, negative metal material and carbon black；Therefore, the utility model processing is useless
The method in old lithium pond can efficiently separate out electrode active material, remove the organic substance of low recovery value, due to not having
New impurity is introduced, the powder body material purity of recycling is high, can be good at being prepared into the electrode material presoma of high added value, together
When be recovered to the copper foil aluminium foil of high-purity so that whole recovery process process simplification, removal process will not produce poisonous and harmful gas
Body, not only environmentally friendly but also economic benefit is very prominent.
Brief description of the drawings
Fig. 1 is the principle schematic that the gaseous state hydrone thermal energy of the utility model produces；
Fig. 2 is the structure diagram of the processing unit for waste lithium cell of the preferred embodiment in the utility model.
Description of reference numerals：
1st, hydrone thermal energy generating device；11st, shell；12nd, generator；2nd, pyrolysis oven；3rd, water inlet pipe；31st, force (forcing) pump；
32nd, valve；4th, outlet pipe；5th, classification component；6th, water return pipeline；7th, waste heat recovery component；71st, waste heat pipeline；72nd, keep the temperature
Layer.
Embodiment
The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are without creative efforts
All other embodiments obtained, shall fall within the protection scope of the present invention.
As shown in Figure 1, a kind of method of processing waste lithium cell of the preferred embodiment in the utility model, it includes following step
Suddenly：
(S1) waste lithium cell of recycling is placed in confined space；
(S2) liquid water is entered in hydrone thermal energy generating device by water inlet pipe, is started the hydrone thermal energy and is occurred
The heating schedule of device, heats the liquid water in the generator of the hydrone thermal energy generating device, at this moment, the liquid
State water is heated to 100 degree of water vapour, meanwhile, the water vapour is persistently heated in the generator, produces temperature and is up to
More than 400 degree of gaseous state hydrone；
(S3), the gaseous state hydrone is gathered in the openend of the generator and forms gas explosion, and the gas explosion is from described
The outlet pipe of hydrone thermal energy generating device persistently exports, and obtains the gaseous state hydrone thermal energy of heat enthalpy value height and high temperature；
(S4), gaseous state hydrone is passed into the confined space equipped with waste lithium cell by the way that outlet pipe is lasting,
First the air in confined space is discharged to form oxygen-free environment, meanwhile, the organic matter and electrolyte in waste lithium cell are in gaseous state
Thermally decomposed under the high temperature action of hydrone, generation carbon black, water, carbon dioxide and carbon monoxide；
(S5), after having reacted, wherein, water, carbon dioxide and the carbon monoxide of generation together pass through with gaseous state hydrone
Heat exchanger recovery waste heat, then purified by gas purifier, empty；Finally, by the waste lithium cell after high temperature pyrolysis
Classification processing is carried out, obtains cathode metal material, negative metal material and carbon black.
For the processing of waste lithium cell, organic matter of the utility model mainly in waste lithium cell is at high temperature
It can be pyrolyzed, since gaseous state hydrone is as heat transmission medium, while hydrone provides the oxidation that protective atmosphere avoids heating process
Combustion reaction, heat transfer efficiency is high, therefore, using the gaseous state hydrone with high temperature as the organic matter in waste lithium cell point
The high-temperature medium of solution, collected waste lithium cell is placed in a closed environment, and in the closed environment
Gaseous state hydrone is passed through, using the high temperature of gaseous state hydrone by the electrolyte in waste lithium cell, positive and negative anodes binding agent, positive and negative anodes
Wrapped up on material organic material membrane (such as：Polypropylene material) carry out being thermally decomposed into carbon black, water, carbon dioxide etc., will not
Produce injury to human body, such electrolyte, positive and negative anodes binding agent, the organic material membrane that wraps up on positive and negative pole material do not burn
Toxic gas is produced, environmental protection, also has membrane to be thermal decomposited into carbon, water, carbon dioxide and carbon monoxide etc., without people's work point
From, to save man-hour, such positive and negative pole material handles the last raw material waited until needed for new energy car battery by classification again, than
Such as：Positive electrode (aluminium foil), negative material (copper foil and a small amount of rare metal nickel, cobalt and manganese), so can not only save big
The cost of raw material of amount, and obtained positive and negative pole material directly prepares the required purity of battery with regard to that can reach, it is not necessary into
Row reprocessing, recovery process are reduced, and cost declines, and causes closed environment due to being passed through gaseous state hydrone always in closed environment
Oxygen-free environment is formed, material is also prevented from and is aoxidized, it is not necessary to protective gas；Finally, the water of generation, carbon dioxide and an oxygen
Change carbon as gaseous state hydrone is together purified through over-heat-exchanger recovery waste heat, then by gas purifier, empty；Will be through excessive
Waste lithium cell after warm solution carries out classification processing, obtains cathode metal material, negative metal material and carbon black；Therefore, originally
The method of utility model processing waste lithium cell can efficiently separate out electrode active material, remove the organic of low recovery value
Material, introduces new impurity, the powder body material purity of recycling is high, can be good at being prepared into the electrode of high added value due to no
Material precursor, while it is recovered to the copper foil aluminium foil of high-purity so that whole recovery process process simplification, removal process will not produce
Raw toxic and harmful gas, not only environmentally friendly but also economic benefit is very prominent.
Further, a kind of method of processing waste lithium cell of the preferred embodiment in the utility model further includes water circulation profit
With step, handle the gaseous state hydrone after waste lithium cell and organic matter decompose after the water that generates by being cooled to liquid water,
Again passing by above-mentioned (S2, S3) and be heated to gaseous state hydrone, water recycles, since the component of gaseous state hydrone is exactly water, water
Acquisition it is very convenient, add, water is by heating process, becoming water vapour, then to gaseous state hydrone, finally obtain gas
State hydrone, after gaseous state hydrone thermally decomposes the organic matter in useless circuit board, gaseous state hydrone becomes again by cooling
Cheng Shui, it is cost-effective, and water can also be recycled constantly.Further, due to most of organic matter more than 400 degree just
It can be thermally decomposed, the temperature setting of the gaseous state hydrone is 400 degree to 800 degree.Further, the liquid water heating
Process to gaseous state hydrone is to be carried out under normal pressure, since whole process is to carry out under normal pressure, it is not necessary to which pressurized equipment is true
Outage temperature, reduces cost, also improves use scope.
As shown in Fig. 2, a kind of processing unit for waste lithium cell in the preferred embodiment in the utility model, it includes
Hydrone thermal energy generating device 1, pyrolysis oven 2, water inlet pipe 3, outlet pipe 4 and classification component 5, the hydrone thermal energy occur
The lower end of device 1 is connected with water inlet pipe 3, and the upper end of the hydrone thermal energy generating device and one end of the outlet pipe 4 connect
Logical, the other end of the outlet pipe 4 is connected with pyrolysis oven 2, and the classification component 5 is arranged on the side of the pyrolysis oven 2；
The pyrolysis oven 2 includes heat exchanger and gas purifier；
Wherein, classification component 5 includes positive electrode collector, negative material collector and inorganic material collector.
At this moment, a kind of processing unit for waste lithium cell in the preferred embodiment of the utility model, mainly will
Liquid water under room temperature is entered in hydrone thermal energy generating device 1 by water inlet pipe 3 to be heated, and is always heated to from room temperature
Water vapour, then by steam heating to gaseous state hydrone, required gaseous state hydrone is finally obtained, at this time, gaseous state hydrone leads to
Cross outlet pipe 4 to enter in pyrolysis oven 2, pending waste lithium cell in need is placed in pyrolysis oven 2, due to waste and old lithium
Organic matter in battery can be pyrolyzed at high temperature, and therefore, gaseous state hydrone is decomposed as the organic matter in waste lithium cell at this time
High-temperature medium, using the high temperature of gaseous state hydrone by the electrolyte in waste lithium cell, positive and negative anodes binding agent, positive and negative pole material
Upper parcel organic material membrane (such as：Polypropylene material) carry out being thermally decomposed into carbon black, water, carbon dioxide and carbon monoxide
Deng, human body will not be produced and injured, and undecomposed metal material after organic matter decomposes in positive and negative pole material, then pass through
Positive electrode collector, negative material collector and the classification processing of inorganic material collector of classification component 5 finally wait until new
Raw material needed for energy automobile battery, such as：Positive electrode (aluminium foil), negative material (copper foil and a small amount of rare metal nickel,
Cobalt and manganese), man-hour is short, can also save substantial amounts of man-hour and the cost of raw material, and obtained positive and negative pole material is directly with regard to energy
Reach and prepare the required purity of battery, recovery process is reduced, and is shortened man-hour, is reduced cost, equipment is simple；Furthermore due to
It is lasting in pyrolysis oven 2 to be passed through gaseous state hydrone, the air in pyrolysis oven 2 is discharged, forms oxygen-free environment, so useless old lithium
Wrapped up on electrolyte, positive and negative anodes binding agent, positive and negative pole material in pond organic material membrane (such as：Polypropylene material) it is main
It is that will not be aoxidized material into carbon, water, carbon dioxide etc. by pyrolytic.
Further, as shown in Fig. 2, the hydrone thermal energy generating device 1 includes shell 11, generator 12 and automatically controlled
Case, the shell 11 are exported equipped with first exhaust, and the first exhaust outlet is connected with the outlet pipe 4, the generation
The outside of device 12 is wound with electromagnetic coil, and the both ends of the electromagnetic coil are electrically connected with electric cabinet, and hydrone thermal energy generating device 1 is led
If being heated using electromagnetism to water, heating process is controllable, and quick and safety, wherein generator 12 are preferably ferroalloy material
The pipeline of material.Water return pipeline 6 is further included, one end of the water return pipeline 6 is connected with the pyrolysis oven 2, the water return pipeline 6
The other end is connected with the water inlet pipe 3, because gaseous state hydrone is exactly to be heated to gaseous state hydrone by water, finally obtains gaseous state
Hydrone, the component of gaseous state hydrone is all hydrone in this process, becomes water when gaseous state hydrone cools down, then pass through
Water return pipeline 6 recycles.The processing unit is further included at waste heat recovery component 7 and the VOCS of gaseous state hydrone heating
Device is managed, the VOCS processing units for the tail gas that pyrolysis produces being input to the heating of gaseous state hydrone carry out after-treatment, secondary place
During tail gas after reason is passed through in water, on the one hand using the tail gas of water dissolving after-treatment, while the gas carrying that finished up back and forth by water
Thermal energy to reuse, the waste heat recovery component 7 includes waste heat pipeline 71 and the guarantor that is set in outside the pyrolysis oven 2
Warm layer 72, the waste heat pipeline 71 is connected between the pyrolysis oven 2 and the insulating layer 72, and the insulating layer 72 is equipped with
The second exhaust outlet being connected with the water return pipeline 6, mainly reuses the high temperature energy of gaseous state hydrone, energy-saving ring
Protect.The hydrone thermal energy generating device 1 further includes temperature sensor and humidity sensor, and temperature sensor is installed on shell 11
Inner wall, humidity sensor is installed on first exhaust exit, wherein temperature sensor be mainly detect it is real-time in shell body
Temperature, and humidity sensor is mainly the humidity of monitoring first exhaust exit gaseous state hydrone in real time；Further, it is described into
Water pipe 3 is equipped with force (forcing) pump 31, the flow of water in control water inlet pipe 3 is primarily used to, in order to preferably provide aquatic products anger state
Hydrone.Valve 32 is additionally provided with the water inlet pipe 3, the further flow for controlling water in water inlet pipe 3.
In conclusion organic matter of the utility model mainly in waste lithium cell can be pyrolyzed at high temperature, due to
Gaseous state hydrone is as heat transmission medium, while hydrone provides protective atmosphere and avoids the oxidizing fire of heating process from reacting, heat
It is high to transmit efficiency, therefore, is situated between using the gaseous state hydrone with high temperature as the high temperature that the organic matter in waste lithium cell decomposes
Matter, collected waste lithium cell is placed in a closed environment, and is passed through vaporous water in the closed environment
Molecule, the high temperature using gaseous state hydrone will wrap up on the electrolyte in waste lithium cell, positive and negative anodes binding agent, positive and negative pole material
Organic material membrane (such as：Polypropylene material) carry out being thermally decomposed into carbon black, water, carbon dioxide etc., human body will not be produced
Injury, the production of not burning of such electrolyte, positive and negative anodes binding agent, the organic material membrane that wraps up on positive and negative pole material have poison gas
Body, environmental protection, also has membrane to be thermal decomposited into carbon, water, carbon dioxide and carbon monoxide etc., without manually separation, saves work
When, such positive and negative pole material handles the last raw material waited until needed for new energy car battery by classification again, such as：Cathode material
Expect (aluminium foil), negative material (copper foil and a small amount of rare metal nickel, cobalt and manganese), so can not only save substantial amounts of raw material
Cost, and obtained positive and negative pole material directly prepares the required purity of battery with regard to that can reach, it is not necessary to reprocessed, returned
Sequence of knocking off is reduced, and cost declines, and causes closed environment to form anaerobic ring due to being passed through gaseous state hydrone always in closed environment
Border, is also prevented from material and is aoxidized, it is not necessary to protective gas；Finally, the water of generation, carbon dioxide and carbon monoxide are with gas
State hydrone is together purified through over-heat-exchanger recovery waste heat, then by gas purifier, emptying；By after high temperature pyrolysis
Waste lithium cell carries out classification processing, obtains cathode metal material, negative metal material and carbon black；Therefore, at the utility model
The method of reason waste lithium cell can efficiently separate out electrode active material, remove the organic substance of low recovery value, due to
New impurity is not introduced, the powder body material purity of recycling is high, the electrode material forerunner that can be good at being prepared into high added value
Body, while be recovered to the copper foil aluminium foil of high-purity so that whole recovery process process simplification, removal process, which will not produce, poisonous to be had
Evil gas, not only environmentally friendly but also economic benefit is very prominent.
The processing unit for waste lithium cell of the utility model, then mainly pass through water inlet pipe 3 by the water under room temperature
Enter in hydrone thermal energy generating device 1 and heated, water vapour is always heated to from room temperature, then by steam heating to wet
Saturated vapor, then to dry saturated vapor, required gaseous state hydrone is finally obtained, at this time, gaseous state hydrone passes through outlet
Pipeline 4 is entered in pyrolysis oven 2, pending waste lithium cell in need is placed in pyrolysis oven 2, due in waste lithium cell
Organic matter can be pyrolyzed at high temperature, therefore, at this time gaseous state hydrone as in waste lithium cell organic matter decompose high temperature
Medium, using gaseous state hydrone high temperature by the organic material wrapped up on the electrolyte in waste lithium cell, positive and negative pole material into
Row is thermally decomposed into carbon black, water, carbon dioxide and carbon monoxide etc., and injury, then point by classification component 5 will not be produced to human body
The last material waited until needed for new energy car battery of class processing, such as：Positive electrode (aluminium foil), negative material (copper foil and
A small amount of rare metal nickel, cobalt and manganese), substantial amounts of material cost so can be not only saved, and obtained positive and negative pole material is straight
Connect and prepare the required purity of battery with regard to that can reach, recovery process is reduced, and is shortened man-hour, is reduced cost, equipment is simple；Finally,
Water, carbon dioxide and the carbon monoxide of generation are as gaseous state hydrone is together through over-heat-exchanger recovery waste heat, then pass through gas
Clarifier purifies, emptying；Waste lithium cell after high temperature pyrolysis is subjected to classification processing, cathode metal material is obtained, bears
Pole metal material and carbon black；Therefore, the method for the utility model processing waste lithium cell can efficiently separate out electrode activity
Material, removes the organic substance of low recovery value, introduces new impurity due to no, the powder body material purity of recycling is high, can
The electrode material presoma of high added value is prepared into well, while is recovered to the copper foil aluminium foil of high-purity so that whole recycling
Technological process simplifies, and removal process will not produce toxic and harmful gas, and not only environmentally friendly but also economic benefit is very prominent.
The above is the preferred embodiment of the utility model, it is noted that for the ordinary skill of the art
For personnel, on the premise of the utility model principle is not departed from, some improvement and deformation can also be made, these improve and become
Shape is also considered as the scope of protection of the utility model.
Claims (6)
1. a kind of device for handling waste lithium cell, it is characterised in that including hydrone thermal energy generating device, pyrolysis oven, water inlet
Pipe, outlet pipe and classification component, the lower end of the hydrone thermal energy generating device are connected with water inlet pipe, the hydrone heat
The upper end of energy generating means is connected with one end of the outlet pipe, and the other end of the outlet pipe is connected with pyrolysis oven, institute
State the side that classification component is arranged on the pyrolysis oven；
The pyrolysis oven includes heat exchanger and gas purifier；
Wherein, classification component includes positive electrode collector, negative material collector and inorganic material collector.
2. the device of processing waste lithium cell as claimed in claim 1, it is characterised in that the hydrone thermal energy generating device
Including shell, generator and electric cabinet, the shell is exported equipped with first exhaust, one end of the generator and the water inlet
Pipe connects, and the other end of the generator is connected with first exhaust outlet, and first exhaust outlet and the outlet
Pipeline connects, and is wound with electromagnetic coil on the outside of the generator, the both ends of the electromagnetic coil are electrically connected with electric cabinet.
3. the device of processing waste lithium cell as claimed in claim 1 or 2, it is characterised in that water return pipeline is further included, it is described
One end of water return pipeline is connected with the pyrolysis oven, and the other end of the water return pipeline is connected with the water inlet pipe.
4. the device of processing waste lithium cell as claimed in claim 3, it is characterised in that further include hydrone energy heats
VOCS processing units and waste heat recovery component, wherein, the waste heat recovery component includes waste heat pipeline and is set in the pyrolysis
Insulating layer outside stove, is connected with the waste heat pipeline between the pyrolysis oven and the insulating layer, and is set on the insulating layer
There is the second exhaust outlet being connected with the water return pipeline.
5. the device of processing waste lithium cell as claimed in claim 1 or 2, it is characterised in that the water inlet pipe, which is equipped with, to be added
Press pump.
6. the device of processing waste lithium cell as claimed in claim 1 or 2, it is characterised in that the water inlet pipe is equipped with valve
Door.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721346504.4U CN207368159U (en) | 2017-10-16 | 2017-10-16 | A kind of device for handling waste lithium cell |
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| CN201721346504.4U CN207368159U (en) | 2017-10-16 | 2017-10-16 | A kind of device for handling waste lithium cell |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110961432A (en) * | 2019-12-18 | 2020-04-07 | 晶科能源有限公司 | Photovoltaic module recovery method and device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110961432A (en) * | 2019-12-18 | 2020-04-07 | 晶科能源有限公司 | Photovoltaic module recovery method and device |
| CN110961432B (en) * | 2019-12-18 | 2021-11-16 | 晶科能源有限公司 | Photovoltaic module recovery method and device |
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