CN215089704U - Traditional scraped car resourceful treatment system - Google Patents
Traditional scraped car resourceful treatment system Download PDFInfo
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- CN215089704U CN215089704U CN202120782887.XU CN202120782887U CN215089704U CN 215089704 U CN215089704 U CN 215089704U CN 202120782887 U CN202120782887 U CN 202120782887U CN 215089704 U CN215089704 U CN 215089704U
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Abstract
The utility model relates to a traditional scraped car resourceful treatment system, include: the system comprises a pretreatment system, a liquid discharge system, a monitoring and marketing system, a crushing system, a sorting system and a dust removal system; a conventional scraped car includes: an operating vehicle and a non-operating vehicle, the operating vehicle comprising: cart and dolly, non-operation vehicle includes: large cars, small cars, and motorcycles; when the traditional scraped car is an operating car, the pretreatment system is connected with a liquid drainage system, the liquid drainage system is connected with a monitoring system, and the monitoring system is connected with a crushing system; when the traditional scraped car is a non-operation car, the pretreatment system is connected with a liquid discharge system, and the liquid discharge system is connected with a crushing system; the crushing system is connected with the sorting system, and the dust removal system is respectively connected with the crushing system and the sorting system.
Description
Technical Field
The utility model relates to a scraped car recovery processing field, specific traditional scraped car resourceful treatment system that says so.
Background
Since 2010, China automobile sales volume is increased at a high speed, and the China automobile keeping volume reaches 2.81 hundred million according to the latest data of the ministry of public security until 2020, is basically equal to the U.S. automobile keeping volume and is located in the first place in the world. And the recovery amount of the waste automobiles in the 2020 annual report is 206.6 ten thousands, the same ratio is increased by 5.9 percent, namely the scrappage recovery rate of the automobiles in China is only 0.74 percent, and compared with the disassembly rates of the automobiles in Meiri (respectively 5.6 percent, 7.2 percent and 6.9 percent), the recovery and disassembly amount of the automobiles in China has a large increase space. According to the research of the Anune certificate, the automobile disassembly rate in China in 2024 is estimated to reach 3.5%, and the quantity of recovered and disassembled automobiles is more than 1400 million. Compared with developed countries, the scale of automobile recycling and disassembling industry in China is small and the automobile recycling and disassembling industry starts late. There is a gap in the disassembly technique.
SUMMERY OF THE UTILITY MODEL
The utility model discloses the technical problem who solves:
(1) the technical route is backward, and the device continuity is poor;
(2) secondary pollution is easy to generate in the disassembling process;
(3) the crushing technology is rough;
(4) the recovery and utilization rate of the waste materials is low;
(5) the automation degree is low, and a large amount of labor is needed;
to the defect that exists among the prior art, the utility model aims to provide a tradition scraped car resourceful treatment system.
In order to achieve the above purpose, the utility model adopts the technical proposal that:
a traditional scraped car resourceful treatment system includes: the system comprises a pretreatment system, a liquid discharge system, a monitoring and marketing system, a crushing system, a sorting system and a dust removal system;
a conventional scraped car includes: an operating vehicle and a non-operating vehicle, the operating vehicle comprising: cart and dolly, non-operation vehicle includes: large cars, small cars, and motorcycles;
when the traditional scraped car is an operating car, the pretreatment system is connected with a liquid drainage system, the liquid drainage system is connected with a monitoring system, and the monitoring system is connected with a crushing system;
when the traditional scraped car is a non-operation car, the pretreatment system is connected with a liquid discharge system, and the liquid discharge system is connected with a crushing system;
the crushing system is connected with the sorting system, and the dust removal system is respectively connected with the crushing system and the sorting system;
the pretreatment system is used for completing the disassembly and recovery of dangerous wastes and recycled parts, and operation vehicles and non-operation vehicles after the disassembly and recovery are transported to the drainage system through a forklift;
the liquid drainage system is used for discharging and recycling waste liquid of an operating vehicle and a non-operating vehicle, then the operating vehicle is transported to the monitoring and marketing system through a forklift, and the non-operating vehicle is transported to the crushing system through the forklift;
the monitoring and selling system is used for completing monitoring and selling of the operation vehicle, and the operation vehicle after monitoring and selling is transferred to the crushing system through a forklift;
the crushing system is used for crushing the operation vehicles after monitoring and the non-operation vehicles after discharging the waste liquid, and the crushed materials enter the sorting system;
the sorting system is used for sorting the crushed materials and finally sorting out scrap steel, nonferrous metals (copper, aluminum, zinc and the like), stainless steel, wire ends, circuit boards, plastics, rubber and the like;
the dust removal system is used for removing dust generated in the crushing system and the sorting system.
On the basis of the scheme, the pretreatment system comprises: the device comprises a reuse piece processing area, an environment-friendly preprocessing area and an air bag detonation area;
the reusable part processing area is used for completing the disassembly of the reusable part, and the reusable part is a part which can be reused after the vehicle is scrapped and disassembled;
the environment-friendly pretreatment area is used for completing the disassembly work of dangerous wastes such as an air bag, a three-way catalyst, a storage battery and the like and tires;
the airbag initiation zone is for initiating an airbag in a vehicle.
On the basis of the scheme, the liquid discharge system comprises: a large vehicle oil discharge area, a small vehicle oil discharge area and a motorcycle oil discharge area;
operation vehicle and non-operation vehicle correspond according to the vehicle type and place in cart fluid discharge area, dolly fluid discharge area and motorcycle fluid discharge area, cart fluid discharge area adopts the trench form, the workman accomplishes the fluid discharge work of vehicle bottom in the trench, dolly fluid discharge area and motorcycle fluid discharge area use the machine of lifting to promote the vehicle, accomplish the fluid discharge work of vehicle bottom, the fluid that discharges out passes through the oil storage bucket in pipeline transport to the mill workshop, the oil storage bucket transports the danger waste reservoir to the mill in through fork truck, the danger waste reservoir is used for keeping in the oil storage bucket.
On the basis of the scheme, the monitoring and marketing system comprises: a monitoring and canceling shearing area, a monitoring and canceling photographing area and a disassembling area;
the monitoring and marketing shearing area is used for completing the shearing of the operating vehicle, and the shearing process is monitored online in real time by a monitoring person of a public security department;
the monitoring and canceling photographing area is used for informing a monitoring person of a public security department to go to the site to carry out site inspection on the sheared workshop and photographing and retaining files;
the disassembly area comprises a cart body disassembly area, a frame component disassembly area and a tire disassembly temporary storage area, the cart body disassembly area is used for completing disassembly of the cart body, the cart body after separation is transferred to a crushing system through a forklift, the frame component disassembly area is used for completing manual disassembly work of components such as axles, plate springs, engines and tires on the frame, and the tire disassembly temporary storage area is used for completing disassembly and temporary storage of the tires.
On the basis of the scheme, the crushing system comprises: the device comprises a pre-crusher, a distributing machine, a feeding conveyor and a crushing main machine;
the operation vehicle after the supervision or the non-operation vehicle which discharges the waste liquid is sent into a pre-crusher through a steel grabbing machine, the pre-crusher is used for crushing the vehicle into fragments with the size of about 80 cm-100 cm and transmitting the fragments to a crushing main machine through a feeding conveyor;
the distributing machine is used for uniformly feeding the fragments on the conveyor;
the crushing main machine is used for crushing the fragments to ensure that the particle size of the crushed materials is less than or equal to 200 mm.
On the basis of the scheme, the sorting system comprises: the device comprises a magnetic drum device, a screening device, a permanent magnet roller, a vibrating screen, a first eddy current sorting device, a suspended magnetic sorting device, a second eddy current sorting device and an induction sorting device;
the magnetic drum equipment, the screening equipment, the permanent magnet drum, the vibrating screen, the first eddy current sorting equipment, the suspended magnetic sorting equipment, the second eddy current sorting equipment and the induction sorting equipment are connected through a conveyor belt;
the magnetic drum equipment is used for separating steel scraps and non-ferrous materials in the crushed materials;
the screening equipment is used for screening the non-ferrous materials separated by the magnetic drum equipment into different sizes according to different particle sizes, and finally screening the materials with the particle size less than or equal to 10mm and the materials with the particle size greater than 10 mm;
the permanent magnet roller is used for separating the scrap steel in the material with the thickness less than or equal to 10 mm;
the vibrating screen is used for uniformly distributing materials on the conveying belt through vibration;
the first eddy current sorting equipment is used for separating nonferrous metals such as aluminum, copper, zinc and the like in the materials which are sorted by the permanent magnet roller and are less than or equal to 10mm from other materials;
the suspended magnetic separation equipment is used for separating the scrap steel in the material with the thickness of more than 10 mm;
the second eddy current separation equipment is used for separating nonferrous metals such as aluminum, copper, zinc and the like from other materials which are subjected to magnetic separation by the suspended magnetic separation equipment and have the thickness of more than 10 mm;
the induction separation equipment is used for separating stainless steel, wire ends and circuit boards from other materials subjected to eddy current separation, and the rest materials contain plastics, rubber and the like.
On the basis of the scheme, the dust removal system comprises: the cyclone separator is connected with the cloth bag dust removal device;
the cyclone separator is used for removing large-particle dust and light materials;
the cloth bag dust removal device is used for further removing dust.
A traditional scraped car recycling method is applied to the traditional scraped car recycling system and specifically comprises the following steps:
step 1, dividing traditional scrapped automobiles into operating vehicles and non-operating vehicles, processing the operating vehicles and the non-operating vehicles by a pretreatment system to finish the disassembly and recovery of dangerous wastes and recycled parts, and then transferring the operating vehicles and the non-operating vehicles to a liquid discharge system by a forklift;
step 2, the operation vehicle is treated by a liquid discharge system to complete the discharge and recovery of waste liquid, and then is transported to a monitoring and marketing system through a forklift, the non-operation vehicle is treated by the liquid discharge system to complete the discharge and recovery of the waste liquid, and then is transported to a crushing system through the forklift;
step 3, after the monitoring and the marketing of the operation vehicle which discharges the waste liquid are completed through the monitoring and the marketing system, the operation vehicle is transferred to a crushing system through a forklift;
step 4, the operation vehicle after the supervision and the non-operation vehicle which discharges the waste liquid are processed by a crushing system, and the crushed materials enter a sorting system for processing;
and 5, sorting the crushed materials by a sorting system, and finally sorting out scrap steel, stainless steel, wire ends, circuit boards, plastics, rubber and nonferrous metals (aluminum, copper, zinc and the like).
The utility model discloses beneficial effect that technical scheme brought:
(1) the automation degree of metal sorting reaches the international leading level, and the condition that waste metal sorting in China mainly depends on manpower is thoroughly changed.
(2) High-efficiency crushing and sorting are carried out, the quality and the purity of the regenerated material are ensured, and the recovery rate is improved to more than 97 percent.
(3) The recovery rate of the crushed nonferrous metals such as aluminum, copper, zinc and the like in the sorting process is more than 99 percent, namely the metal content in the sorted plastics, rubber and other materials is less than 1 percent.
(4) The device is safe and environment-friendly, is reasonable in configuration, and can realize continuous and stable operation.
(5) Advanced crushing technology can realize the continuous operation of the device and simultaneously prolong the service life of the equipment.
(6) Advanced sorting technology can be subdivided into the product kind that scraped car was retrieved: scrap steel, stainless steel, electrical wiring terminals, circuit boards, plastics, rubber, and non-ferrous metals (aluminum, copper, zinc, etc.).
Drawings
The utility model discloses there is following figure:
FIG. 1 is a block diagram of a conventional scrap car recycling system.
Detailed Description
The present invention will be described in further detail with reference to fig. 1.
A traditional scraped car resourceful treatment system includes: the system comprises a pretreatment system, a liquid discharge system, a monitoring and marketing system, a crushing system, a sorting system and a dust removal system;
a conventional scraped car includes: an operating vehicle and a non-operating vehicle, the operating vehicle comprising: cart and dolly, non-operation vehicle includes: large cars, small cars, and motorcycles;
when the traditional scraped car is an operating car, the pretreatment system is connected with a liquid drainage system, the liquid drainage system is connected with a monitoring system, and the monitoring system is connected with a crushing system;
when the traditional scraped car is a non-operation car, the pretreatment system is connected with a liquid discharge system, and the liquid discharge system is connected with a crushing system;
the crushing system is connected with the sorting system, and the dust removal system is respectively connected with the crushing system and the sorting system;
the pretreatment system is used for completing the disassembly and recovery of dangerous wastes and recycled parts, and operation vehicles and non-operation vehicles after the disassembly and recovery are transported to the drainage system through a forklift;
the liquid drainage system is used for discharging and recycling waste liquid of an operating vehicle and a non-operating vehicle, then the operating vehicle is transported to the monitoring and marketing system through a forklift, and the non-operating vehicle is transported to the crushing system through the forklift;
the monitoring and selling system is used for completing monitoring and selling of the operation vehicle, and the operation vehicle after monitoring and selling is transferred to the crushing system through a forklift;
the crushing system is used for crushing the operation vehicles after monitoring and the non-operation vehicles after discharging the waste liquid, and the crushed materials enter the sorting system;
the sorting system is used for sorting the crushed materials and finally sorting out scrap steel, nonferrous metals (copper, aluminum, zinc and the like), stainless steel, wire ends, plastics, rubber and the like;
the dust removal system is used for removing dust generated in the crushing system and the sorting system.
On the basis of the scheme, the pretreatment system comprises: the device comprises a reuse piece processing area, an environment-friendly preprocessing area and an air bag detonation area;
the reusable part processing area is used for completing the disassembly of the reusable part, and the reusable part is a part which can be reused after the vehicle is scrapped and disassembled, such as a vehicle lamp, a decoration and the like;
the environment-friendly pretreatment area is used for completing the disassembly work of dangerous wastes such as an air bag, a three-way catalyst, a storage battery and the like and tires;
the airbag initiation zone is for initiating an airbag in a vehicle.
On the basis of the scheme, the liquid discharge system comprises: a large vehicle oil discharge area, a small vehicle oil discharge area and a motorcycle oil discharge area;
operation vehicle and non-operation vehicle correspond according to the vehicle type and place in cart fluid discharge area, dolly fluid discharge area and motorcycle fluid discharge area, cart fluid discharge area adopts the trench form, the workman accomplishes the fluid discharge work of vehicle bottom in the trench, dolly fluid discharge area and motorcycle fluid discharge area use the machine of lifting to promote the vehicle, accomplish the fluid discharge work of vehicle bottom, the fluid that discharges out passes through the oil storage bucket in pipeline transport to the mill workshop, the oil storage bucket transports the danger waste reservoir to the mill in through fork truck, the danger waste reservoir is used for keeping in the oil storage bucket.
On the basis of the scheme, the monitoring and marketing system comprises: a monitoring and canceling shearing area, a monitoring and canceling photographing area and a disassembling area;
the monitoring and marketing shearing area is used for completing the shearing of the operating vehicle, and the shearing process is monitored online in real time by a monitoring person of a public security department;
the monitoring and canceling photographing area is used for informing a monitoring person of a public security department to go to the site to carry out site inspection on the sheared workshop and photographing and retaining files;
the disassembly area comprises a cart body disassembly area, a frame component disassembly area and a tire disassembly temporary storage area, the cart body disassembly area is used for completing disassembly of the cart body, the cart body after separation is transferred to a crushing system through a forklift, the frame component disassembly area is used for completing manual disassembly work of components such as axles, plate springs, engines and tires on the frame, and the tire disassembly temporary storage area is used for completing disassembly and temporary storage of the tires.
On the basis of the scheme, the crushing system comprises: the device comprises a pre-crusher, a distributing machine, a feeding conveyor and a crushing main machine;
the operation vehicle after the supervision or the non-operation vehicle which discharges the waste liquid is sent into a pre-crusher through a steel grabbing machine, the pre-crusher is used for crushing the vehicle into fragments with the size of about 80 cm-100 cm and transmitting the fragments to a crushing main machine through a feeding conveyor;
the distributing machine is used for uniformly feeding the fragments on the conveyor;
the crushing main machine is used for crushing the fragments to ensure that the particle size of the crushed materials is less than or equal to 200 mm.
On the basis of the scheme, the sorting system comprises: the device comprises a magnetic drum device, a screening device, a permanent magnet roller, a vibrating screen, a first eddy current sorting device, a suspended magnetic sorting device, a second eddy current sorting device and an induction sorting device;
the magnetic drum equipment, the screening equipment, the permanent magnet drum, the vibrating screen, the first eddy current sorting equipment, the suspended magnetic sorting equipment, the second eddy current sorting equipment and the induction sorting equipment are connected through a conveyor belt;
the magnetic drum equipment is used for separating steel scraps and non-ferrous materials in the crushed materials;
the screening equipment is used for screening the non-ferrous materials separated by the magnetic drum equipment into different sizes according to different particle sizes, and finally screening the materials with the particle size less than or equal to 10mm and the materials with the particle size greater than 10 mm;
the permanent magnet roller is used for separating the scrap steel in the material with the thickness less than or equal to 10 mm;
the vibrating screen is used for uniformly distributing materials on the conveying belt through vibration;
the first eddy current sorting equipment is used for separating nonferrous metals such as aluminum, copper, zinc and the like in the materials which are sorted by the permanent magnet roller and are less than or equal to 10mm from other materials;
the suspended magnetic separation equipment is used for separating the scrap steel in the material with the thickness of more than 10 mm;
the second eddy current separation equipment is used for separating nonferrous metals such as aluminum, copper, zinc and the like from other materials which are subjected to magnetic separation by the suspended magnetic separation equipment and have the thickness of more than 10 mm;
the induction separation equipment is used for separating stainless steel, wire ends and circuit boards from other materials subjected to eddy current separation, and the rest materials contain plastics, rubber and the like.
On the basis of the scheme, the dust removal system comprises: the cyclone separator is connected with the cloth bag dust removal device;
the cyclone separator is used for removing large-particle dust and light materials;
the cloth bag dust removal device is used for further removing dust.
A traditional scraped car recycling method is applied to the traditional scraped car recycling system and specifically comprises the following steps:
step 1, dividing traditional scrapped automobiles into operating vehicles and non-operating vehicles, processing the operating vehicles and the non-operating vehicles by a pretreatment system to finish the disassembly and recovery of dangerous wastes and recycled parts, and then transferring the operating vehicles and the non-operating vehicles to a liquid discharge system by a forklift;
step 2, the operation vehicle is treated by a liquid discharge system to complete the discharge and recovery of waste liquid, and then is transported to a monitoring and marketing system through a forklift, the non-operation vehicle is treated by the liquid discharge system to complete the discharge and recovery of the waste liquid, and then is transported to a crushing system through the forklift;
step 3, after the monitoring and the marketing of the operation vehicle which discharges the waste liquid are completed through the monitoring and the marketing system, the operation vehicle is transferred to a crushing system through a forklift;
step 4, the operation vehicle after the supervision and the non-operation vehicle which discharges the waste liquid are processed by a crushing system, and the crushed materials enter a sorting system for processing;
and 5, sorting the crushed materials by a sorting system, and finally sorting out scrap steel, stainless steel, wire ends, circuit boards, plastics, rubber and nonferrous metals (aluminum, copper, zinc and the like).
Those not described in detail in this specification are within the skill of the art.
Claims (7)
1. A traditional scraped car resourceful treatment system which characterized in that includes: the system comprises a pretreatment system, a liquid discharge system, a monitoring and marketing system, a crushing system, a sorting system and a dust removal system;
a conventional scraped car includes: an operating vehicle and a non-operating vehicle, the operating vehicle comprising: cart and dolly, non-operation vehicle includes: large cars, small cars, and motorcycles;
when the traditional scraped car is an operating car, the pretreatment system is connected with a liquid drainage system, the liquid drainage system is connected with a monitoring system, and the monitoring system is connected with a crushing system;
when the traditional scraped car is a non-operation car, the pretreatment system is connected with a liquid discharge system, and the liquid discharge system is connected with a crushing system;
the crushing system is connected with the sorting system, and the dust removal system is respectively connected with the crushing system and the sorting system;
the pretreatment system is used for completing the disassembly and recovery of dangerous wastes and recycled parts, and operation vehicles and non-operation vehicles after the disassembly and recovery are transported to the drainage system through a forklift;
the liquid drainage system is used for discharging and recycling waste liquid of an operating vehicle and a non-operating vehicle, then the operating vehicle is transported to the monitoring and marketing system through a forklift, and the non-operating vehicle is transported to the crushing system through the forklift;
the monitoring and selling system is used for completing monitoring and selling of the operation vehicle, and the operation vehicle after monitoring and selling is transferred to the crushing system through a forklift;
the crushing system is used for crushing the operation vehicles after monitoring and the non-operation vehicles after discharging the waste liquid, and the crushed materials enter the sorting system;
the sorting system is used for sorting the crushed materials and finally sorting out scrap steel, nonferrous metals, stainless steel, circuit boards, wire ends, plastics and rubber;
the dust removal system is used for removing dust generated in the crushing system and the sorting system.
2. The system for recycling conventional scrapped cars of claim 1, wherein the pretreatment system comprises: the device comprises a reuse piece processing area, an environment-friendly preprocessing area and an air bag detonation area;
the reusable part processing area is used for completing the disassembly of the reusable part, and the reusable part is a part which can be reused after the vehicle is scrapped and disassembled;
the environment-friendly pretreatment area is used for completing the disassembly work of the air bag, the three-way catalyst, the storage battery hazardous waste and the tire;
the airbag initiation zone is for initiating an airbag in a vehicle.
3. The system of claim 1, wherein the drainage system comprises: a large vehicle oil discharge area, a small vehicle oil discharge area and a motorcycle oil discharge area;
operation vehicle and non-operation vehicle correspond according to the vehicle type and place in cart fluid discharge area, dolly fluid discharge area and motorcycle fluid discharge area, cart fluid discharge area adopts the trench form, the workman accomplishes the fluid discharge work of vehicle bottom in the trench, dolly fluid discharge area and motorcycle fluid discharge area use the machine of lifting to promote the vehicle, accomplish the fluid discharge work of vehicle bottom, the fluid that discharges out passes through the oil storage bucket in pipeline transport to the mill workshop, the oil storage bucket transports the danger waste reservoir to the mill in through fork truck, the danger waste reservoir is used for keeping in the oil storage bucket.
4. The system of claim 1, wherein the monitoring system comprises: a monitoring and canceling shearing area, a monitoring and canceling photographing area and a disassembling area;
the monitoring and marketing shearing area is used for completing the shearing of the operating vehicle, and the shearing process is monitored online in real time by a monitoring person of a public security department;
the monitoring and canceling photographing area is used for informing a monitoring person of a public security department to go to the site to carry out site inspection on the sheared workshop and photographing and retaining files;
the disassembly area comprises a cart body disassembly area, a frame component disassembly area and a tire disassembly temporary storage area, the cart body disassembly area is used for completing disassembly of the cart body, the cart body after separation is transferred to a crushing system through a forklift, the frame component disassembly area is used for completing manual disassembly work of an axle, a plate spring, an engine and a tire component on the frame, and the tire disassembly temporary storage area is used for completing disassembly and temporary storage of tires.
5. The system for recycling conventional scrapped cars of claim 1, wherein the crushing system comprises: the device comprises a pre-crusher, a distributing machine, a feeding conveyor and a crushing main machine;
the operation vehicle after the supervision or the non-operation vehicle which discharges the waste liquid is sent into a pre-crusher through a steel grabbing machine, the pre-crusher is used for crushing the vehicle into fragments with the size of 80 cm-100 cm and transmitting the fragments to a crushing main machine through a feeding conveyor;
the distributing machine is used for uniformly feeding the fragments on the conveyor;
the crushing main machine is used for crushing the fragments to ensure that the particle size of the crushed materials is less than or equal to 200 mm.
6. The system for recycling conventional scrapped cars of claim 1, wherein the sorting system comprises: the device comprises a magnetic drum device, a screening device, a permanent magnet roller, a vibrating screen, a first eddy current sorting device, a suspended magnetic sorting device, a second eddy current sorting device and an induction sorting device;
the magnetic drum equipment, the screening equipment, the permanent magnet drum, the vibrating screen, the first eddy current sorting equipment, the suspended magnetic sorting equipment, the second eddy current sorting equipment and the induction sorting equipment are connected through a conveyor belt;
the magnetic drum equipment is used for separating steel scraps and non-ferrous materials in the crushed materials;
the screening equipment is used for screening the non-ferrous materials separated by the magnetic drum equipment into different sizes according to different particle sizes, and finally screening the materials with the particle size less than or equal to 10mm and the materials with the particle size greater than 10 mm;
the permanent magnet roller is used for separating the scrap steel in the material with the thickness less than or equal to 10 mm;
the vibrating screen is used for uniformly distributing materials on the conveying belt through vibration;
the first eddy current sorting equipment is used for separating nonferrous metals and other materials in the materials which are sorted by the permanent magnet roller and are less than or equal to 10 mm;
the suspended magnetic separation equipment is used for separating the scrap steel in the material with the thickness of more than 10 mm;
the second eddy current separation equipment is used for separating nonferrous metals and other materials in the materials which are more than 10mm after being magnetically separated by the suspended magnetic separation equipment;
the induction separation equipment is used for separating stainless steel, wire ends and circuit boards from other materials subjected to eddy current separation, and the rest materials contain plastics and rubber.
7. The system for recycling conventional scrapped cars of claim 1, wherein the dust removing system comprises: the cyclone separator is connected with the cloth bag dust removal device;
the cyclone separator is used for removing large-particle dust and light materials;
the cloth bag dust removal device is used for further removing dust.
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| CN202120782887.XU CN215089704U (en) | 2021-04-16 | 2021-04-16 | Traditional scraped car resourceful treatment system |
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| CN202120782887.XU CN215089704U (en) | 2021-04-16 | 2021-04-16 | Traditional scraped car resourceful treatment system |
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