Waste Recycling Systems
Against the backdrop of global resource constraints and intensifying environmental pressures, waste recycling has become an important way to promote sustainable development. By efficiently utilizing waste resources, we can reduce our dependence on natural resources and at the same time reduce the environmental pollution caused by waste. Through the introduction of efficient crushers and sorting equipment, large quantities of waste can be processed quickly, and accurate separation and high-value recovery of waste materials can be realized.
The core of waste recycling lies in turning “garbage” into “resources”. For example, used tires can be crushed and processed into rubber granules that can be used to produce materials for sports fields or road construction; PCB boards and lithium batteries from e-waste can also be recycled.
Waste recycling systems, including the preparation of the following materials:
Waste Lithium Batteries
Waste lithium batteries are a valuable resource waiting to be reclaimed. Through advanced recycling technologies, we can recover precious metals like lithium, cobalt, and nickel, reducing the need for mining and minimizing environmental harm. Recycling not only conserves resources but also prevents hazardous chemicals from polluting soil and water.
Waste Refrigerators
Waste refrigerators hold valuable materials like metals, plastics, and refrigerants that can be effectively recovered through recycling. By processing old refrigerators, we reduce landfill waste, reclaim reusable resources, and prevent harmful substances from damaging the environment.
Waste Wires
Waste wires are more than just scrap—they’re a source of valuable metals like copper and aluminum. Through efficient recycling processes, these materials can be extracted and reused, reducing resource depletion and environmental impact.Turn discarded wires into new opportunities.
Waste Tires
Waste tires are a hidden treasure, offering materials like rubber, steel, and fibers that can be reused in countless ways. Through advanced recycling technologies, old tires can be transformed into rubber granules, fuel, or construction materials, reducing landfill waste and pollution.
Waste PCBs
Waste PCBs (Printed Circuit Boards) contain precious metals like gold, copper, and silver, as well as reusable components. Through advanced recycling techniques, these valuable materials can be recovered, reducing e-waste pollution and conserving natural resources.
Waste Radiators
Waste radiators are rich in recyclable materials like copper, aluminum, and steel. Through efficient recycling processes, these materials can be recovered and repurposed, reducing resource waste and environmental impact.
• The pre-shredding system can be equipped with bolted cutting tools tominimize the operational cost and simplify maintenance of the line.
• Two-stage rasper system effectively liberates the steel from the rubberenabling effective separations and the production of clean wire.
• The fine granulation system is equipped with a special rotor designedspecifically for tire rubber size reduction. It provides maximum throughput.whilst minimizing the amount of fines created.
• System automation ensures that components actions are linked, the systemcapacity is maximized, and the system is protected against interfering materialin the best way.machine is also optimized for low operational and wear costs.
• The comprehensive recycling and treatment equipment for wastelithium batteries has a high degree of automation and is easyto industrialize.
• All recycling processes have been automated.and the valuable components of waste lithium batteries have arecovery rate of over 99%.
• Lithium battery processing equipmentseparates aluminum, copper, and positive and negative electrodematerials from discarded positive and negative electrode platesfor the purpose of recycling.
• The aluminum content of positiveand negative electrode materials is less than three thousandths.and the copper aluminum grade is ≥ 96%
• During the operation of the PCB recycling line, the scrap circuit boards are first mechanically disassembled to remove large components and heat sinks.
• Next, the circuit boards are sent to the crusher for comminution, and the crushed materials are screened and graded to isolate particles of different sizes and types.
• Subsequently, physical separation techniques such as wind separation, magnetic separation and gravity separation are used to effectively separate metals and non-metallic materials.
• Finally, chemical methods may be used to purify metals from the refining process to ensure that the metals extracted from the scrap circuit boards are of high purity and suitable for reuse or sale.
The waste wire recycling line is a production line specially used to process and recycle waste wires and cables.
• First, the waste wires are fed into the crusher, which crushes them into small pieces to facilitate subsequent processing.
• Then, the crushed materials are sent to separation equipment through a conveying system, such as air flow separators, vibrating screens or gravity separators, which can effectively separate metallic and non-metallic materials.
• Finally, refining and purification steps ensure that the recovered metal reaches a quality standard that can be reused.
The waste refrigerator recycling system is an environmentally friendly facility specially used to process and recycle waste refrigerators.
• Disassembly and separation: Disassemble the refrigerator into its individual components such as compressor, condenser, insulation, etc.
• Handling of hazardous substances: Safely dispose of refrigerants and other hazardous substances in the refrigerator to prevent environmental pollution.
• Material recycling: Recycle metals (such as steel, aluminum), plastics, glass and other reusable materials and send them to corresponding recycling plants for reprocessing.
• Resource utilization: Put the recycled materials back into the production process to realize the recycling of resources and reduce the dependence on natural resources.