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Waste solar panel treatment plant

Silicon wafers, as the core components of solar panels, play a crucial role in photovoltaic technology.
  • Commodity name: Waste solar panel treatment plant
  • Product Description
  • Video detailed display of details

     Final Product

    In photovoltaic panel modules, glass (75%) is followed by polymer (7%), aluminum (9%), silicon (4%), copper (1%), and small amounts of silver, tin, lead, etc. Among them, metals such as glass, aluminum frames, silicon, copper, silver, tin, and plastic oil have significant recycling value. Waste photovoltaic panel resistors also have great recycling value.

    carbon black

    petty copper wire

    glass

    copper belt

    silicon wafer

    pyrolysis oil

     Product Attributes

    Place of Origin:
    Shangqiu City, Henan Province, China
     
    Brand:Rundacapacity:customizableWarranty period:1 year
    Raw materials:
    Single glass panel and double glass of waste solar panel
     
    Heating methods:electricity, gas, wood, fuel oilCooling method: water circulation systemTemperature: 0 degrees - 450 degrees
    recovery rate:
    98%
     
    Processing capacity:40T-80TNumber of workers:10-15personfloor area:2000 square meters

    Process principle of processing equipment:

    1.The pyrolysis process does not require fine pretreatment of the raw materials. After remove the aluminum frame of the waste solar panel, it can be directly put into the pyrolysis processor for treatment.

    2.During the pyrolysis process, a amount of glass, silicon, and other substances will be separated from EVA adhesive (ethylene vinyl acetate copolymer). EVA adhesive is distilled to produce an oil vapor mixture, which is then condensed by a multi-stage separator and cooling system to recover fuel oil. Meanwhile, solid residues are retained in the pyrolysis furnace.

    3.The waste gas and flue gas generated by pyrolysis are treated by an atomization dust removal device to ensure that pollutants are discharged in compliance with standards. Some of the low-carbon non condensable gases enter the combustible gas recovery system through a water seal device and can be used as fuel for the combustion and heating of the pyrolysis furnace.

    4.After pyrolysis is completed, the solid materials in the furnace are cooled and discharged, and then subjected to physical and mechanical screening to separate metal and non-metal materials such as silicon, copper, silver, and glass.
     

    Prolysis plant models and specification

    product model Specificationsper batch
    capacity
    ContainersGross weightpower
    RD-2600*66002600mm*6600mm10T2*40HQ27T24KW
    RD-2800*66002600mm*6601mm12T1*40HQ&1*FR36T25kw
    RD-2600*77002600mm*6602mm12T1*40HQ&1*FR39T25kw
    RD-2800*77002600mm*6603mm15T1*40HQ&1*FR41T27kw
    RD-2800*80002600mm*6604mm15T1*40HQ&1*FR42T27kw

    Customer Site

    Pyrolysis equipment

    Dust free slag removal workshop

    Sorting equipment with a recovery rate of up to 98%

    Solar panel processing site

    Equipment shipment

    Service

    1.Full year support for maintenance, 24-hour technical hotline
    2.Conduct training for operation and maintenance personne
    3.Develop a visual operation and maintenance manual
    4.Regular preventive maintenance plan
    5.Core component lifespan warning and update reminder

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