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What Do You Recycle?
Ferrous Metal (QXR-Mme)
Non-Ferrous Metal (QXR-Mnf)
Glass (QXR-G)
Plastics (QXR-P)
Wood (QXR-W)
E-Waste(QXR-EW)
Waste To Energy (QXR-WTE)
Other-Custom
Laboratory
QXI Micro (EDXRF)
Mining
Down Hole Probe (DHP-1000)
Environmental
Cone Penetrometer (CP-1000)
Mill Service
Metal Slag Recovery Series

 

 

 

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QXR-EW Electronic Waste Sorting & Separating System


QXR-EW Electronic Waste Sorting & Separating



Austin AI's QXR-EW is a unique core system that rapidly and accurately sorts and separates electronic scrap material into product specific categories based on its chemical composition. Based on proven Energy Dispersive X-ray Fluorescence (EDXRF) technology, the QXR-EW system is ideal for E-Recycling industry, as it features these key attributes:

► The only automated, high volume technology based on highly specific Chemistry, not physical property - and that benefits you directly because:

    • High accuracy of separation (90% and above)
    • Only method to find the RoHS compliant material (plastics)
    • Economically viable throughput of tons/hour

► Applications

    • In-Feed Plastics
      • Remove PVC from mixed plastics, regardless of color or carbon black content
      • Remover brominated plastics from high value engineered plastic mix to render a recyclable product
      • Remove toxic and heavy metal bearing plastics from engineered plastic mix
      • Extract PCB's
      • Create a marketable product for waste to energy / waste to fuel applications
    • In-Feed Metals
      • Create a stainless steel free Cu wire product
      • Remove Pb bearing components from a mixture of E-waste metals
      • Create a clean (Cu and Al free) stainless steel product
      • Grade stainless to extract higher value components
      • Create a melt-ready Al product for secondary smelter market
    • In-Feed Glass (CRTs sorted by OEM specifications)
      • Sort mixed CRT glass by OEM specification

► Flexibility

    • Pricing (components only or complete turnkey systems your choice)
    • System designed specifically to your process configuration
    • Integrates nicely with other technologies eddy current, magnetic separation, density separation, IR/NIR, etc.

► Cost Effectiveness

    • Moderate initial cost
    • Low operating cost
    • Upgradeable by:
      • Application
      • Capacity
      • Accuracy



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