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Industrial Waste Material Recycling

Industrial Waste Material Recycling Edward Daniels Bassam Jody John Hryn Processes That We Have Developed Include: Ø Selective Removal/Neutralization of Antimony from Secondary Aluminum Ø Electrochemical Recovery of Zinc and Clean Steel from Galvanized Scrap

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Industrial Waste Material Recycling

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  1. Industrial Waste Material Recycling

  2. Edward Daniels Bassam Jody John Hryn

  3. Processes That We Have Developed Include:

  4. ØSelective Removal/Neutralization of Antimony from Secondary Aluminum ØElectrochemical Recovery of Zinc and Clean Steel from Galvanized Scrap ØSeparation and Recovery of ABS and HIPS from Mixed Plastics via Froth Floatation ØRecovery and Purification of Flexible Polyurethane Foam from Auto Shredder Residue ØSelective Removal of Lead from Copper-base Scrap ØElectrodialysis for Salt Recovery from Aluminum Salt Cake Brines

  5. New Processes That We are Working On:

  6. ØSeparation and Recovery of Carbon Fiber from Polymer Matrix Composites ØSeparation and Recovery of Polyethylene from Mixed Polyolefins via FrothFloatation ØRecovery of Selected Thermoplastics from Auto Shredder Residue ØClosed-Loop Hydroprocessing for Recovery of Spent Catalysts ØPurification and Conversion of Aluminum-Oxide Reject Material ØRecovery of High-Purity Thermoplastics from Obsolete Computers and Electronic Goods ØHydrometallurgical Recovery of Zinc and Iron from EAF Dust ØCopper and Zinc Recovery from Brass Dross Fines

  7. Polyurethane Foam Recovery From ASR

  8. 75 lb/hr Foam Wash, Rinse, Dry Pilot Unit Salyp ELV Center: Showcase for Argonne ASR Technology

  9. Recycling of Aluminum Salt Slags

  10. Aluminum Melting Generates 1 million tpy of Salt Slags Bench-scale ED Stack Electrodialysis Pilot-Plant Completed Feb-2000

  11. Components of Salt Cake

  12. Thermoplastics RecoveryVia Froth Flotation

  13. 1000 lb/hr Froth Separation Unit Injection mold tests confirm feasibility of 100% post consumer ABS for current applications

  14. Schematic of the Dezincing Process

  15. Experimental Facilities

  16. Hydrometallurgical Separation Bulk Physical Separation Solvent Extraction High-temperature Electro-chemical Separation Froth-Flotation/Density Separation

  17. For More Information Contact Us and Visit Our Website: http://pe.es.anl.gov

  18. Ed Daniels, Manger, Senior Engineer 630-252-5279 Edaniels@anl.gov Marlene Nowotarski, Administration 630-252-7110 Nova@anl.gov Our Mailing Address is: Argonne National Laboratory Process Evaluation Section ESD/Bldg. 362 9700 S. Cass Avenue Argonne, IL 60439-4815  Our Phone Number is: 630-252-7110 Our Fax Number is: 630-252-1324

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