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11. Containers of 110 gallons or less capacity which are not constructed of wood,paper,cardboard,fabric,or any other similar absorptive material,which have been emptied as specified in Title 40 of the Code of Federal Regulations,section 261.7 or inner liners removed from empty containers that once held hazardous waste or hazardous material and which are not excluded from regulation may be treated by the following technologies provided the treated containers and rinseate are managed in compliance with applicable requirements. ❑a. Rinsing with a suitable liquid capable of dissolving or removing the hazardous constituents which the container held. ❑b. Physical processes such as crushing,shredding,grinding or puncturing,that change only the physical properties of the container or inner liner,provided the container or inner liner is first rinsed and the rinseate is removed from the container or inner liner. 12. Multi-component resins may be treated by the following process: ❑a. Mixing the resin components in accordance with the manufacturer's instructions. 13. A waste stream technology combination certified by the Department pursuant to Section 25200.1.5 of the Health and Safety Code as appropriate for authorization under Permit by Rule. Certified Technology Number: 14. Aqueous wastes generated by rinsing products and fixtures holding products that were processed in cyanide-containing solutions may be treated by the following technologies: ❑a. Oxidation by addition of hypochlorite. ❑b. Oxidation by addition of peroxide or ozone,with or without the use of ultraviolet light. ❑c. Alkaline chlorination. ❑d. Electrochemical oxidation. ❑e. Ion exchange. ❑f Reverse osmosis. 15. Aqueous wastes generated by reverse osmosis or the regeneration of demineralizer(ion exchange)columns that were used for recycling of wastewaters at facilities that maintain zero discharge of wastewaters derived from the treatment of cyanide-containing aqueous waste may be treated by the following technologies: ❑a. Oxidation by addition of hypochlorite. ❑b. Oxidation by addition of peroxide or ozone,with or without the use of ultraviolet light. ❑c. Alkaline chlorination. ❑d. Electrochemical oxidation. ❑e. Ion exchange. ❑f Reverse osmosis. 16. Rinseate from rinsing equipment used to transfer aqueous solutions containing cyanides such as containers, pumps, and hoses may be treated by the following technologies: ❑a. Oxidation by addition of hypochlorite. ❑b. Oxidation by addition of peroxide or ozone,with or without the use of ultraviolet light. ❑c. Alkaline chlorination. ❑d. Electrochemical oxidation. ❑e. Ion exchange. ❑f Reverse osmosis. 17. Aqueous wastes generated by the following onsite recycling activities 1)Rinsing spent anode bags prior to onsite reuse;or 2)Rinsing empty containers prior to onsite reuse may be treated by the following technologies: ❑a. Oxidation by addition of hypochlorite. ❑b. Oxidation by addition of peroxide or ozone,with or without the use of ultraviolet light. ❑c. Alkaline chlorination. ❑d. Electrochemical oxidation. ❑e. Ion exchange. ❑f Reverse osmosis. 18. Aqueous wastes generated by onsite laboratories conducting analyses and testing may be treated by the following technologies: ❑a. Oxidation by addition of hypochlorite. ❑b. Oxidation by addition of peroxide or ozone,with or without the use of ultraviolet light. ❑c. Alkaline chlorination. ❑d. Electrochemical oxidation. ❑e. Ion exchange. ❑f Reverse osmosis. 19. Process solutions containing cyanides with recoverable amounts of metal may be treated by the following technology: ❑ Electrowinning to recover metals prior to further treatment,including destruction of incidental amounts of cyanide by electrochemical oxidation resulting from the electrowinning process. 20. Process solutions containing cyanides added slowly to a rinse tank at a level that never exceeds 5,000 milligrams per liter cyanide in the rinse tank may be treated by the following technologies: ❑a. Oxidation by addition of hypochlorite. ❑b. Oxidation by addition of peroxide or ozone,with or without the use of ultraviolet light. ❑c. Alkaline chlorination. ❑d. Electrochemical oxidation. ❑e. Ion exchange. ❑f Reverse osmosis. UPCF Rev.(08/08) www.unidocs.org