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i?NIFIED PROGRAM CONSOLIDATED FORN1 ONSITE TIERED PERMITTING PERMIT BY RULE PAGE WASTE AND TREATMENT PROCESS COMBINATIONS Ione all that Unit ID# 60o Facility IDS t Pac: 1. .,^Xqueous waste containing hexavalent chromium mai be treated by the following process: c i �f a Reduction of hexavalent chromium to trivalent chromium with sodium bisulfite, sodium metabisulfite, sodium thiosulfate, ferrous sulfate. ferrous sulfide or sulfur dioxide provided both pH and addition of the reducing agent are automatically controlled. Aqueous wastes containing metals listed in Title 22. CCR. Section 66261.24 (a)(2) and/or fluoride salts may be treated by the following technologies: V. pH adjustment or neutralization E) g, Plating the metal onto an electrode. . Precipitation or crystallization ❑ h Electrodialysis. 2-c. Phase separation by filtration. centrifugation. or gravity settling ❑ i. Electrowinnine or electrolytic recoyerx ❑ d. Ion exchange Chemical stabilization using silicates and/or cementitious Apes of reactions ❑ c. Reverse osmosis ❑ k Evaporation. ❑ f. Metallic replacement ❑ I Adsorption. 3. Aqueous wastes with total organic carbon less than 10% as measured be EPA Method 9060 and less than 15 total volatile organic compounds as measured by EPA Method 8240 mac be treated by the following technologies: ❑ a. Phase separation by filtration, centrifugation or gratinsettling. bu; excluding super critical fluid extraction. ❑ In, .Adsorption i �' ❑ c. Distillation. ❑ d Biological processes conducted in tanks or containers and utilizing naturally occurring microorganisms. ❑ e. Photodegradation using ultraviolet light. with or without the addition of hydrogen peroxide or ozone, provided the treatment is conducted in an enclosed system Cl f Air stripping or steam stripping. 4. Sludges, dusts, solid metal objects and metal workings which contain or are contaminated with metals listed in Title 22, CCR, Section 66261.24(a)(2) and/or fluoride salts may be treated by the following technologies: a Chemical stabilization using silicates and/or cementitious types of reactions ❑ b. Physical processes which change only the physical properties of the waste such as grinding. shredding, crushing, or compacting ❑ c Drying to remove water. $: d. Separation based on differences in physical properties such as size. magnetism or density. 5. Alum, gypsum, lime, sulfur or phosphate sludges may be treated by the following technologies: ❑ a. Chemical stabilization using silicates and/or cementitious types of reactions. ❑ c. Phase separation by filtration, centrifugation or gravity settling J ` j ❑ b. Drying to remove water 6. Wastes identified in Title 22, CCR, Section 66261.120, that meet the criteria and requirements for special waste classification in Section 66261.122 may be treated be the following technologies: a. Chemical stabilization using silicates and/or cementitious types of reactions In Drying to remove water. oi c Phase separation by filtration. centrifugation or gravity settling. d. Screening to separate components based on size. e. Separation based on differences in physical properties such as size, magnetism or density 7. Wastes. except asbestos, which have been classified by the Department as special wastes pursuant to Title 22, CCR, Section 66261.124, may be treated by the following technologies: ❑ a. Chemical stabilization using silicates and/or cementitious types of reactions ❑ c Phase separation by filtration. centrifugation or gravis settling ^— ❑ b. Drying to remove water. ❑ d. Magnetic separation. �J 8. Inorganic acid or alkaline wastes may be treated by the following technology: X a. pH adjustment or neutralization 9. Soils contaminated with metals listed in Title 22, CCR. Section 66261 24fa)(2), (Persistent and Bioaccumulatiee Toxic Substances) may be treated by the following technologies: ❑ a. Chemical stabilization using silicates and/or cementitious types of reactions EI c Magnetic separation. ❑ b. Screening to separate components based on size. 10. Used oil, unrefined oil waste, mixed oil, oil mixed with water and oil/water separation sludges may be treated be the following technologies: ❑ a. Phase separation by filtration, centrifugation or gravity settling, but excluding super critical fluid extraction. ❑ b. Distillation. ❑ c. Neutralization (� ❑ d Separation based on differences in physical properties such as size. magnetism or densip. ❑ e. Reverse osmosis. ❑ f Biological processes conducted in tanks or containers and utilizing naturally occurring microorganisms. II. Containers of 110 gallons or less capacity which are not constructed of wood, paper, cardboard, fabric or am 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 liquiTcapable of dissolving or removing the hazardous constituents which the container held. ❑ b. Phov ysical processes such as crushing, shredding, grinding or puncturing. that change only the physical properties of the container or inner liner. prided 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 or the Health and Safety Code as appropriate for authorization under Permit be Rule. Certified Technology Number UPCF (1'99) 19 Formerly DTSC 1772D