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� ` <br /> Persons in the disposal and recycling sectors do need to certify to the US EPA that such <br /> person has acquired recovery equipment that meets certain requirements (see prior <br /> discussion on Tools / Equipment Needed). <br /> California Law <br /> Section 25143.2(d)(7), Chapter 6.5, Division 20, Health and Safety Code (HSC), excludes <br /> CFC or HCFC compounds removed from heat transfer equipment, fire extinguishing <br /> products, or rigid foam products, from being regulated as hazardous wastes, provided <br /> the materials are reused or recvcled and specified conditions are met. These conditions <br /> are set forth in HSC sections 25143.2(e), 25143.2(f), and 25143.9. Additionally, reporting <br /> requirements for recyclers operating under an exclusion are set forth in HSC section <br /> 25143.10. If CFC or HCFC compounds are managed in ways other than recycling, such <br /> as incineration, or if the specified conditions for the exclusion are not met, the CFC or <br /> HCFC compounds would be hazardous wastes, and would remain subject to all <br /> hazardous waste management requirements. <br /> Persons with questions concerning the applicability of a r ling exclusion to a <br /> particular case regarding CFC of HCFC compounds may contact the nearest regional <br /> DTSC office. See Appendix E for addresses and telephone numbers of regional DTSC <br /> offices. <br /> 3.0 Polychlorinated Biphenyls (PCBs) <br /> In 1978, the federal government banned the manufacturing, processing, and distribution <br /> of PCBs. Prior to this time, PCBs were used in small capacitors and fluorescent light <br /> ballasts of some appliances. The identification of those appliances containing PCB <br /> capacitors is limited because manufacturers did not keep complete records of where <br /> PCBs were used. This lack of information makes it very difficult for recyclers to comply <br /> with the industry standard and California law of removing PCB capacitors and ballasts <br /> prior to baling or shredding the appliance. <br /> 3.1 How to Identify a Capacitor /Ballast <br /> A capacitor is a small metal-cased or plastic-cased device used to store electrical charges <br /> which assists the motor to run more efficiently in start-up (starting capacitor) or during <br /> operation of the appliance (running capacitor). Starting capacitors contain only dry, <br /> innocuous substances whereas the running capacitors are felled with an oil that dissipates <br /> heat during operation of the motor. A ballast is an electrical capacitor used to supply <br /> the high voltage necessary to start a fluorescent lamp'. <br /> There is no specific method to determine if an appliance contains a capacitor or not. A <br /> capacitor(s) may be found in any appliance which requires a motor to operate4. <br /> 10 <br />