Laserfiche WebLink
EXHIBIT I <br /> POLYCHLORINATED BIPHENYLS (PCB 's) <br /> 1 • WHAT ARE PCB'S? <br /> Polychlorinated Biphenyls are chemical substances which are found <br /> in insulating oils in transformers, capacitors and certain hydraulic <br /> coolant fluids. The fluid in our transformers is odorless and <br /> yellowish in color. <br /> II. WHAT ARE THE HARMFUL EFFECTS OF PCB'S? <br /> PCB' _ are suspected, but not yet confirmed, of causing cancer. <br /> The potential health effects are damage to the skin, eyes, liver, <br /> and reproductive system. The routes of exposure are skin penetration, <br /> inhalation and ingestion. Generally, a respiratory hazard exists <br /> only when the PCB is vaporized as under fire conditions or when <br /> leaking onto a hot surface. <br /> III . WHERE ARE FACTORY PCB's LOCATED? <br /> We have identified that the below listed transformers and capacitors <br /> contain PCB substances. These units have been labelled (show <br /> employee a label ) for identification and warning to employees. <br /> (See attachment I) <br /> IV. WHAT TO DO IN CASE OFA LEAK OR SPILL? <br /> We inspect our transformers and capacitors for leaks on a pre- <br /> determined schedule. However, a leak could occur between these <br /> scheduled inspections. Therefore, it is imperative that any <br /> leakage that you discover must be reported immediately and action <br /> taken to prevent exposure to employees and/or contamination to <br /> the food product as follows: <br /> A. Report leak to any of the following personnel : <br /> 1 . Your supervisor <br /> 2. S.S.S. Manager <br /> 3. Chief Electrician <br /> 4. Other supervisor or management personnel <br /> B. Stand by the leak area and keep other employees or passerbys <br /> from walking in the PCB liquid or coming into contact with <br /> the liquid. <br /> C. Employees may place a container under a leak or place rags <br /> or oil absorbent materials on spills on floors to contain <br /> the leakage provided that this can be accomplished without <br /> coming into contact with the PCB. <br />