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THE COTTER CORPORATION SCHWARTZWALDER MINE RML CO- 369 -03 <br />RADIOLOGICAL HEALTH & SAFETY PROCEDURES <br />PROCEDURE NO. 1 -10 Revision No. 7 Replaces Procedure: 1 -10 <br />Page: 5 of 12 Revision Date: 07/19/10 Dated: 02/21/03 <br />PHASE 2.0 OPERATIONS <br />The limiting factors of terrain and distance dictate that many emergency situations that occur at the surface <br />facilities of the Schwartzwalder Mine will have to be successfully resolved or controlled by on -site personnel <br />before external agencies or organizations will be able to mobilize and arrive on -site. <br />On -site personnel involved in responding to an emergency scene must carefully evaluate the situation prior <br />to committing themselves and others to action. The severity of any injury, the quantity and concentration of <br />any hazardous material released, the presence or absence of fire and /or energized electrical circuits, and <br />the location of the incident are some of the primary factors used in determining an operations strategy both <br />before and during an incident response. Responders should always perform a thorough initial and ongoing <br />incident evaluation that accounts for these factors, and adjust their actions accordingly. A thorough incident <br />evaluation should include the following aspects: <br />1) The presence of physical and electrical hazards, or hazardous materials. <br />2) The physical layout of the incident area. <br />3) The extent of injury, if applicable. <br />4) The type and quantity of materials spilled, if any. <br />5) Any actions already taken. <br />6) The number and skills of available personnel. <br />7) The type and quantity of available equipment and supplies. <br />8) The type and availability of both internal and external support. <br />9) Alternate courses of action. <br />Response operations will usually occur in two distinct, but often overlapping, stages once the incident <br />evaluation and subsequent notification is complete. The first stage consists of those actions taken by the <br />First Responder immediately after the notification phase. The second stage of operations consists of <br />coordinated site -wide actions taken to successfully resolve a situation by multiple response personnel or <br />external support services. Actions taken by the First Responder may, or may not, successfully resolve the <br />emergency at the Stage 1 level of operations. If the First Responder can successfully resolve the situation <br />then the second stage of operations will terminate with the mobilization of site personnel during the <br />notification phase. If the First Responder cannot successfully resolve the situation, or if the situation is <br />beyond the First Responder =s capabilities to resolve, then the second stage of response operations will <br />continue through field response actions until a successful resolution of the emergency situation has <br />occurred. <br />General guidelines for First Responder and multiple responder operations are provided below. Operational <br />guidelines for specific types of incidents are attached as appendices to this section with HazMat response <br />guidelines organized according to the respective USDOT hazard class of the material. The hazardous <br />materials in use and stored on -site are listed in the AHazMat Table@ attached as Appendix 1 -10B to this <br />procedure. The HazMat Table also lists supporting information such as the container type and other <br />containment structures associated with the materials. <br />Responders should always attempt to de- energize electrical equipment and eliminate ongoing leak or spill <br />sources (re. closing valves, etc.), both prior to and during operations, if the responder(s) will not be exposed <br />to an unwarranted level of risk while doing so. <br />The prompt containment of spilled materials, or the containment of fires to a limited area, is a primary goal <br />of any field response action during these types of emergency situations. Limiting the area impacted by a <br />spill or a fire will significantly reduce the level of cleanup required after the response is over. <br />