Laserfiche WebLink
Designated Chemicals Emergency Response Plan Climax Molybdenum Company <br />Permit 1977 -493 <br />T -A -1 Introduction <br />T -A -1.1 Purpose and Objectives <br />This Appendix to the Environmental Protection Plan contains information found in the Climax Mine site - <br />wide Emergency Response Action Plan (ERAP). The ERAP was developed to provide a formal <br />emergency preparedness program that protects human health and property in the event of an emergency <br />such as fire, explosion, etc. The ERAP also formalizes the arrangements with local police, fire <br />departments, and hospitals in case of an emergency. Employees have access to the ERAP via the <br />company intranet and are trained on its contents. The ERAP is maintained onsite to reflect current site <br />conditions. This Emergency Response Plan for Designated Chemicals has been prepared in accordance <br />with Rule 8.3 of the MLRB Hard Rock/Metal Mining Rules, and provides information specific to <br />designated chemicals only. <br />This Appendix indicates the designated chemicals onsite at Climax during periods of production, outlines <br />emergency response procedures for designated chemicals, identifies contact people associated with <br />responding to emergencies, and contains a brief discussion of the location of the designated chemicals <br />and associated controls. The location of the reagent storage area within the mill facility is indicated on <br />EPP Figure AM- 06 -T -06. The general arrangement and containment details of the reagent storage area <br />are presented on EPP Figure AM- 06 -T -07. <br />T -A -2 Designated Chemicals <br />The chemicals listed and discussed herein are those used specifically in the extractive metallurgical <br />processing of molybdenite ore to produce molybdenum disulfide (MoS concentrate. The Climax Mine is <br />not presently in production, thus, most of the designated chemicals associated with metallurgical <br />processing are not present on the site. However, since all or some of these chemicals may again be <br />utilized when operations recommence, their discussion is relevant. <br />The information provided regarding designated chemicals is presented as the best information currently <br />available. These chemicals, quantities, and concentrations may vary based upon production needs and <br />processes. For example, brand name chemicals such as (but not limited to) Empicol (Syntex) or Nalco <br />9741 may be changed out for different brands of similar chemicals based on factors such as cost, <br />effectiveness, or handling considerations. Changes in brand and reagent usage are a part of the <br />production process and are not considered to be grounds for significantly altering this Appendix. <br />However, updates to the ERAP will be made in the event that: 1) new types of chemicals, not discussed <br />herein, are added to the process; 2) the storage location of a designated chemical is changed; or 3) the <br />specific containment facility for a designated chemical must be enlarged. Updates may also be made to <br />acknowledge changes in site emergency contacts. <br />When production at Climax recommences, designated chemicals will be stored in the reagent area of the <br />mill, as indicated on EPP Figures AM- 06 -T -06 and AM- 06 -T -07. Climax will submit additional information <br />regarding the new facilities, as necessary, prior to recommencement of production, including a list and <br />location of materials, supplies and equipment for containing, controlling and cleaning up excursions or <br />releases of designated chemicals. <br />T - A - 2.1 List of Chemicals and Specific Locations <br />Designated chemicals used at Climax during periods of production are listed in Table T -A -1. The table <br />includes the list of designated chemicals used in the froth flotation metallurgical process for concentrating <br />MoS This list includes the storage location, the type and capacity of the storage container and identifies <br />the presence of secondary containment associated with the design of the reagent storage area. <br />EPP — Appendix A <br />July 2011 T -A -1 <br />