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40 <br />2. Hazard Identification <br />a. Chemical identities <br />Provide proper chemical name, CAS number and <br />natural physical state of each EHS according to <br />exhibit C of the Technical Guidance for Hazards <br />Analysis. <br />b. 'Maximum quantity on-site <br />Express in exact pounds (not range codes) the <br />maximum quantity of each EHS the facility would <br />have on --site at any given time. <br />C. Amount in largest container or interconnected <br />vessels <br />Express in pounds the amount of each EHS stored <br />in the largest vessel or interconnected vessels_ <br />d. Type and design of storage container or vessel <br />Indicate the storage method of each EHS, i.e., <br />drum, cylinder, tank, and their respective <br />capacities This includes system types such as <br />manifold versus . <br />e. Nature of the hazard <br />Describe the type of hazard most likely to <br />accompany a spill or release of each EHS, i.e., <br />fire, explosion. <br />3. Vulnerability Analysis <br />a. Extent of the Vulnerable Zone <br />Identify the estimated geographical area that <br />may hp Assn—t- to ccnccntrations of an airborne <br />EHS at levels that could cause irreversible <br />acute health effects or death to human <br />populations within the area following an <br />accidental release. plot that geographical area <br />on a map, indicating the Vulnerable Zone. <br />b. Estimate Facility Population <br />Provide an estimate of the number of employees <br />at the facility. <br />C. Critical Facilities <br />List facilities and their populations within <br />the VZ which are essential to emergency <br />10 <br />