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-82- <br />And I think if this really is made available and the employees are asked to <br />study it, they'll have same guidance as to what to do if there ever is a <br />problem. I do have one question about this is that you do -- you know you are <br />talking about a maximum storage capacity anyway of a 120,000 pounds of cyanide <br />in solid form, and I know that one of the dangers is that cyanide can, in some <br />circumstances, form gas which can move off site. I guess my question is -- <br />let's just take a worst-case scenario -- a meteor or something comes down or <br />airplane crashes on 120,000 pounds of cyanide, what's gonna happen? -- the <br />worst-case, if 120,000 pounds of cyanide is suddenly liberated b;y some <br />catastrophic event? <br />MR. HOLDER: You can write-off the pilot. <br />MR. MASSEY: Okay. Anne developed the Emergency Response Phan. She's <br />probably the best one to respond to that. <br />MS. BALDRIGE: <br />They're certified a <br />containers. If one <br />an inhibiting agent <br />solutions from that <br />The cyanide will be stored in what's known as flow bins. <br />m tainers constructed by Du Pont. They're very sturdy <br />should break, the cyanide is in powder form. It has got <br />in it that prevents development of either aqueous or gas <br />powdered form. <br />MR. DANIEL SON: Okay. What does it have to do in order to form a gaseous <br />solution? From that form, do you have to mix it with things? <br />MS. BALDRIGE: You -- Yeah, that's correct. <br />MR. DANIEL SON: What do you have to mix it with? <br />MS. BALDRIGE: You can mix it with water -- it takes some mixing because <br />of the inhibiting agents. They put that in there -- you mix it with acid. <br />• MR. HOLDER: It's raining, when the meteorite hits. <br />