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1 <br />t <br />1 <br />1 <br />192 <br />1 (inaudible). <br />2 MS. JACQUEZ: Okay. <br />3 MR. SMITH: The volatilization <br />4 (inaudible) itself, it's a process where (inaudible) <br />5 to get rid of cyanide. The levels you are talking <br />6 about are related to points of discharge. It, <br />7 therefore, (inaudible). <br />8 You will get further breakdown and <br />9 volatilization, degradation (inaudible) in the <br />10 discharge line itself. (Inaudible.) <br />it MS. JACQUEZ: Okay. I wish Phil were <br />12 here. Okay. <br />13 Does -- is there a possibility for <br />14 water that is trapped in the tailings to create a <br />15 gas (inaudible)? <br />16 MR. SMITH: The process (inaud:ble) <br />17 by different fusion (inaudible) or by reaction <br />18 (inaudible) total cyanide (inaudible). <br />19 MS. JACQUEZ: Thank you. I'm wondering, <br />20 in your design concept, what provisions you have <br />21 made in case there is a pump failure in your <br />22 containment pond area? <br />23 MS. BALDRIGE: There will be backup pump <br />24 systems available. <br />25 MS. JACQUEZ: And how long will. it take <br />AGREN, BLANDO & BILLINGS <br />