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2012-06-28_PERMIT FILE - M2012032 (20)
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2012-06-28_PERMIT FILE - M2012032 (20)
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Last modified
8/24/2016 5:02:02 PM
Creation date
7/2/2012 3:37:38 PM
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Template:
DRMS Permit Index
Permit No
M2012032
IBM Index Class Name
PERMIT FILE
Doc Date
6/28/2012
Doc Name
Appendix 4 & 5
Media Type
D
Archive
No
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ACZ Laboratories, Inc. <br />2773 Downhill Drive Steamboat Springs, CO 80487 (800) 334 -5493 <br />Silver Star Resources, LLC ACZ Project ID: L93301 <br />METHOD ACZ ID WORKNUM PARAMETER <br />L93301 -01 WG319107 Mercury, total M245.1 CVAA H3 Sample was received and analyzed past holding time. <br />WG318970 Silica, total M200.7 ICP M1 Matrix spike recovery was high, the recovery of the <br />associated control sample (l-CS or LFB) was acceptable. <br />M200.7 ICP ZS Digestion procedures have the potential to trigger silica <br />polymerization and precipitation, leading to low biased <br />results. Silica chemistry is complex and polymerization <br />kinetics are unpredictable. Dissolved and/or add soluble <br />silica analyses may provide more accurate measurements. <br />L93301 -02 WG319107 Mercury, total M245.1 CVAA H3 Sample was received and analyzed past holding time. <br />WG318970 Silica, total M200.7 ICP M1 Matrix spike recovery was high, the recovery of the <br />associated control sample (LCS or LFB) was acceptable. <br />M200.7 ICP ZS Digestion procedures have the potential to trigger silica <br />polymerization and precipitation, leading to low biased <br />results. Silica chemistry is complex and polymerization <br />kinetics are unpredictable. Dissolved and/or add soluble <br />silica analyses may provide more accurate measurements. <br />L93301 -03 WG319107 Mercury, total M245.1 CVAA H3 Sample was received and analyzed past holding time. <br />WG318970 Silica, total M200.7 ICP M1 Matrix spike recovery was high, the recovery of the <br />associated control sample (l-CS or LFB) was acceptable. <br />M200.7 ICP ZS Digestion procedures have the potential to trigger silica <br />polymerization and precipitation, leading to low biased <br />results. Silica chemistry is complex and polymerization <br />kinetics are unpredictable. Dissolved and/or add soluble <br />silica analyses may provide more accurate measurements. <br />REPAD.15.06.05.01 <br />Page 6 of 10 <br />
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