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REV103441
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REV103441
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Entry Properties
Last modified
8/25/2016 1:14:17 AM
Creation date
11/22/2007 1:07:04 AM
Metadata
Fields
Template:
DRMS Permit Index
Permit No
C1981010
IBM Index Class Name
Revision
Doc Date
9/13/2000
Doc Name
TRAPPER MINING INC PN C-81-010 TR-83 1999 ANNUAL REPORT
From
DMG
To
TRAPPER MINING INC
Type & Sequence
TR83
Media Type
D
Archive
No
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Require- <br /> Require- ment <br />Requirement ment complied Comment <br /> citation with ? lyes <br /> / nol <br />AA. Para- <br />meters Table 4.8- <br />to be 13 of <br />analyze CDMG <br />yes <br />See comment 2 in attached letter. <br />d in mining <br />ground permit C- <br />water 81-010 <br />sam les <br /> CWQCC The 3` White Sandstone appears to be the only useable bedrock <br />' <br />BB. Basic aquifer that may be affected by Trapper <br />s mining. Wells GE-3 <br />Standards regulation and GP-9 monitor the 3rd White immediately downgradient from <br />for Ground s yes the permit boundazy. Data from these wells indicate compliance <br />Water 41.4 and with the Basic Standazds if compliance points were established <br /> 41.5 at the well locations. <br />CC.Restora[ion Each pit disrupts the po[entiometric surface. After <br /> reclamation, pits show full recovery of the potentiometric <br />of ground surface outside of backfilled pits and partial recovery of <br />water CDMG potentiometric surface inside backfilled pits. Spoil springs may <br />recharge to regulation yes reduce ground water recharge by diverting ground water flow to <br />approximate 4.05.11(3) surface Flow, but Trapper's expected total aggregate spoil spring <br />premining discharge of less than 1 cfs will be too small to reduce recharge <br />rate <br />below a roximate reminin rate. <br />DD. Preventio <br />n of adverse <br />impacts to CDMG <br />ground water regulation yes <br />systems 4.05.11 <br />outside the <br />ermit azea <br />Page 4 <br />
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