|
clay tics vice..Inc
<br /> I'A Ncpoui VIII
<br /> 68 W5-t 31
<br /> Climax Mine ARR
<br /> Rcvliion:W.,
<br /> Date:04/1998
<br /> Page 33 of 37
<br /> TABLE 10
<br /> Target Surface Water Samples-Dissolved Metals
<br /> Compared To Background For Climax Mine
<br /> Concentrations in µg/I(ppb)
<br /> IJ: Background CM1ICXS\V-TI CAfCX-SW-T2 CM1ICX-SW-T3 CMCX-SW-T4 CM1ICX•S\V-TS CMCX$V-T6 CMCXS\V-T7 CM1ICXSW-TB CM11CX-SW-79 CM1ICX.SW-TIO CM11CX-S\V-TII CM1ICX•S\V-SW CM11CX-S\V-TI7 CMCX-SIV-T27 C81CX.
<br /> .abcl 8: Values.These 8-143605 8-143601 B-143546 8.143542 8-143532 8-concentrations Surface water Surface water Surface water 143528 8-143524 8-143520 8-143347 8-14334i are the highest Surface water Surface water Surface water 8-143J35 8-143321 8-143314 8-143309 SIV_30
<br /> 8 collected from collected from collected from collected from collected from collected from Surface water Surface water Surface water Surface water Surface water Surface water
<br /> relevant values Tenmile Creek Tenmile Creek Tenmile Creek Tenmile from Troecte Creek Tenmile Creek collected
<br /> Creek collected
<br /> one tledCrom Ttnlecte fro. Tenlecterail,Creek Tenlec Crom collected from Surfcte wrier waterDupli ate NICX. 8.147547
<br /> from all Immediately below • collected from water of CM1ICX- Rinsale
<br /> Y approximately i.l approximately 2.1 approximately 3.1 approximately 4.1 approximately 5.1 approsimalel 6.1 a Creek Teomlle Creek Teom{Ir Creek S\V-TI7. Blank.
<br /> background Chi NPDES outfall. mile below CM miles below CM11 miles below CM11 miles below CM miles below CM miles below CM1f 7.Ipmlles below 8 Ipmlla below 9 Ipmilcs below t0.1 miles below 11.1 mile below 12.1 miles below
<br /> sam Irs Y approximately approximately approximately
<br /> P NPDES oulfall. NPDES oulfall. NPDES oulfall. NPDES oulfall. NPDES oulfall. NPDES oulfall. CM11 NPDES CAI NPDES CAI NPDES CM1I NPDES CM1f NPDES CM1I NPDES
<br /> tolleeled!or this
<br /> f:Sl' oulfall. oulfall• oulfall. oulfall. oulfall.
<br /> oulfall.
<br /> .1 (All 40.0 U (200) *576 (200) *209 (200) *432 (200) 184.0] (200) ]104] (200) 161.5] (200) (178J (200) 40.0 U 40.0 U 40.0 U 40.0 U 40.0 U
<br /> (Sb) 47.011 47.0 U 47.0 U 47.0 U 47.0 U 47.0 U 47.0 U 47.0 U 47.0 U 47.0 U 47.0 U 47.0 U 47.0 U 40.0 U 40.0 U 40.0 U
<br /> (As) 1.1 U 1.1 Ill 1.1 U) 1.1 Ul 1.1 U) L I W 1.1 Ul 47.0 U 47.0 U 47.0 U
<br /> (Ila) 213 133.71 135.8 I.1 UJ 1.1 UJ 1.1 U
<br /> 174.IJ 171.4J 28.BJ 1.1 U1 1.1 U �I.I U
<br /> (Be) 2.0 U 2.0 U 2.0 U 2.0 U 1 13ii U 135.71 163.0) 160.61 160.81 39.6 I.1 U 1.1 U 1.1
<br /> 2.0 U 2.0 U 2.0 U 1 1 148.7) 152.21 152.21 9.Will 4.0U 4.011 4.OU 4.OU 2.0U 2.0U 2.0U 2.OU 2.OU 2.OU
<br /> 4.0 U /.0 U 4.0 U 4.0 U 2.0 U 2.0 U 2.0
<br /> (Ca) 47,600 (5,000) *227,000 (5,000) *228,000 (3,000) *2J0,000 (5,000) *181,000 (5,000) *163,000 (5,000) *1.0 U 5,000) *I.0 U 5,000 9.0 U 4.0 U 4.0 U 4.0 U 4.0 U 4.0 U
<br /> 4.0 U 4.0 U
<br /> i (C'r) 5.0U (10.0) 5.0U *10.6 ( ) 98,400
<br /> (10.0) 5.0 U 5.0 U 5.0 U 101,000 85,900 58,900 71,200 S.OU 5.0U 73,100
<br /> (Cal 5oU 501) 5.0U 5.0U 5.0U S.OU 5.0U 5.0U 5OU
<br /> 5.0 U 5.0 U
<br /> (Cut 4.011 125o) 4 0 U 18.0 S.OU S.OU S.OU S.OU 5.0U 5.0U S.oU 5.0U 5.0U 5.0U
<br /> J (33.0) 4.011 4.OU 4.OU O.OU S.OU S.OU S.OU S.OU
<br /> (I'c) 1.31) (IOU) 1,31) 121.0) 190.11 130U 4.IU 4.0U 4.0U 4.0U 4.0U 4.0U 4oU 4.0U 4.0U
<br /> 29.1U 4.0U 4.0U
<br /> 11'hl I.3 Il I.I II I.3U I.3U 1.3U 116 168.0 25.7.3U I.3U 1.3 U 8.8U 152.71 I.OU
<br /> I.7 U 1.3 U
<br /> n (MU) I5,100 14,850) 14,770) 1.3 U 1.3 U 1.3 U 1.J U 1.3 U 1.3 U 1.3 U
<br /> 19,7901 13,9601 13.6301 13,8101 17,5901 4 900 1.3 U 1.3 U
<br /> (Mn) 37.0 (I5.0) *222 (I5.0) *187 (I5.0) *225 1 1 14.7701 14,820
<br /> (15.0) 136 125 117 I 14,4.5 (37.8 136.7 5 8.1
<br /> I ] J7.3 UJ
<br /> (Its) NR NR - 106 NR 127 94.6 74.5 J7.8 76.7
<br /> NR NR NR NR NR NR NR 36.1 2.0 U
<br /> am 0) *329
<br /> (Mo) 6.0 U (6.0) *906 (6.0) *890 (6.0) *905 (6.0) *694 (6.0) *622 NR NR NR NR NR(6.0) *632 (6.0) NR*544 (6.0) *317 (6.0) *330 (6. 020 U
<br /> (NO6.011 (40.0) 6.011 6.0 U 6.0 U 6.0 U 6.0 U (6.0) *270 (6.0) #173 (6.0) *214 (6.0) *214 (6.0) 6.0 U
<br /> 6.0U 6.0U &0U 6.0U 6.0U
<br /> (A) 3.7001) (5.000) *22.500 (5,000) *21,200 (5,000) *21.600 (5.000) *17.400 (5,000) *16,100 (5,000) *16,200 (3,000) *15,200 (5,000) *9,700 (5,000) *9.400 (5,000) *8.720 (5,000) *7.650 (5,000) *5.270 (5,000) *6,370 (5,000) *7,200 (5,000) 3,700 U
<br /> (40.0) 6.0 U
<br /> (Sc) 1.4it 1.41) 1.4U 2.0U 1.4U 1.4U 1.4U
<br /> 1.0U 1.0 U' 1.0U 1.0U 7.0U
<br /> (Ag) 7.0U (10.0) 7.011 *10.8 (I0.0) 7.0U 7.0U 7.0U 7.OU 1.9U I./U I.IU 1.4U
<br /> 7.OU 7.OU 7.OU 7.OU 7.OU 7.OU
<br /> (Na) 11.3 UJ (too) *IS,000 (5,000) *I5,500 (5,000) *15.100 (5,000) 11,100 10,100 10.500 9,730 7.0 U 7.0 U 7o U
<br /> (71) I.l U1 (10.0) 1.3 UJ 1.3 U) 11.61 J (10.0) 1.3 U 1.3 U 1.3 U 9.350 9,150 9,730 8,450 6.190 7,320 7,190 250 U
<br /> (V) 4.OU (50.0) 4oU 19.71 (50.0) 4.01) 4.0U 4.OU 4.OU 4.OU 4'0U 3 UI.3U 1.3U 1.3U 1.3U I.3U I.IU I.3U
<br /> Znl 44.9 20.0 82.4 129 *I51 20,0 1 I I 4.0 U 4.0 U 4.0 U 4.0 U 4o U
<br /> 94.7 97.4 106 IO2 4.3 U 4.0 U
<br /> 96.0 79.6 66.9 41.7
<br /> 54.0 56.7 3.J U
<br /> c associated numerical value is an estimated quantity because quality control criteria were not met.Presence of the analyze is reliable.he analylc was not detected above the CRUL.
<br /> he associated numerical value was detected below the CRDL,but greater than the method detection limit and is therefore an estimate(qualified by laboratory).
<br /> ample Qumllitalion Until(SQL),
<br /> ignilicance above background established according to HRS guidelines for analytical interpretation.Refer to section 4.1 for protocol.
<br /> lot rcponcd.
<br /> AXV7maI.AR R\7'ADLf:S.wpd:bas
<br />
|