2016-12-09_HYDROLOGY - M1977493 - Laserfiche WebLink

Home Browse Search

APPENDIX B Table B-2.7 Climax Molybdenum Company Groundwater Monitoring Data-Eagle River Permit No.1977-493 Alk.11nky Alkalinity Aluminum Antimony ANmk W.. Be o-Cadmium [aklwn -%� TeW -No de gNomlum Cobalt CaPMr Cyanide Cyanide Fluadde Iron le.J Magn<slu�n tang+nose M1 e!ybtlenem Nkkel Nttrlte plus taaslum Selenium Silver Sodium Sullale TM1alllum Vanadl.M N- SiteN.- sample Date c031m[/1 Total(m[/1 ol. oM Dk4' Dbs Dbs Waa Oka Org.nk Oks Oiss OLa Dka TOMI WA0 Dbs Dka Disv Oba r Dka tDifry M1 Oka Olu Nitrate FkW SY pe Diss pbe Dla, 0ba Alfs DLs (m[n DL. DLs n c.c¢3) Mac03) Im[/I) f-M (m[/Il Im[/11 (m[/p (mdp (-A Im[/II Im[/11 Im[/II I. Im.111 (.0) Imdp (.,/I): (.sh (m4/I). (-0) Img11) (m[/0 Im[/4 Im[/0 Im[/p (m[/4 Im[IO 'Im[/p Imd9 IN[/q. Im3/p (m.11) lm[!II EV-MW- 12/27/2012 140 am 0.026 0W00.5 0. 46 I 1 0.0- Dam 0,m3 0W3 0.2 001 O.OmI OOm1 0.00 a-2 O.0 1.. 2 Oml 00 1. 55 0000] 244 O,mS 0.0 EV-MW4p4 awwo13 2m 227 003 0.0004 OA009 0.027 0.WW5 0.oml 46 1 aows 0.m05 O.OWS a- Om3 0.3 0.07 OAOOI 24 0.23 a- 0.00 0.02 7.9 0001 001 31 62 Om0 D.mS am EV-MWA04 01/D/MH 2W 212 00009 aWOS 0.029 000m5 0.m0] 47 5 3 0.0007 00W7 O,OD13 aW3 0.3 0.2 a. 00(Ill1 25 0.23 a- 0010 a- 0.01 ).8 2 0.1 am 28 57 00001: 3m am am EV-- W/A7/2013 7A FV-MW- 05/21/2013 2. 217 ,am O.0004:. MOM 0,033 o- a-1 1 OQODS ¢0010 G.M. 0003 03 ao5 0.00f11 26 0.12 a_ 0p10 0o006 am 7.6 2 awl ma 22 44 0.600. 2m O.WS 001 EWMWL01 O6/22m3 231 134 003 00004 O.OW4 0.033 aoo- aM 49 1 2 00m5 OAo01 Mom am3. O.W3 0.1 OW owl 2> oo1 0.0001 oWo O.W12 am 7.6 2 a_ OW 20 44 O.", Lao om 0.U1 EV MWA01 0/23/2013 231 234 0.0004 ¢0m2 0.033 0.0-5 a0m 47 1 1 O.OWS a0m5 a- O.m3..:a- a1 a. Om0 0o5 OA002 o.1 0.-1 0.0 7.. 2 0.m1 0.. 21 I6 00m1 2W 11,m5 0. EV MWA04 OB/19/2013 214 222 003 O.- ¢0o3 0.031 000005 0Goal 48 1 2 OmOS aom OmOS a- 0.W3 0.1 O.m Om0 Z6 0.]3 OfKK11 0.0200.0007 00 7.7 2 0.m1 0.01 21 m ,Om01 28O om5 001. EV MW 004 W/30/2013 227 233 a. O.Om1 aom4 0030 0.0om 0000 46 I 2 aws OAme o0m am a_ 0.1 0.11 o-Y ZS 0.11 O.Wp1 000 00m6 00. 7.7 I Aom 0.01 12 51 awl 190 0- 0.01 6V-MW 881 SW/2013 213 213 003 a- a-, ¢Ws 000m 00001 45 1 1 00005 OA00) 0W65 am a_ Qi 0.11 a_ 24 0.20 O.fKVII 0._ a_ , 00 16 2 O.mlao, 11 51 00001 292 Om5 O.ol EV-MWA04 li/OS/2013 216 216 003 O.Ome ac- ¢03O a- Doom 47 3 a- OADW O- 0W3 a- 0.2 0.0 a- 15 0.24 OOWI 0.020 ¢m28 0.0 11 2 0.00 am 23 52 0.m0 2D0 am OAS E mwM 12/II/2013 222 221 a. OW01 O0008 01029 :0.00005 00001. 49 1 I DOM 0.0808 0.W05 Am3 -0.003 0.2 OAB 0.0m1 26 0.35 :0W01 am a_ 0.02 7.7 2 a- 0.ol 21 47 a-1 2. .am 0.03 EV-MWA04 OS/M/2014 0.10 .7 D.3 EY-Mw- 02/11/2014 129 .1 a. 0o004 - ams 000- owl 47 1 1 - o.W12 a005 am 0W3 0.2 001 DWI 16 0.24 O0W2 0,020. OW28 am 7.6 2 a- 001 21 51 0000 2'N 0.005'. am EV-m- MA812014 00 0.1) 1 EV-MW-001 04/0m.14 002 0.03 1. EV-mw-0 0/29/2011 002 01. 7.5 EV-MWA04 W/24/2014 227 233 am QWW O.OW4 0.028 0.WW5 DOWI 4) 1 O.AM 0-3 D.T. 0.m3 aam O.1 am AmJ 25 0.O3 0.m 000 a_ :.am '. 2 a- 0.01 18 46 0.WW I20 am am EV-MWADI 0/29nOI 0.0 am 7.4 EV-MWm1 W/28/ZO11 328 238 003 O.0m1 0.0m2 0.01D O.mmS O.Om1 OD I 2 00mS. 0.0001 ¢W18 O.m3 am ¢2 0.0 0000 26 0.0 OOWI 00?0 O.Gtl06 402 ).2 2 Oml 0.01 1> Sl O.OmI 2m O.mS 0.02 EV-MW-WI W/npm. 226 336 003 a- a- 002D A- -1 1 1 a_ 0.0005 .2 a_ a- 0.2 003 QOWI 27 OA3 0W02 0M 0.m14 00 7.e 2 0.m1 001 1D 51 .-I 270 am-. 0.04 EV-MWAO. lW29/2014 229 229 0.03 0.W0 0.000. M031 0.W00S 0.0om 41 2 a- 0.0- O.ml) 0W3 000 0.2 0.0 am 26 D.O1 'a_ O.Omb 7.1 am] a. 1) 48 O.P001 286 0- am EV-MW WI 11/20/2014 229 229 am a0004 a0002 O.OW aDoM o-1 50 I 1 0.0005.. O.W02 O.WOJ 0m3 am 0.2 O.W 0.0W1 2A om a_ 0,0?0 am - 7,6 a- am 17 43 00m1 2.4 am 0ol Ev-mw- 12/10/2014 00 0.01 7.5 EV-MW-0M OS/M/2015 231 23] am OA002 am O.m005 O.Oml :l 2 0.OW5 a0m 0.000) 0.W3 a- 0.2 00 OW0 am a- am :.a. 7.2 aml 001 16 IS OmDI 1 0.02 EV- 06/31/I015 2ID 224 0.03 a_ 0.- 0.on 00m05 O.o m 46 8.9 2 O.IXpS 0.m15 O."s am am 01 0.o3 am 26 -6 a- O.m3 a- 00 71 1 O.ml 001 20 50 a- 284 OARS a. EV-MWAM OB/19/2015 22) 3M 0.03 0.0001 0.000 0.033 D.WD45 -0000 l Z ODmS 0.0003 a_ a- 0.003 O.Z 0.03 0.000E 2> 00001 0.m3 O.Om6. OOl ).l 2 0,0121 001 ]fi 43 O.mO I88 ¢005 - 0.01 EV-MWJ10{ 1]/]I/1015 238 238 0.03 O.Om1 0.8m5 0.08 0.0000s 0m0 I6 l.i 1 O.m05 400m OWOS Om3 O.W3 0.3 0.03 O.p0p1 IJ 0.15 OOm2 O.m3 0.m11 0.01 )A 1 O.ml 001 18 1] O.OmI 389 O.mS 0.0 EV-MWAM o3/09/301fi 233 233 003 0-4 0.0001 0.06 0.00- 0.0001 46 1.1 2 00W5 ¢WO) O:W05 am O.m3 0.1 0.0 am 2) 0.13 00W2' a- 0.m13 am 7.7 2 0.001 Opt I9 s) 00001 294 0005 EV-w- O6/13/2016 .7 226 O.M 0._ 0.0m1 000003 O.DWI 3 00ms O.WOD O.OWS 0.1 0.02 a- OAml am 0.0013 O.W 7.4 Omt 53 00m3 11 EV-MWdM m/a,/2M 220 22D 0.03 0- O.000S Q0) 000m5 -1 49 1.) 2 OW05 O.o- arm amDoomam al aN O0 28 0.16 00W2 a- O.W2 00 7.5 2 00m1 00 ]9 I6 00m1 278 a- am NOTES Greyshpolnq pndttphrs Indlraf<pprpmefer npt dehrfedd.method deferfion 0m2f Dsfed BW...M........Indk.ter p.nmeter EV-MW-004 November 2016 Page 1 of 1