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SW N202 <br />CONTENTS: RESULTS OF MONTHLY FIELD TESTS and SEMI- ANNUAL TESTING, <br />FLOW RATE CALCULATIONS, and FLOW RATE HYDROGRAPH <br />Monthly Field Tests <br />Quarterly Test <br />Surface Water Quality Parameters <br />SITE: SW -N202 <br />N 16010101 E 2112937 <br />LOCATION 26 Road Crossing, Unnamed drew <br />discharging eventually to Coal Canyon <br />Date of Collection <br />23- 00-13 <br />25 -Nowl3 <br />16- Dec -13 17- Jan-14 <br />1l-Feb-14 24- Mar -14 11- Apr -14 <br />22- May -14 <br />19- Jun -14 17Jul -14 <br />19- Aug -14 16- <br />Sep-14 <br />FIELD PARAMETERS <br />PH <br />746 <br />780 <br />724 717 <br />690 <br />780 681 <br />815 <br />811 813 <br />823 <br />790 <br />Water Temperature (dog C) <br />94 <br />66 <br />40 42 <br />41 <br />44 94 <br />133 <br />133 169 <br />200 <br />147 <br />Conducbwty(umhos/cm) <br />1274 <br />1288 <br />1522 1594 <br />1360 <br />1032 1650 <br />827 <br />860 830 <br />859 <br />925 <br />Instantaneous Flow (cfs) <br />0 358 <br />0 480 <br />0 079 0 036 <br />0 139 <br />0 162 0 045 <br />2 118 <br />1 094 1 190 <br />0 480 <br />0 986 <br />LABORATORY PARAMETERS <br />Metals Analysis <br />MDL'S Unds <br />Aluminum, total recoverable <br />017(B) <br />042 <br />013(B) <br />07 <br />00300 vL <br />Arsenc, dissolved <br />U <br />U <br />0 0009(B) <br />0 0009(B) <br />00005 myt <br />Boron, dissolved <br />013 <br />017 <br />005 <br />009 <br />00100 n WL <br />Cadmium, dissolved <br />0 0001(B) <br />0 0004(B) <br />U <br />U <br />00001 mpL <br />Cale.m, daeoled <br />175 <br />206 <br />108 <br />131 <br />02 met <br />Chromum, diii <br />U <br />U <br />U <br />U <br />001 vt. <br />Chromium. Trivalent dissolved <br />U <br />U <br />U <br />U <br />001 myt <br />Copper, dissolved <br />U <br />0 001(8) <br />0 0009(B) <br />U <br />00005 met <br />Iron, dissolved <br />012 <br />02 <br />0 03(B) <br />007 <br />002 moL <br />Iron, Total Recoverable <br />079 <br />21 <br />033 <br />153 <br />002 of <br />Lead, dissolved <br />U <br />U <br />U <br />00001(B) <br />00001 myt <br />Magnesium, dissolved <br />539 <br />685 <br />265 <br />345 <br />02 VL <br />Manganese, drsolved <br />0277 <br />0917 <br />0018(8) <br />0017(B) <br />0005 VL <br />Manganese, total recoverable <br />0 342 <br />0 902 <br />0 058 <br />0 197 <br />00050 met <br />Mercury, dissolved <br />U <br />U <br />U <br />U <br />00002 mpt <br />Molybdenum, dissolved <br />U <br />U <br />U <br />U <br />001 met <br />Nickel, dissolved <br />U <br />0018(B) <br />U <br />U <br />001 myL <br />Potassium, dissolved <br />58 <br />107 <br />3 4 <br />24 <br />030 m01 <br />Selenium, dissolved <br />00006 <br />0 0001(8) <br />00005 <br />00003 <br />00001 VL <br />Silver, dissolved <br />U <br />U <br />U <br />U <br />00001 VL <br />Sodium, dissolved <br />191 <br />198 <br />105 <br />14 <br />03 VL <br />Uremum, dissolved <br />00026 <br />0 0003(B) <br />0 004 <br />00018 <br />00001 meL <br />Zinc, dissolved <br />0 03(B) <br />008 <br />U <br />U <br />001 mat. <br />Wet Chemistry <br />13— b-ate as CsCO3 <br />148 <br />70 <br />169 <br />235 <br />2 meL <br />Carbonate as CaCO3 <br />U <br />U <br />U <br />U <br />2 myt <br />Hydromde as CaCO3 <br />U <br />U <br />U <br />U <br />2 wt <br />Total Alkalinity <br />148 <br />70 <br />169 <br />235 <br />2 mp1- <br />Ammonie as N, unon¢ed <br />U <br />U <br />U <br />U <br />01 net <br />Caton -Anion Balance <br />-34 <br />0 <br />46 <br />0 <br />x <br />Sum of Amons <br />15 <br />16 <br />73 <br />10 <br />of meryt <br />Sum of Cation <br />14 <br />16 <br />8 <br />10 <br />of megrL <br />Chloride <br />13 <br />14 <br />58 <br />55 <br />1 mpt <br />Conducts ty(D25C <br />1230 <br />1440 <br />728 <br />856 <br />1 <br />Cyanide, total <br />U <br />U <br />' <br />U <br />0003 m'L <br />Dissolved Chromium Hexavelent <br />HU <br />HU <br />HU <br />0005(HB) <br />0005 VL <br />Hardness as CsCO3 <br />659 <br />755 <br />375 <br />469 <br />1 meL <br />Nitrate as N, dissolved <br />012(H) <br />028(H) <br />U <br />009(HB) <br />002 met <br />Ndrate/Nmnte as N. dissolve <br />012(H) <br />03(H) <br />U <br />009(HB) <br />002 met <br />Name as N, dissolved <br />HU <br />002(BH) <br />U <br />HU <br />001 met <br />Nitrogen, ammonia (Ionized) <br />U <br />0 4(B) <br />U <br />U <br />005 met <br />PH(leb) <br />80(H) <br />72(H) <br />82(H) <br />82(H) <br />01 Su <br />Phosphate <br />006(B) <br />018 <br />006(B) <br />009(B) <br />003 wt. <br />Phosphorus, ortho dissolved <br />0WISH) <br />005(H) <br />002(B) <br />003(BH) <br />001 VL <br />Residue, Fiterable (TDS) @180 <br />1020 <br />1220 <br />500 <br />630 <br />10 mWL <br />Residue, Non- Fltereble (TSS) <br />U <br />U <br />S(B) <br />18(B) <br />5 VL <br />Residue, Settleable Matter (SS) <br />U <br />U <br />U <br />U <br />01 m-e.1h <br />Sodium Absorption Rata in Wet <br />033 <br />031 <br />024 <br />028 <br />003 moL <br />Sulfate <br />541 <br />071 <br />181 <br />243 <br />5 met. <br />Sulfide as S <br />U <br />U <br />U <br />U <br />002 met <br />TDS(calculated) <br />898 <br />1020 <br />437 <br />574 <br />10 met <br />TDS (mto - measuredkalculat <br />1 14 <br />12 <br />1 14 <br />1 1 <br />1 NsprNe ( -1 •1—mn <br />x u•nr AfeclydrMOL (uri,MUSOrsaari.ewq <br />— No Semple Results <br />s N- Frcesdedl,oNane <br />� e•�nyismrcwitremd.t.redre.+r.. s.eeen AlOL enevat <br />THIS SITE WILL BE MONITORED FOR 4 QUARTERS BEFORE MINING TAKES PLACE <br />UARTERS BEFORE RECLAMATION BOND RELEASE <br />F \Waal. Water EMS\DRMSWew Honxon \NH2 Permd\Annual Hydrology Report\2014\2014_annHyd )ds <br />