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SW -N3 NHN <br />r <br />CONTENTS: RESULTS OF MONTHLY FIELD TESTS and ANNUAL TESTING, <br />FLOW RATE CALCULATIONS and FLOW RATE HYDROGRAPH <br />Annual Tut <br />Soml-Annual Test <br />SITE: SW -N3 <br />LOCATION Lower Tuttle Drew <br />Moved Collection point in June 2008 Discharging from Pond <br />011 <br />Date of Collection <br />16 -Oct -14 <br />17 -Nov -14 19-13-14 12 -Jen -15 10 -Fab -15 <br />17 -Mar -15 22 -Apr -15 <br />27 -May -15 <br />18 -Jun -15 16 -Jul -15 <br />18 -Aug -15 21 -Sep -15 <br />FIELD PARAMETERS <br />PH <br />825 <br />835 <br />828 798 <br />831 <br />839 834 <br />816 <br />803 802 <br />774 <br />774 <br />Water Temperature(dog C) <br />150 <br />69 <br />72 66 <br />102 <br />140 124 <br />147 <br />189 196 <br />200 <br />170 <br />Conductivity (umhosrcm) <br />3540 <br />3910 <br />3750 3850 <br />3790 <br />3740 733 <br />936 <br />624 777 <br />1106 <br />1369 <br />Instantaneous Flow (ds) <br />1 94 <br />200 <br />198 1 30 <br />106 <br />101 1390 <br />1189 <br />1856 1446 <br />1128 <br />432 <br />LABORATORY PARAMETERS <br />Metals Analysis <br />MDLS Units <br />Aluminum, total recoverable <br />0 07(B) <br />0 l l(B) <br />214 <br />1 27 <br />00300 m 1 <br />Arsenic, dissolved <br />U <br />0 0006(B) <br />0 0006(8) <br />0 0005(B) <br />00005 ,,qt <br />Boron, dissolved <br />037 <br />036 <br />008 <br />009 <br />00100 ,rpt <br />Cadmium, dissolved <br />U <br />U <br />U <br />U <br />00001 mp1. <br />Calcium, dissolved <br />483 <br />473 <br />126 <br />144 <br />02 m L <br />Chromium, diesloved <br />U <br />U <br />U <br />U <br />001 VL <br />Chromium, Trivalent dissolved <br />U <br />U <br />U <br />U <br />001 n rl <br />Copper, dissolved <br />U <br />U <br />0 0017(B) <br />0 0008(B) <br />00005 VL <br />Iron, dissolved <br />012 <br />U <br />005 <br />005 <br />002 vL <br />Iron, Total Recoverable <br />017 <br />023 <br />1 6 <br />099 <br />002 m L <br />Lead, dursolved <br />U <br />U <br />00001(B) <br />0DD03(B) <br />00001 aVL <br />Magnesium, dissolved <br />259 <br />259 <br />425 <br />448 <br />0005 eVL <br />Manganese, dissolved <br />0 432 <br />101 <br />0 018(8) <br />0 041 <br />00050 W1 <br />Manganese, total recoverable <br />042 <br />1 02 <br />0 197 <br />0 228 <br />00002 mA <br />Mercury, dissolved <br />U <br />U <br />U <br />U <br />001 .WL <br />Molybdenum, dissolved <br />U <br />U <br />U <br />U <br />001 neL <br />Nickel, dissolved <br />0008(B) <br />0014(8) <br />U <br />U <br />030 wt <br />Potassium, dissolved <br />192 <br />174 <br />35 <br />39 <br />00001 WL <br />Selenium, dissolved <br />0 0002(8) <br />0 0003(B) <br />0 0004 <br />0 OD03 <br />00001 WL <br />Silver, dissolved <br />U <br />U <br />U <br />U <br />03 apt <br />Sodium, dissolved <br />187 <br />172 <br />21 1 <br />256 <br />00001 mat <br />Uranium, dissolved <br />0 006 <br />0 005 <br />0 002 <br />00012 <br />001 wt <br />Zinc, dissolved <br />0 01(B) <br />U <br />U <br />U <br />Wet Chemistry <br />2 met <br />Bicarbonate as CaCO3 <br />415 <br />453 <br />179 <br />165 <br />2 mat <br />Carbonate as CaCO3 <br />U <br />U <br />U <br />U <br />2 mpt <br />Hydroxide as CaCO3 <br />U <br />U <br />U <br />U <br />2 apt <br />Total Alkalinity <br />415 <br />453 <br />179 <br />165 <br />01 ,WL <br />Ammonia as N, unionized <br />U <br />0 063 <br />0 00267(8) <br />0 002(B) <br />a <br />Cation -Aman Balance <br />-09 <br />.28 <br />00 <br />43 <br />01 meyL <br />Sum of Anions <br />55 <br />56 <br />11 <br />11 <br />01 meq L <br />Sum of Cations <br />54 <br />53 <br />11 <br />12 <br />1 —L <br />Chloride <br />16 <br />185 <br />63 <br />47 <br />1 ,.rr,wan <br />Conductivity@25C <br />3600 <br />3640 <br />938 <br />997 <br />0003 apt <br />Cyanide, total <br />U <br />U <br />U <br />U <br />0005 VL <br />Dissolved Chromium Hexavalent <br />HU <br />HU <br />HU <br />HU <br />1 VL <br />Hardness as CaCO3 <br />2270 <br />2250 <br />490 <br />544 <br />002 vL <br />Nitrate as N, dissolved <br />1 14(H) <br />015(H) <br />HU <br />0 09(BH) <br />002 m t <br />Ndrete/Minta as N, dissolve <br />115(H) <br />016(H) <br />003(BH) <br />011(H) <br />001 mp1 <br />Nitrite as N, dissolved <br />001(BH) <br />001(BH) <br />003(BH) <br />002(BH) <br />005 me1- <br />Ndrogen, ammonia (Ionized) <br />U <br />1 14 <br />0l(B) <br />016(B) <br />01 SU <br />pH (lab) <br />8l(H) <br />81(H) <br />83(H) <br />82(H) <br />003 VL <br />Phosphate <br />003(B) <br />003(B) <br />003(B) <br />U <br />001 mpL <br />Phosphorus, ortho dissolved <br />0WISH) <br />001(BH) <br />001(BH) <br />HU <br />10 n*L <br />Residue, Filterable (TDS) @180 <br />3510 <br />3480 <br />696 <br />792 <br />5 rrVL <br />Residue, Non -Filterable (TSS) <br />U <br />U <br />8(B) <br />51 <br />01 ml-Ww <br />Residue, Settleable Matter (SS) <br />U <br />U <br />0 2(BH) <br />U <br />003 -L <br />Sodium Absorption Ratio in Wet <br />1 7 <br />1 6 <br />042 <br />048 <br />5 Wt <br />Sulfate <br />2210 <br />2220 <br />363 <br />365 <br />002 w1 - <br />Sulfide as S <br />U <br />U <br />U <br />U <br />10 Wit <br />TDS (calculated) <br />3430 <br />3440 <br />672 <br />689 <br />TDS (rata - measured/calculat <br />1 02 <br />1 01 <br />1 04 <br />1 15 <br />Z U•Mdw.cre.r MOL Mt4+nm Derectivn lsvo4 <br />a N-Erowdadl,ofiaa. <br />9 Ba,lrayrs �ac«e.mm dara.e.rs vNs ersMvw�MDL rw POL <br />F \Waste Water EMS\DRMS\New Honzon\NH2 PermMAnnual Hydrology Report\2015\2015_annHyd As <br />