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CONTENTS: RESULTS OF MONTHLY FIELD TESTS and ANNUAL TESTING <br />FLOW RATE CALCULATIONS and FLOW RATE HYDROGRAPH <br />Monthly Field Tests <br />Annual Test <br />SITE: SW -N3 <br />LOCATION Lower Tuttle Draw <br />Moved Collection point in June 2008 Discharging from Pond 011 <br />Date of Collection <br />FIELD PARAMETERS <br />PH <br />Water Temperature (deg C) <br />Conductivity (umhos /cm) <br />Instantaneous Flow (cfs) 0 000 0 000 0 000 0 000 <br />LABORATORY PARAMETERS <br />Metals Analysis <br />Aluminum, total recoverable (mg /L) <br />Calcium, dissolved (mg /L) <br />Iron, dissolved (mg /L) <br />Iron, Total recoverable <br />Lead, Total recoverable (mg /L) <br />Mangnesium, dissolved (mg /L) <br />Manganese, total recoverable <br />Molybdenum, total recoverable <br />otassium (mg /L) <br />elenium, dissolved (mg /L) <br />odium, dissolved (mg /L) <br />Wet Chemistry <br />Bicarbonate as CaCO3 <br />Carbonate as CaCO3 <br />Hydroxide as CaCO3 <br />Total Alkalinity <br />Ammonia as N, unionized <br />Cation -Anion Balance <br />Sum of Anions <br />Sum of Cations <br />Chloride <br />Conductivity @25C <br />Hardness as CaCO3 <br />Nitrite as N, dissolved <br />Nitrate /Nitrite as N, dissolve <br />Nitrite as N, dissolved <br />Nitrogen, Ammonia (Ionized) <br />pH (lab) <br />Phosphate <br />Phosphorus, ortho dissolved <br />Residue, Filterable (TDS) @180 <br />Residue, Non - Filterable (TSS) <br />Sodium Absorption Ratio in Wal <br />Sulfate <br />Sulfide as S <br />TDS (calculated) <br />TDS (ratio - measured /calculat <br />7 Negative(-) =less than <br />2 U =not detected at MDL (Minimum Detection Level) <br />3 H- Exceeded hold time <br />4 B = Analyte concentration detected ate value between MDL and PQL <br />SW N3 <br />15- Feb -11 <br />828 <br />37 <br />3540 <br />1 137 <br />16- Aug -12 <br />820 <br />167 <br />1172 <br />0 000 0 000 0 000 0 000 0 000 13 012 0 000 <br />F \Eng\ DATA \excell \water \2012 \2012_ANUHYD <br />MDLS Units <br />0 08(B) <br />284 <br />t{# # #}# mga <br />370 <br />151 <br />02 mga <br />U <br />U <br />002 mga <br />031 <br />1 8 <br />002 mga <br />0 0002(8) <br />00046 <br />#t#### mga <br />217 <br />522 <br />02 mgti <br />063 <br />0 165 <br />1i#N#11 mga <br />0 02(B) <br />U <br />001 mga <br />144 <br />4 <br />030 mga <br />00011 <br />00006 <br />#ti#N# mga <br />212 <br />65 <br />03 mga <br />405 <br />164 <br />2 mga <br />4(B) <br />4(B) <br />2 mga <br />U <br />U <br />2 mg,L <br />408 <br />168 <br />2 mga <br />0 0259(B) <br />U <br />01 mga <br />-06 <br />03 <br />% <br />466 <br />147 <br />01 meg1L <br />46 <br />148 <br />0 1 meq/L <br />20 <br />6 <br />1 mga <br />3040 <br />1240 <br />1 umhoam <br />1820 <br />592 <br />1 mga <br />0 60(H) <br />Oil <br />002 mga <br />0 60(H) <br />015 <br />002 mga <br />U <br />0 04(B) <br />001 mgt <br />072 <br />0 l l(B) <br />005 mga <br />8 3(H) <br />8 3(H) <br />0 1 s U <br />0 03(B) <br />0 06(B) <br />003 mga <br />001(8) <br />002(6) <br />001 mga <br />3040 <br />1000 <br />10 mga <br />U <br />41 <br />5 mga <br />2 19 <br />1 18 <br />003 mga <br />1800 <br />530 <br />5 mga <br />U <br />U <br />002 mga <br />2880 <br />910 <br />10 mga <br />106 <br />11 <br />F \Eng\ DATA \excell \water \2012 \2012_ANUHYD <br />