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CONTENTS: RESULTS OF MONTHLY FIELD TESTS and ANNUAL TESTING, <br />FLOW RATE CALCULATIONS and FLOW RATE HYOROGRAPH <br />Annual Test <br />Semi- Annual Test <br />SITE: SW -N103 <br />LOCATION, Lower Cabmity Draw <br />Located approximately 2/3 mile west of 27 & CC <br />Intersection. where stream crosses CC road <br />Date of Collection <br />FIELD PARAMETERS <br />PH <br />Water Temperature (deg C) <br />Conductivity (umhos/cm) <br />Instantaneous Flow (cis) 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 OWL) <br />Magnesium, dissolved (mg/L) <br />Manganese, total recoverable (mg /L) <br />Molybdenum, total recoverable (mg /L) <br />Potassium (mg/L) <br />Selenium, dissolved (mg/L) <br />Sodium, 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 />Chkxide <br />Conductivity @25C <br />Hardness as CaCO3 <br />Nitrate as N, dissolved <br />NkrateMRnte as N. dissolve <br />Nitrite as N, dissolved <br />Nitrogen, Ammonia (Ionized) <br />PH (lab) <br />Phosphate <br />Phosphorus, ortho dissolved <br />Residue, Filterable (MS) @180 <br />Residue, Non - Filterable (TSS) <br />Sodium Absorption Ratio In Wet <br />Sulfate <br />Sulfide as S <br />TDS (calculated) <br />TDS (ratio - measure /caiculat <br />I Negative (-) = I- than <br />2 U = rat detected N MDL (MhMam Detectkn Levu <br />3 H- E- dedhadthar <br />4 B = Anayte cwaentratfan detected at a value bet- MDL and POL <br />SW-N103 <br />18- Feb-13 19- Aug -14 <br />825 <br />823 <br />3.5 <br />18.8 <br />3340 <br />1130 <br />1 102 0.000 <br />0.000 0.000 0 000 0.000 12.524 <br />0.000 <br />MDUS Units <br />021(B) <br />1.2 <br />#!1#N# m91 <br />405 <br />173 <br />0.2 m i <br />U <br />U <br />002 nWL <br />0.71 <br />1.18 <br />002 m i <br />0.0002(B) <br />0.002 <br />myL <br />221 <br />46.8 <br />0.2 mgk <br />0.69 <br />0.244 <br />#MNM# Wt <br />U <br />U <br />0.01 myL <br />52 <br />2.8 <br />0.30 r,qt <br />0.0009 <br />0.0004 <br />#N#kq mat <br />128 <br />29.5 <br />03 mgt <br />368 <br />218 <br />2 mat <br />U <br />U <br />2 mg4. <br />U <br />U <br />2 ,V& <br />368 <br />218 <br />2 rWL <br />U <br />U <br />.01 mat <br />-1.1 <br />0 <br />% <br />45 <br />14 <br />0.1 meq/L <br />44 <br />14 <br />0.1 M841 <br />28 <br />7.1 <br />1 mat. <br />3260 <br />1170 <br />1 u,,ifxV n <br />1920 <br />625 <br />1 mat <br />0.58 <br />0.13 <br />002 mat <br />0.58 <br />0.13 <br />0.02 mat <br />U <br />U <br />001 myL <br />0.09(6) <br />U <br />0.05 ma4 <br />8.0(H) <br />8.1(H) <br />01 Su <br />U <br />0.19(6) <br />0.03 wt <br />U <br />0.06 <br />001 mat <br />3120 <br />890 <br />10 mat <br />20 <br />31 <br />5 mat <br />129 <br />0.52 <br />003 mat <br />1760 <br />455 <br />5 mat <br />U <br />U <br />0.02 mat <br />2770 <br />848 <br />10 mat. <br />1.13 <br />105 <br />RkWaste Water EMSIDRMSWew HodzonWH2 PennitWnnual Hydrology Repor8201412014_annHydxls <br />