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SW-N1 NHN <br />CONTENTS: RESULTS OF MONTHLY FIELD TESTS and ANNUAL TESTING, <br />FLOW RATE CALCULATIONS and FLOW RATE HYDROGRAPH <br />Annual Test <br />Semi - Annual Test <br />SITE: SW -N1 <br />LOCATION Upper Tutde Drew <br />Date of Collection 12 -Feb -% 24- Mar -14 11- Apr -14 27- May -14 19- Jun -14 17- Jul -14 19- Aug -14 16- Sep-14 <br />FIELD PARAMETERS <br />825 <br />858 <br />PH <br />85e <br />875 848 <br />Water Temperature (deg C) <br />30 <br />6 8 138 <br />ConductMty(umhos/cm) <br />1106 <br />713 1730 <br />Instantaneous Flow (ca) 0 00 0 00 0 00 0 00 <br />037 <br />8 73 016 <br />LABORATORY PARAMETERS <br />520 <br />Metals Analyam <br />1248 <br />886 <br />Alummum, total rewwrable <br />467 <br />Aroma, dreeohed <br />0 0006(8) <br />Boron, dmsolwd <br />008 <br />MDLS Unds <br />Cadmium, doeolwd <br />U <br />Calcium, dissolved <br />105 <br />00300 vL <br />Chromium, doeloved <br />U <br />Chromium, Tnvelent dissolved <br />U <br />00005 mpt <br />Copper, dissolved <br />0 0009(8) <br />Iron, dissolved <br />U <br />00100 mpt <br />Iron, Total Recoverable <br />216 <br />Lead, dissolved <br />U <br />00001 not <br />Magnesium, dneohed <br />616 <br />Manganese, ddmolved <br />0 094 <br />02 mqL <br />Manganese, total recoverable <br />0 358 <br />Mercury, dissolved <br />U <br />001 VL <br />Molybdenum, dosolved <br />U <br />Nickel, d—had <br />U <br />001 VL <br />Potassium, dissolved <br />58 <br />Selemum, dissolved <br />00004 <br />00005 ,WL <br />Silver, dissolved <br />U <br />Sodium, dissolved <br />381 <br />002 mt <br />Uranium, dissolved <br />00035 <br />Zinc, dissolved <br />U <br />002 m t <br />Wet Chermsfry <br />Bicarbonate as CaCO3 <br />288 <br />00001 VL <br />Carbonate as CaCO3 <br />SIB) <br />Hydroode as CaCO3 <br />U <br />02 ,WL <br />Total Alkalindy <br />275 <br />Ammonia as N, unionized <br />U <br />0 005 mpi <br />Caton -Anon Balance <br />0 <br />Sum of Anions <br />12 <br />00050 mp1 <br />Sum of Cations <br />12 <br />Chloride <br />15 <br />0 0002 mpL <br />Conductivity @25C <br />1080 <br />Cyanide, total <br />U <br />001 r t <br />Dissolved Chromium Hexavelent <br />HU <br />Hardness as CaCO3 <br />518 <br />001 msit <br />Nitrate ea N, dissolved <br />0 16(H) <br />Ndrats/Ndrde as N, dissohe <br />0 18(H) <br />030 .WL <br />Ndrts as N, dissolved <br />0 02(BH) <br />Nitrogen, ammonia (lon"d) <br />0 07(B) <br />0 0001 mpL <br />PH (lab) <br />8 4(H) <br />Phosphate <br />0 09(B) <br />00001 rcpt <br />Phosphorus, ortho dissolved <br />0 03(BH) <br />Residue, Filterable (TDS) 0180 <br />750 <br />03 mqL <br />Residue, Non•FlUreble (TSS) <br />39 <br />Residue, Settleable Matter (SS) <br />U <br />00001 mp1 <br />Sodium Abeorpbon Ratio in Wet <br />074 <br />Sulfate <br />307 <br />001 mpg. <br />Sulfide as S <br />U <br />TDS (calculefad) <br />698 <br />2 wt <br />TDS (ratio - measured /oalculat <br />1 07 <br />2 SIB) <br />2 mpt <br />2 U•nan dMadrdat MOL fsrraa.a Daracaanlevad <br />3 H- E --- drdhaM <br />2 VL <br />4 B- Aralyft- n1vsemdsft WaravaM b- ,nMDLad POL <br />894 <br />825 <br />858 <br />883 <br />832 <br />176 <br />129 <br />206 <br />205 <br />150 <br />414 <br />267 <br />354 <br />433 <br />520 <br />988 <br />1248 <br />886 <br />978 <br />1127 <br />MDLS Unds <br />319 <br />10 <br />00300 vL <br />0 0007(8) <br />0 0008(B) <br />00005 mpt <br />0 02(B) <br />U <br />00100 mpt <br />U <br />U <br />00001 not <br />548 <br />718 <br />02 mqL <br />U <br />U <br />001 VL <br />U <br />U <br />001 VL <br />00018(B) <br />0001(B) <br />00005 ,WL <br />U <br />U <br />002 mt <br />235 <br />08 <br />002 m t <br />00002(8) <br />U <br />00001 VL <br />122 <br />10 <br />02 ,WL <br />U <br />U <br />0 005 mpi <br />0 141 <br />0 034 <br />00050 mp1 <br />U <br />U <br />0 0002 mpL <br />U <br />U <br />001 r t <br />U <br />U <br />001 msit <br />19 <br />1 1 <br />030 .WL <br />00006 <br />00005 <br />0 0001 mpL <br />U <br />U <br />00001 rcpt <br />68 <br />6 <br />03 mqL <br />00007 <br />0 0006 <br />00001 mp1 <br />U <br />U <br />001 mpg. <br />100 <br />110 <br />2 wt <br />U <br />2 SIB) <br />2 mpt <br />U <br />U <br />2 VL <br />100 <br />113 <br />2 mpL <br />U <br />U <br />Of WL <br />25 <br />11 <br />% <br />39 <br />48 <br />01 meq& <br />41 <br />47 <br />Of —q1L <br />38 <br />33 <br />1 mpL <br />396 <br />433 <br />1 u <br />U <br />U <br />0 003 VL <br />HU <br />HU <br />0005 mwL <br />187 <br />220 <br />1 VL <br />006(BH) <br />01(H) <br />002 VL <br />006(BH) <br />01(H) <br />002 wt <br />HU <br />HU <br />001 mWL <br />U <br />U <br />005 m <br />83(H) <br />84(H) <br />01 BU <br />0 08(B) <br />0 03(B) <br />003 mpt <br />002(BH) <br />001(BH) <br />001 .01 <br />280 <br />280 <br />10 ,WL <br />112 <br />30 <br />5 m 1 <br />0 2(B) <br />0 l(B) <br />01 m V-v, <br />022 <br />018 <br />003 mpL <br />827 <br />108 <br />5 VL <br />U <br />U <br />002 vt <br />223 <br />269 <br />10 wl <br />126 <br />1 04 <br />F \Waste Water EMS \DRMSWew Honzon\NH2 PermMAnnual Hydrology Reportt201412014_annHyd ids <br />