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GW_N37 <br />CONTENTS: MONTHLY WATER DEPTHS DATING BACK TO MAY 93, HYDROGRAPH <br />and QUARTERLY TESTING RESULTS <br />MONITORING WELL GW -N37 <br />Zone DAKOTA COAL CORRECTION RLG 12 -20-05 <br />Northing: 600,022 19 <br />Easbng 121,44064 <br />Elevation 5,75203 <br />Well Depth 4470 164 <br />FIELD PARAMETERS 23-0d -13 11- Nov -13 17 -Dec-13 24- Jan -14 19 -Feb-14 24- Mar -14 11- Apr -14 15- May-14 18Jun -14 17-Jul-14 13- Aug -14 16- Sep-14 <br />PH <br />Water Temperature (deg C) <br />Conductivity (umhos/cm) <br />Depth to water (ft) <br />Water Elevabon (ft) <br />LABORATORY PARAMETERS <br />Metals Analysis <br />Aluminum, dissolved <br />Calcium, dissolved <br />Iron, dissolved <br />Iron, Total Recoverable <br />Lead, dissolved <br />Magnesium, dissolved <br />Manganese, dissolved <br />Manganese, Total <br />Molybdenum, dissolved <br />Potassium, dissolved <br />Selenium, dissolved <br />Sodium, dissolved <br />Wet Chemistry <br />Bicarbonate as CaCO3 (mg/L) <br />Carbonate as CaCO3 (mg/L) <br />Hydroxide as CaCO3 (mglL) <br />Total Alkalinity <br />Cation -Anion Balance ( %) <br />Sum of Anions (meglL) <br />Sum of Cations (meq/L) <br />Chloride, dissolved (mg /L) <br />Conductivity @ 25C (umhoa/cm) <br />Hardness as CaCO3 (mg/L) <br />Nitrate as N (mg/L) <br />Nitrate/Nitrlte as N (mg/L) <br />Nitrite as N (mg/L) <br />Nitrogen, ammonia (mg/L) <br />pH @ 25C <br />Phosphate as PO4 (mg/L) <br />Phosphorus (mg/L) <br />Resdue, Filterable @180 (TDS) <br />Sodium Absorption Ratio in Water <br />Sulfate, dissolved (mg /L) <br />Total Dissolved Solids @ 180C (mg/L) <br />Total Dissolved Solids, calculated (mg/L) <br />Dry Dry Dry Dry Dry Dry Not <br />518 <br />Enough <br />147 <br />To Sample <br />450 <br />Dry Dry Dry Dry Dry Dry Dry 1580 <br />1451 1552 1455 <br />1500 <br />#VALUEI #VALUEI #VALUEI #VALUEI #VALUE\ #VALUEI #VALUEI 5,73623 <br />5,73752 5,73651 5,73748 <br />5,73703 <br />MDL'S Units <br />006 rol <br />10 <br />04 rA <br />384 <br />004 mqi <br />004(8) <br />1E-04 mqi <br />085 <br />002 myi <br />00011 <br />04 rWL <br />16 <br />0 005 myt <br />0 047 <br />0.005 aryl <br />0 052 <br />002 VL <br />U <br />06 nQi <br />18 <br />IE-04 myt <br />00013 <br />6 rapt <br />138 <br />2 nOz. <br />U <br />2 Vt <br />U <br />2 ,,A <br />U <br />2 ,vL <br />U <br />% <br />26 <br />01 meq/L <br />38 <br />01 maq/L <br />4 <br />1 mqt <br />10.3 <br />1 umh.V. <br />439 <br />1 myL <br />162 <br />002 mVir <br />0 35(H) <br />002 mgt <br />0 35(H) <br />001 rrVL <br />UH <br />005 rrryL <br />0 05(B) <br />01 <br />48(H) <br />003 nVL <br />003(B) <br />001 'VI <br />001(BH) <br />10 rV& <br />340 <br />003 VL <br />048 <br />10 nvL <br />168 <br />10 rV& <br />251 <br />1 35 <br />I Negedve (l = lets rhen <br />2 U=- tdetecledet MDL(Mik— Dewd-Level/ <br />3 H- ExteededhoMane <br />4 6= Arulyle c. —*W-dW dad et a value b.% —MDL mM PQL <br />F \Waste Water EMSIDRMSWew Hommn\NH2 PermitkAnnual Hydrology Report12014t2014_annHyd As <br />