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Bowie Resources Limited Bowie No. 2 Mine 2001 Annual Hydrology Report FMC-Low Canal-Fire Mountain Canal Elev. IElfl. Parar-eters .< !- 05114101 07/18101 09I06I01 0924/01 Flow Rate (CFS) D.o o.o D.o o.o Water level Shut off pH (Standard Units) e.l D.7 e.s Conductivity (umhos/cm) 40 130 170 Temoerature fCl 7.0 13. a 15.3 ......................................................................... Lab PdC11T11Qte11"S ,;:. Wet Chemistry MDL Alkalinity as CaCO (mg/I) 3z 61 l03 Bicarbonate as CaCO (mg/I) 2 32 61 103 Carbonate as CaCO (mg/I) 2 Q9DL Q9DL Q~1DL Hydroxide as CaCO (mg/I) ~ z Q9DL Q9DL QdDL Chloride (mgA) 1 2 z a Conductiviry(umhos/cm) 1 n 13a lso Nitrate (mgA) 0.02 0.05 0.03 GMOL Nitate/Nitrite as N, dis. (mgA) o. oz o.os o.03 GMDL Nitrite as N, dissolved (mg/l) o. of Q9DL @1DL Q9DL pH (Lab Units) o.l 6.s 7.z 7.e Hardness (mgA) 1 3o s3 e3 Phosphate (mg/q 0.03 0.03 Q9DL o.lo Phosphorous, ortho dis. (mg/I) o.oos o. olo o.oos o. o3s TDS X180 C (mg/I) to so 90 120 TSS (mg/q s lso a lz SAR o.03 o.ze o. a7 o. sa Sulfate (mg/I) 10 GMDL Q9DL Q9DL Metals Aluminum, total rec. (mgA) o. 03 z.lz o.12 0.96 Arsenic, total recovereble (mgA) 0.001 0.001 0.001 G1DL Cadmium, total recoverable (mgA) 0.003 4NDL Q9DL Q9DL Calcium, total recoverable (mg/I) 0.2 lo.0 15.5 zs.z Copper, total recoverable (mg/I) 0.2 Q9DL Q9DL Q9DL Iron, total recoverable (mgA) 0.01 2.17 0.47 0.93 Lead, total recoverable (mg/I) o. oa o.oD Q9DL Q9DL Magnesium, total rec. (mgA) 0.2 z. o z.9 a.3 Manganese, total rec. (mgA) o.z o.091 0.010 Dols Mercury, total rec. (mgA) 0.0002 Q9DL Q9DL Q9DL Molybdenum, total rec. (mgA) o. of a9oL a9oL GIDL Selenium, dissolved (mgA) 0.001 Q9DL Q90L Q9DL Sodium, dissolved (mg/I) 0.3 3. s 7. s 1z.9 Zinc, dissolved (mg/p o. of 0.03 o. oz o. of Organic Analysis Oil and Grease, total rec. (mgA) 2 4MDL Q90L Q9DL Required by current permit. Surface Water 5/19/1999 to SH9/1999 Baseline There is no baseline collection possihle for paints initiated after the in9uance or mining. The lower moinlodng point for the Fire Mountain Canal is located at a point just south of its crossing under Old State MigM9ay 133. 5/19/1999 to Present Operational Min Max Avg 0.0 1R.0 69.9 32 129 fig 32 V9 fi9 I <MDL <MDL <MOL <MDL cMDL cMDL 2 36 6 n 31D 199 <MOL 0.05 0.02 <MDL 0.05 0.03 <MDL 0.01 0.00 6.4 0.3 7.9 m e3 sa <MOL o.lD a.a 0.009 0.035 0.019 0 ]20 63 <MDL ]W 91 <MDL 0.50 0.31 <MDL <MDl <MDL 9.1 9.) 9.3 90 2W 127 J.0 33.3 13.6 D.u z.lz D.99 <MDL 0.001 0.000 <MOL eMDI MDL lD.o 2sz Ib.6 <MOl 0.01 0.00 0.93 2.1) 0.99 <MDl 0.00 0.00 2.0 9.3 2.9 0.010 0.091 O.OR <MOL <MDL MDL <MDL <MDl <MOL <MOL <MDl <MOL 32 303 13.7 <MDL a.w D.DI <MDL <MDL <MDL MDL =Method Determination Limit BLANK =Nat Tested Monitoring Point Table 77