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Laborato ry Parameters Cont. <br />Groundwater <br />Surface Water <br />Units <br />Nitro en as Nitrite <br />Nitrogen as Nitrite <br />m /I <br />Phosphate as PO <br />Phosphate as PO <br />m /I <br />Potassium <br />Potassium <br />m /I <br />Selenium (dis.) <br />Selenium (dis.) <br />u /l <br />Sodium (dis.) <br />Sodium (dis.) <br />m /l <br />Sodium Adsorption Ratio <br />Sodium Adsorption Ratio <br />Sulfide tot. rec. <br />m /l <br />Sulfate (dis.) <br />Sulfate dis. <br />m /I <br />Cation /Anion Balance <br />Cation /Anion Balance <br />percent <br />Total Dissolved Solids @ 180 °c <br />Total Dissolved Solids @ 180 0c (TDS) <br />m /I <br />Total Dissolved Solids, <br />Calculated <br />Total Dissolved Solids, Calculated <br />mg /I <br />Total Suspended Solids (TSS) <br />mg/1 <br />Groundwater Monitoring - New Horizon 2 Mine <br />In anticipation of the New Horizon Mine's migration to the west - northwest and toward an area not <br />currently being monitored forgroundwater parameters, WFC submitted a minor revision application <br />(MR41) to DMG for the installation of six groundwater monitoring wells, three up dip (northeast <br />corner) and three down dip (southwest corner) of the projected future areas of disturbance. See <br />Map 2.04.7 -1 -A. WFC has also submitted a technical revision applications (TR -38, TR -47) to revise <br />the hydrological monitoring program as follows: <br />• Begin monitoring of the six new groundwater wells (GW -N41, GW N42 and GW -N43 up dip, <br />and GW -N44, GW -N45 and GW -N46 down dip). Table 2.04.7 -1 shows the frequency and <br />parameters to be monitored. <br />2.04.7 -54 <br />