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Table E49-26 <br /> <br />MINE DISCHARGE CALCULATOR -NORMAL CONDITIONS <br /> <br /> <br />TR 99-31 <br />Month: June <br />Year:' 1999 <br />550 umhos/cm CmP Conductivity, Trout Creek below Middle (Site 69), present <br />10.0 cfs Qmp Flow rate, Trout Creek below Middle (Site 69), present <br />605 umhos/cm Cro Conductivity, Trout Creek below Fish (Site 1005), present <br />15.0 cfs Qro Flow rate, Trout Creek below Fish (Site 1005), present <br />7300 umhoslcm C5 Conductivity, Site 115 discharge <br />300 gpm ~Sp Discharge Rate, Site 115, present <br />3900 umhos/cm Cy Conductivity, Site 109 discharge <br />342 gpm Q9D Discharge Rate, Site 109, present <br />`a:. _::: <br />;,,,~$.0;;- gpm Ds, Discharge Rate, Site 115, allowed <br />=:p.:.q....&..7,:1,; gpm Q9a Discharge Rate, Site 109, allowed <br />20 gpm Qsa = Qsa - QsP (change in discharge from site 115) <br />145 gpm Q9a= Qya - Q9o (change in discharge from site 109) <br /> <br />740 umhos/cm Cm~ Conductivity, Trout Creek below Middle (Site 69), max allowed <br />Limit does not apply to Site 69 in March through May <br />740 umhos/cm Cry Conductivity, Trout Creek below Fish (Site 1005), max. allowed <br />655 umhos/cm Cm~ Conductivity, Trout Creek below Middle (Site 69), calculated <br />655 umhoslcm Ch Conductivity, Trout Creek below Fish (Site 1005), calculated <br />To automatically determine discharge rate from Site 109 press button Set Site 109 <br />Run this calculation before calculating 115 discharge <br />To automatically determine discharge rate Trom Site 115 press button Set Site 115 <br />If load from Site 109 is too high this will not work <br />(input data into Yellow cells, change bright Yellow cells until C „K and C a are not RED) <br />Table E49-26 (Page 1 of 4) 1/03/00 <br />APPROii~D FEB 0 6 2000 <br />