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J~1 20 04 02:38p John G. Stark 716-639-1123 <br />STRUCTURAL. HYDRO-DYNAMIC. <br />'~ GROSS PARTICULATE SEPARATION TECHNOLOGY <br />example 1: Test data range: <br />proposed technology /system? ecoStorm gross particle separator <br />Solids removal ves ~ no ^ <br />Test Nominal Introduction Sediment Test Sediment Sediment Sediment <br /> Gradation Flowrate <br /># (microns) Us) Input Duration Feed Recovered Trapped <br /> Rate <br /> Specific (gpm, (g) (min) (mg/L) (g) (%) <br /> ravit Us... ) <br /> <br />t_iauid hydrocarbon removal ves fl no (iA <br />Test Oil type Introduction influent Individual Influent Effluent oil Individual <br /> ? Flowrate oil Test oil unit <br /># Supply Input @ Dosing Recovered Retention <br /> MSDS constant Rate time <br /> flowrate <br /> Specific (gpm, {mg/L) (min) (mg/L) (mg/L) (min) <br /> ravi Us...) not %'s not %'s not ° 's <br />Spill control devise ves n nn fib <br />Test Oil type Introduction Influent Individual Influent Effluent oil Individual <br /> ? Flowrate oil Test oil unit <br /># Supply Input @ Dosing Recovered Retention <br /> MSDS constant Rate time <br /> flowrate <br /> Specific (gpm, (mg/L) (min) (mg/L) (mg/L) (min) <br /> ravi Us... not %'s t ~°'s not °~'s <br />p.4 <br />C:~RES_comp_2lroyal_env\eTec_res dwgs&specs~ecoStorm\Written_specleStorm_spec_bid.doc <br />PAGE 1 <br />