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TABLE 1 <br /> SUMMARY OF ANALYTICAL RESULTS AND EMISSION CALCULATIONS <br /> PERMIT NO N-3139-1-0 <br /> 440 WEST CHARTER WAY,STOCKTON,CA <br /> INLET OUTLET <br /> DATE 08/28/95 08/28/95 <br /> TIME 02 30 PM 02 40 PM <br /> OPERATING PARAMETERS <br /> 1 FLOWRATE(scfm) 499 461 <br /> 2 TEMPERATURE(F) 203 1430 <br /> 3 FID READINGS(ppm) 6300 <10 <br /> ANALYTICAL RESULTS AND EMISSION CALCULATIONS <br /> CHEMICAL INLET CONC EXTRACTION RATE OUTLET CONC. EMISSION RATE DESTRUCTION <br /> (mg/M3) (lb/day) (mg/M3) (lb/day) EFFICIENCY <br /> Benzene 27 1 213 <0 2 0 008 9932% <br /> Toluene 77 3 458 <0 2 0 008 9976% <br /> Ethylbenzene 16 0 719 <0 2 0 008 98 85% <br /> Total Xylenes 58 2 605 <0 2 0 008 9968% <br /> TPHg 1900 85 329 <10 0 415 99 51% <br /> DAILY EXTRACTION 93 324 lb/day DAILY EMISSION= 0 447 lb/day <br /> NOTES <br /> 1 Inlet Conc Thermal oxidizer's inlet concentration to milligrams per cubic meter(mg/M3) <br /> 2 Outlet Conc Thermal oxidizer's outlet concentration m mg/M3 <br /> 3 scfrn Standard cubic feet per minute <br /> 4 lb/day Pound per day <br /> 5 F Degree Fahrenheit <br /> 6 ppm Parts per million <br /> 7 TPHg Total petroleum hydrocarbons as gasoline <br /> 8 <2 Not detected above the specified reportmg lirnit <br /> 9 Extraction Rate=(Inlet conc)*(Inlet flowrate)*(con version factor) <br /> 10 Emission Rate=(Outlet conc)*(Outlet flowrate)*(conversion factor) <br />