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�z <br /> a <br /> i <br /> �. H. KLEINFELDER&ASSOCIATES <br /> a <br /> TABLF 1 <br /> n. PID VS. HOURS OF OPERATION DATA SUMMARY <br /> Start Up: March 9, 1987 ; <br /> Date Hours of Operation PID Reading 4/hr Hydrocarbon i <br /> (hr) (ppmv) Based on PID <br /> 3/4/87 0 2,000 5.24 <br /> 3/4/87 1 370. 3.08 <br /> 3/13/87 50 58 0.48 p <br /> 3/17/87 82 77.5 0.64 <br /> 3/17187 114 88.1 0.73 <br /> 3/18/87 130 61.6 0.51 !„ <br /> 3/19/87 146 63.0 0.52 <br /> 3/20/87 162 70.0 0.58 j <br /> 3/25/87 210 30.3 0.25 <br /> 3/26/87 226 33.0 0.27 <br /> 3/27/67 242 29.0 0.24 <br /> 3/30/87 258 1,165.0 9.71 <br /> 3/31/87 274 279.6 2.33 <br /> 411/87 280 <br /> 412/87 296 <br /> 4/3/87 312 <br /> 4/4/87 328 <br /> 415/87 344 - <br /> 4/8/87 360 26.9 0.22 <br /> i. ti... 4/9/87 376 21.3 0.18 <br /> 4/10/87 392 20.1 0.17 <br /> 4/13/87 408 1153.5 9.60 <br /> 4/14/87 424 1049.0 8.73 <br /> 4/15/87 440 500.0 4.16 <br /> 4/16/87 456 75.1 0.63 <br /> The relationship between the field measured PID values and the laboratory <br /> conf_rmed total hydrocarbon discharge rate in pounds TPH removed per hour <br /> is linear. Based on this correlation and the data illustrated in Plate 7, <br /> an estimate of the total mass load (TPI[) removed was calculated. A <br /> non-linear regression analysis was performed on the rate of hydrocarbon <br /> removed versus time, which resulted in the following exponential <br /> correlation: <br /> L,. <br /> 41--87-137 1! <br />