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c <br /> 12/30/92 <br /> Restart unit, Drain water from condensate traps Ad]ust unit <br /> and sample Collect bag samples of influent, effluent for WEGE <br /> laboratory System set at 00-o air dilute <br /> 01/06/9 <br /> Unit self shutdown 10 : 00 Attempt to start 19 . 00, could not <br /> restart <br /> 01/17/93 <br /> Unit restarted by technician from Burners and Controls <br /> 01/19/92 <br /> Unit running on arrival Drain water from condensate traps . <br /> Adaust unit and sample Collect bag samples of influent , <br /> effluent for WEGE laboratory System set at 00-. air dilute . <br /> The VOC emissions have never exceeded the 52 lb/day emission limit <br /> for the site No evidence of Tetrachloroethylene (PCE) was found <br /> during examination of the chomatograms of the samples taken to the <br /> WEGE laboratory <br /> VAPOR SAMPLING <br /> COLLECTING LABORATORY SAMPLES <br /> Influent Sample <br /> The influent sample is obtained from a sample port located after the <br /> system vacuum pump before the REMOX Unit Sterile poly tubing is <br /> then used to attach a 1 liter tedlar bag, fitted with a special <br /> septum "valve" and tubing bib, to the sample port The sample port <br /> is on the pressure side of the pump and therefore the bag will fill <br /> without need of a pump Once the tedlar bag is filled, its valve is <br /> closed and locked, the appropriate label is placed on the tedlar <br /> bag <br /> Effluent Sample <br /> A sample port for the effluent is located in the exhaust stack of <br /> the Remox system The flow pressure from the exhaust is great <br /> enough to fill a tedlar bag Sterile poly tubing is fitted to the <br /> exhaust port and the tedlar bag Then the sample valve of the <br /> tedlar bag is opened and the bag is filled with the sample . Once <br /> the tedlar bag is full, the valve is closed and locked, the sample <br /> port closed, and the appropriate label is placed on the bag. <br /> page 2 of R603 , 01/26/93 <br />