Laserfiche WebLink
MAR-30-2000 16 37 CAMBRIA 510 420 9170 P 07/10 <br /> 8000 , <br /> 7000 - Influent MTBE fram Wells Group 2 <br /> -6�-HiPOx Effluent MTBE(ppb) <br /> 6000 <br /> Started 24 Hour a day 7 day a week aperabon <br /> a 5000 - u. <br /> w � <br /> M yi <br /> 4000 <br /> c <br /> M 3000 <br /> 2000 M;U <br /> 1000 I <br /> / i Y <br /> CD <br /> CJI <br /> 1 <br /> r. <br /> n qv a S�po d ©©] v o a g g o <br /> N ka to CD S O M1 G N tt(7 P' O LO N <br /> N CV N [V f+M M <br /> . Gallons <br /> Figure 3, Summary of Results from the Nevada Treatment System <br /> The scalability of HIPOx technology can be shown by comparing the destruction of MTBE as <br /> a function of applied ozone in the Pilot System operated at 3 GPM with results achieved by <br /> the 30 GPM system, as shown in Figure 4 This comparison of results confirms that the <br /> HIPDX technology can be scaled up from the results of a pilot trial to a commercial <br /> continuously operating system The data from this relationship can be used to predict the <br /> degree of MTBE destruction based on the amount of ozone applied <br /> Page 6 <br />