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_ 1 1 17 Lone Palm Avenue, Suite 201 <br /> v Modesto, California 95351 <br /> 209-579-2221 <br /> V <br /> Fax: 209-579-2225 <br /> ASB O C I p T E S I N C . <br /> greater-than-stoichiometric close of ozone will usually be required because ozone is a non-selective <br /> oxidant that will react with natural organic matter and other non-target compounds. <br /> Benzene <br /> Benzene Carbon dioxide Wnkr <br /> t503 + C6H6 - > 6CO2 + 1502 + 3H20 Egn , I <br /> Oxygen Oxygen <br /> Toluene <br /> 1803 + C7H4 —> 7CO2 + 1802 + 41-12O Eqn. 2 <br /> Toluene <br /> Ethylbenzene orXylene <br /> 2103 + CsHt9 —> 8CO2 + 2102 + 5H2O Eqn. 3 <br /> Etbylbemmne <br /> MTBE <br /> 1503 + C5HI20 —> SCO2 + 1502 + 61420 Eqn. 4 <br /> MTBE j <br /> i <br /> TBA <br /> 1203 + C4171100 —> 4CO2 + 1202 + 5H20 Egn. 5 <br /> TBA <br /> ETBEITAMEIDII'E <br /> 1803 + C6HI40 --> 6CO2 + 1802 + 71120 Eqn. 6 <br /> L'TBUrANIE/DIPE <br /> I <br /> I <br /> Table - Ozone Voichiolnehy <br /> Compound g Ozone g <br /> contaminant <br /> Benzene 9.2 <br /> i <br /> Toluene 9. 5 <br /> Eth lbenzene 9.5 <br /> Xylenes 9 .5 <br /> MTBE 8 .2 <br /> TBA 8. 5 <br /> ETBE 8. 5 <br /> TAME 8 . 5 <br /> D1PE 8. 5 <br /> Because ozone is a gas, treatment of volatile compounds could result in removal of contaminants by <br /> stripping rather than oxidation, especially in laboratory tests. The proposed bench scale testing will <br /> therefore, address contaminant destruction versus volatilization. As with all strong oxidants, ozone is a <br /> Workplan for Feasibility Studies — Former Stockton Taxi Campmry ATC Associates rte. _ <br /> S:...V83491 WP for Pilot Testing and SCSI ATC Project No. 53.28349.0001 <br /> 9 � <br />