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k <br /> • Review off site MTBE well response over time (in detail) for the intermediate and deeper <br /> intervals <br /> • Conduct a remediation optimization study to accelerate clean-up <br /> REFERENCES <br /> CRC, 1972 Handbook of Chemistry and Physics, 52nd Edition The Chemical Rubber Co , <br /> Cleveland, Ohio, p B-116 <br /> EPA, 1998 Field Applications of In Situ Remediation Technologies Chemical Oxidation 03 — <br /> Former service station, Commerce City, CO, Moiety Associates, http Hwww epa gov/swertioI, <br /> http Helu-m-org <br /> Karpel vel Leitner, R N K , A L Papailhou, J P Crove, J Payrot, and M Dore 1994 <br /> "Oxidation at Methyl Tert-Butyl Ether (MTBE) by 03 and Combined 03/Hydrogen Peroxide " <br /> Ozone Science & Engineering 16 41-54 <br /> Kerfoot, W B 2000 Ozone Microsparging for Rapid MTBE Removal In Chemical Oxidation <br /> and Reactive Barriers Remediation of Chlorinated and Recalcitrant Compounds, Volume C2-6, <br /> eds G B Wickramanayake, A R Gavaskar and A S C Chen Battelle Press, Columbus,pp 187- <br /> 194 <br /> 51268231QM reports12005 2ndQR doc 13 <br />