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MARC A. LEFEBVRE, P.E. <br /> 1 O - Fe Page 5 <br /> eluding Mobil Oil. Texaco. and Fina in South Florida. Responsibilities includ- <br /> ed groundwater and soil remedial system design and construction management <br /> for RAP implementation. Remedial systems included stripper design. carbon <br /> adsorption design. vacuum extraction. and bioremediation. <br /> 1 Project Manager; Risk Assessments, SFWMD—Developed a mathematical <br /> computer model for prioritizing ten facilities with underground storage tanks <br /> (USTs) for risk assessment analyses in South Florida. Responsibilities includ- <br /> ed ranking of sites for contamination assessment and remedial work. Prepared <br /> CARS and RAPs for facilities impacted with petroleum product. <br /> Project Manager; Industrial Wastewater Compliance, Tri-County Com- <br /> muter Rail Authority (TCRA)—Obtained surface water discharge permit for <br /> facility for a public South Florida rail commuter operation in West Palm <br /> Beach. Florida. Wrote responses to FDEP comments on permit application <br /> which had been pending approval for 3 years: permit granted within I month <br /> of submitted comments. <br /> Project Manager; Wastewater Treatment System Evaluation, Coastal <br /> Fuels Marketing, Inc.—Evaluated treatment needs of wastewater stream at a <br /> bulk petroleum terminal in Port Everglades. Florida. in order to meet surface <br /> water quality criteria. Methods of treatment were researched. laboratory tests <br /> were conducted. and equipment was specified. <br /> Project Engineer; Remedial Action, Confidential Client—Prepared bid <br /> specifications for contractor bidding to remediate 2.000-acre citrus grove with <br /> multiple petroleum impact sites influencing groundwater. surface water and <br /> soils in Palm Beach County. Florida. Prepared feasibility study and interim <br /> RAP to remediate impacted soils through bioremediation in a land-farming <br /> operation. <br /> Project Engineer; Airstripper Research and Development Project,Ameri- <br /> can Petroleum Institute—Spearheaded data collection work for assessing the <br /> efficiency of airstripping on gasoline impacted groundwater throughout the <br /> United States. Evaluated various chemical and mechanical methods of pre- <br /> venting stripper fouling from organic and inorganic parameters. <br /> Project Engineer; UST Design, AT&T—Prepared plans. specifications. and <br /> bid documents for the installation of two Owens Corning double fiberglass <br /> tanks with integral piping and interstitial monitoring in the U.S. Virgin Islands. <br /> ' Project Engineer; Soil Remediation Through Vacuum Extraction, Confi- <br /> dential Client—Facility located within the 30-day travel time of a municipal <br /> wellfield impacted with PCE in Delray Beach. Florida. Involved in vacuum <br /> ' extraction of vadose zone contamination and contaminant transport of PCE to <br /> depths of 300 ft. <br /> ' Project Engineer; Fuel Tank Farm Design,John D. & Catherine T. Mac- <br /> Arthur Foundation—Performed interim remedial action of diesel fuel and <br /> gasoline impacted soil through excavation and thermal treatment of 3.500 tons <br /> of impacted soils for this citrus grove facility located in Jupiter. Florida. Pre- <br /> pared plans and specifications for the installation of a double-walled fiberglass <br /> tank with interstitial monitoring. Prepared plans and specifications for fuel <br /> tank farm containment structure to contain aboveground fuel tanks. <br /> I <br /> mac, <br /> ��Con tmrg&lictrokso M' NPAut.YANGWITY 01:SUNNY ISIFSAPPENDICESnEFSU3ff5 SUNYISIS.lxC-043012 <br />