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Matthew C Sutton, PE <br /> Lead Engineer <br /> EDUCATION BS, Civil Engineering, University of the Pacific, 1991 <br /> PROFESSIONAL <br /> PROFILE Matthew C Sutton, PE, provides engineering support for remediation system <br /> selection based on life-cycle economic analysts He also provides engineering <br /> design and construction support for remediation system installations, assesses <br /> technologies,selects proper equipment for remediation systems, and monitors and <br /> inspects operating conditions at active remediation sites <br /> PROJECT <br /> EXPERIENCE Former Military Base, Guam, LISA <br /> Construction manager for civil engineering portions of installation of a 250-gallon <br /> per minute drinking water treatment system utilizing granular activated carbon as <br /> the treatment technology Oversight of subcontractors and quality assurance/quality <br /> control activities to assure installation of the system was performed to <br /> specifications <br /> Military Base, HI <br /> Assisted with the design of an interceptor trench passive collection system for the <br /> collection and removal of heating oil from leaking underground storage tanks <br /> Software Manufacturer,Santa Clara County, CA <br />. Developed design basis for two large sod vapor extraction systems under EPA site <br /> clean up order, and assisted in the detailed design of the systems Soils are <br /> contaminated with volatile organic compounds and will be treated using resin <br /> adsorption and granular activated carbon Work included modeling soil vapor <br /> extraction system layouts and treatment alternative selection Performed oversite of <br /> subcontractors performing grading for the treatment pad at the same site <br /> Continued work includes groundwater treatment system design utilizing a low <br /> profile,tray type air stripper, and required permitting to install the system <br /> Chemical Manufacturing Facility,Alameda County, CA <br /> On-site construction manager for groundwater remediation system installation under <br /> RWQCB site clean up order for soil and groundwater contaminated by volatile <br /> organic compounds, methanol, formaldehyde, and diesel fuel System includes a 28 <br /> extraction well network and a 60,000 gallon fixed film bioreactor The project <br /> included installation of groundwater pumps and conveyance piping, placing of the <br /> bioreactor and associated equipment, and all system piping, controls, and electrical <br /> interlocks Work included supervision of all subcontractors, keeping daily field logs, <br /> and communication with project manager and senior engineer with progress <br /> reports <br /> Microfilm Manufacturing Facility,Santa Clara County, CA <br /> Staff engineer for design, installation, and routine operation and maintenance of <br /> large soil vapor extraction system for soils contaminated with volatile organic <br /> compounds The system included dual level horizontal extraction piping under the <br /> floor of a former process area The piping was manifolded through a 25 horsepower - <br /> extraction blower with treatment by an on site facility incinerator Work included <br /> engineering design, city permitting, and supervision of all subcontractors during <br /> installation <br /> FLUOR DANIEL OTI <br />