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Michael Leacox
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<br /> groundwater monitoring wells using reverse-rotary, air-rotary, air-rotary casing hammer,
<br /> rotary-wash, hollow-stem auger, cable-tool, percussion hammer and bucket-auger
<br /> drilling techniques. Mr. Leacox developed a working experience with the California
<br /> Code of Regulations, Titles 22, 23 and 27, and working relationships with the regulators
<br /> in California, Nevada and Idaho.
<br /> Mr. Leacox has had managing responsibility of the $4.5 million contract with Beale Air
<br /> Force Base, $1.5 million contract with the National Park Service, and $4.5 and $1.5
<br /> million contracts with a private clients to permit discharges to land under with Waste
<br /> Discharge Requirements in California, large groundwater contamination remediation
<br /> projects, as well as other large multidisciplinary contracts. Mr. Leacox also developed a
<br /> project management training program to identify, teach and develop new project
<br /> managers while at his previous employer. Mr. Leacox also operated as the Health and
<br /> Safety Officer for the Central Valley and Nevada Operations of his former employer.
<br /> Representative Projects
<br /> Multidisciplinary Project, Beale Air Force Base, California - Program manager for
<br /> multidisciplinary $4.5 million contract at Beale AFB, California. Representative tasking
<br /> performed under the contract includes preparation of Closure and Post-Closure
<br /> Maintenance Plans for Landfills 2 and 3, Preparation of Plans and Specifications for the
<br /> closure of the landfills, construction inspection, preparation of an Air Toxics Inventory
<br /> Report for the base, preparation of a Basewide comprehensive plan environmental
<br /> assessment and a cultural resources management plan, design of replacement
<br /> underground storage tanks for an AFEE's gas station, indoor air quality testing,
<br /> investigation of offsite groundwater containing trichloroethene, and bioventing pilot
<br /> studies at three sites. Responsibilities include client maintenance, conflict resolution,
<br /> maintaining task schedules and budgets, quality control, and overall customer
<br /> satisfaction. Projects include both DTSC and RWQCB oversight, preparation of work
<br /> plans and reports, and regulatory negotiations.
<br /> Remedial investigation and feasibility studies for Sierra Army Depot, Sierra Army
<br /> Depot, Herlong, California- Project consultant and quality control manager for RI/FS of
<br /> 14 sites at Sierra Army Depot for the U.S. Army Environmental Center. Project included
<br /> the RI/FS of sites that included former demolition ranges, chemical handling facilities,
<br /> active vehicle maintenance areas, fire training areas, and wastewater ponds. The
<br /> Project concerns included UXO, potential for unknown chemicals, strong oxidizing fuels
<br /> and propellants. Pond project included the development of an approach to characterize
<br /> the sludge and soil within and beneath four inactive sewage ponds. The four inactive
<br /> wastewater ponds at Sierra Army Depot required assessment to identify possible
<br /> impacts from four unlined wastewater ponds that encompass approximately 8.5 acres.
<br /> The ponds received predominately raw sewage from the base with occasional small
<br /> quantities of industrial waste from base operations. The assessment included the
<br /> collection of soil and groundwater samples, analysis of chemical data including a
<br /> comparison of the metal concentrations to the background, and performance of a human
<br /> health evaluation. Analytes included semi-volatile compounds, metals, pesticides,
<br /> PCBs, and nitrate.
<br /> Western Processing Superfund Site, Kent, Washington — Project geologist for
<br /> characterization of the Federal Superfund site. The facility was a former Class I
<br /> chemical disposal and drum recycling facility that included agent orange, solvents,
<br /> strong oxidizers and corrosives, and hundreds of unknown chemicals. Project included
<br /> characterization of the facility, as well as soil and groundwater contamination.
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