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INKMEA) <br />Project Engineer for In-situ treatment tests for VOC removal from groundwater. Responsibilities included: preparing the work plan, <br />subcontractor procurement, material procurement, and project execution. Techniques applied Include hydrogen peroxide injection <br />(Fenton's Chemistry) and potassium permanganate injection for destruction of chlorinated hydrocarbons. Mr. Norman's Involvement <br />Include preparation of the pilot scale test plans, field support, and documentation of results in a report to the client. <br />Andersen AFB, Guam: <br />Project engineer for the design, installation, start up, and operational support of a soil vapor extraction (SVE) system to remove JP -8 <br />from the subsurface at Andersen AFB, Guam. Air flow predictions were made using site geology data and review of past SVE operation <br />at the site. Once installed airflow optimization was completed to maximize mass removal rates. Operational procedures were developed <br />and on site personnel were trained in the measurement of VOC levels in each well as well as flow measurements. The system operated <br />effectively for eight months, removing over 8,000 pounds of JP -8. <br />U.S. Navy: <br />Team leader for the estimation of Other Environmental Liabilities (OEL) for the U.S. Navy, Responsibilities Included site reconnaissance, <br />development of a field strategy for a she assessment, coordination of field activities of a six person field team, and completion of cost <br />estimates of identified liabilities. The OEL assessment was completed for three Navy installations on time and under budget, <br />Navajo Tribal Utilities Authority: <br />Project engineer for the characterization and feasibility of closure of wastewater lagoons for the Navajo Tribal Utilities Authority (NTUA). <br />The project Included characterization of biosolids in existing wastewater lagoons and developing engineering alternatives for closure of <br />the lagoons. Characterization of the biosolids included analysis for the presence of metals, VOCs and SVOCs specifically for compliance <br />with the land application requirements of 40CFR 503.13. Engineering solutions considered included the use of lime stabilization for <br />pathogen destruction and odor control. <br />IBM: <br />Project coordinator of $1.5 million per year environmental rectification project. Primary activities Include coordinating design activities for <br />in-situ soil remediation, evaluating treatment alternatives, and contractual activities. Soil remediation systems include soil vapor extraction <br />and bioremediation. Directed development of pilot test plans for the soil vapor extraction system and bioremediation systems and analysis <br />of test results. <br />Service Disabled Veteran Owned Small Business <br />25F-130 <br />