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Richard L Nenry <br />Chief Hydrogeologist <br />and asoil-bentonite amendment admixture evaluation. The FSP <br />was developed using the EPA's seven-step data quality <br />objective (DQO) process to establish the data needs and use <br />requirements. <br />As technical manager, reviewed reactive materials to support <br />the design of a radionuclide attenuation barrier for the disposal <br />facility. Work included the compilation of sorption coefficients <br />for selected elements on bentonite and smectite clays. <br />As project manager, prepared field sampling plans for OU 3-13 <br />post-ROD perched water and Snake River Plain Aquifer <br />monitoring. The FSPs were developed using the EPA data <br />quality objective (DQO) process to establish the data needs and <br />use requirements. <br />Confidential Client, Aerospace Facility, CA: Chief <br />hydrogeologist, provided litigation support for an aerospace <br />facility involving fate and transport of chlorinated solvents and <br />radionuclides in groundwater and their human health effects. <br />Technical support involved identifying relevant documents, <br />evaluating site hydrogeologic conditions, source term <br />reconstruction, contaminant fate and transport, risk assessment, <br />and regulatory compliance. <br />Confidential Client, Nuclear Fuel Processing Plant: Chief <br />hydrogeologist, provided litigation support for a confidential <br />client involving radionuclides in groundwater at the fuel <br />processing plant and their human health effects. Technical <br />support involved identifying relevant documents; evaluating site <br />hydrogeologic conditions, and source term reconstruction. <br />Idaho National Engineering and Environmental Laboratory, <br />ID: Principal author of the WAG 3 OU 3-13 Record of <br />Decision at the Idaho National Engineering and Environmental <br />Laboratory. <br />CERCLA Risk-based Feasibility Study, Idaho Chemical <br />Processing Plant (Waste Area Group [WAGJ 3; Operable <br />Unit [OUJ 3-13), Idaho National Engineering and <br />Environmental Laboratory (INEEL): Principal <br />hydrogeologist the FS was performed using an integrated <br />risk/cost-benefit approach to evaluate and select remedial <br />alternatives to cleanup radioactive and mixed wastes in adjacent <br />soils and groundwater. <br />Prepared supplemental Feasibility Study to identify and evaluate <br />additional remedial alternatives for soil and groundwater <br /> <br />