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<br /> <br />Richard L. Henry <br />G <br />A SC7HrrECH, WL'. Cony~ny <br />Chief Hydrogeologlst. Presently serving as technical manager for the preparation of field sampling plans for <br />' OU 3-13 post-ROD perched water and Snake River Plain Aquifer monitoring at the Idaho National Engineering <br />& Environmental Laboratory. The FSPs are being developed using the EPA data quality objective (DQO) <br />process to establish the data needs and use requirements. <br /> <br /> <br /> <br /> <br /> <br /> <br />11 <br /> <br /> <br />1 <br /> <br />1 <br /> <br /> <br /> <br />Chief Hydrogeologist. Presently providing litigation support for a confidential client involving fate and <br />transport of chlorinated solvents and radionuclides in groundwater and then human health effects. Technical <br />support involves identifying relevant documents, evaluating site hydrogeologic conditions, source term <br />reconstruction, contaminant fate and transport, risk assessment, and regulatory compliance. <br />Chief Hydrogeologist. Presently providing litigation Support for a confidrntial client involving radionuclides <br />in groundwater at a former nuclear fuel processing plant and their human health effects. Technical support <br />involves identifying relevant documents, evaluating site hydrogeologic conditions, and source tens <br />reconstmcton. <br />Curet Hydrogeologist. Presently providing technics] support for the WAG 3 OU 3-13 Record of Decision for <br />the Idaho Nuclear Technology Engineering Center (formerly the Idaho Chemical Processing Plant) at the Idaho <br />National Engineering and Envroonmental Laboratory. <br />Parsons Engineering Science, inc., Denver, Colorado, <br />1993-1998 <br />Principal Hydrogeologist. Conducted a CERCLA risk-based Feasibility Study for the Idaho Chemical <br />Processing Plant (Waste Area Group (WAG) 3; Operable Unit (OU) 3-13) at the Idaho National Engineering <br />and Environmental Laboratory (INEEL). The FS was performed using an integrated risk/cost-benefit approach <br />to evaluated and select remedial alternatives to cleanup radioactive and mixed wastes in adjacent soils and <br />groundwater. <br />Principal Hydrogeologist. Prepared supplemental Feasibility Study for WAG 3 OU 3-13 at the INEEL to <br />identify and evaluate additional remedial alternatives for soil and groundwater beneath the Idaho Chemical <br />Processing Plant. <br />Principal Hydrogeologist. Developed draft Proposed Plan for WAG 3 OU 3-13 at the INEEL to surrunarize <br />the alternatives evaluated and selected during the FS to remediate soils and groundwater at the Idaho Chemical <br />Processing Plant. <br />Principal Hydrogeologist. Performed site and cumulative groundwater risks posed by radionuclides, metals, <br />and organic constituents in soils at the Auxiliary Reactor Area and the Power Burst Facility at the INEEL. The <br />risk analysis was performed as part of the WAG 5 RUBRA. Risk calculations were performed using <br />GWSCREEN, a coupled vadoselsaturated zone flow and transport mode[. <br />Principal Hydrogeologist. Developed a comprehensive facility closure evaluation protocol for integrating and <br />evaluating risk-based closures of co-located Idaho Chemical Processing Plant processing facilities and CERCLA <br />sites at the INEEL. If approved, the protocol will be used by the D&D, RCRA, and CERCLA programs to <br />facilitate risk-based facility closures at the ICPP. <br />Project Manager. Managed S2.3M Operable Unit 4 Phase I RFI/RI for the Rocky Flats Solar Evaporation <br />Ponds. Provided cost and prrsomel management and technical direction in the evaluation of surface and <br />subsurface 6ydrogeological and geochemical data to characterize RCRA and mixed waste contaminant sources <br />and the vadose zone. Expedited preparation of the RFI/RI report to meet the aggressive schedule specified by <br />the regulators resulting in a cost savings of S200K and avoided a notice of violation. <br />Principal Hydrogeologist. Performed an evaluation of the performance of selected engineered barrier design <br />for the Operable Unit 4 Phase 1 1M/IRA at the Rocky Flats Solar Evaporation Ponds. The evaluation included a <br />predictive simulation, using die HELP, VLEACH, and VS2DT codes, of constituent leaching from the vadose <br />zone to the saturated zone to assess the barrier's performance in minimizing groundwater quality impacts. The <br /> <br />