RESUME OF JACK C. PARKER - College of Engineering

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Develop model for TCE migration in vadose zone and within complex multiaquifer groundwater system in Phoenix, Arizona area over a 50 year period to determine sources, evaluate remedial system effectiveness and to project future movement - Goldberg Persky Jennings & White. Review modeling protocols for unsaturated zone transport of organic chemicals for Florida RBCA guidelines - Mobil. Develop model for fuel oil leak remediation at a mining facility in northern Australia in a tidally impacted zone - CMPS&F. Develop and test a model for vapor transport and human health risk due to soil and groundwater sources impacting indoor and/or outdoor and for computing risk-based cleanup levels considering biodecay and dispersive air transport -. Mobil and BP Oil. Evaluate historical and projected separate phase and dissolved plume migration at a diesel/jet fuel leak site and evaluate options for remedial system design - Star/Texaco. Develop an automatic calibration procedure to facilitate site assessments for leaking underground storage tank sites - Mobil. Perform numerical simulations to identify the source and timing of a hydrocarbon plume in the vicinity of a former refinery and various active and inactive pipelines - Conoco. Develop engineering guide for the design of free product recovery systems - U.S. EPA. Provide advice on field monitoring and sampling and remedial design for diesel leak site at a trucking terminal in Massachusetts. Data assessment, database development and model development to assess contaminant migration and effectiveness of recovery systems from a refinery/terminal complex in the Los Angeles basin - Carson Regional Groundwater Group (Arco, GATX, Shell, Texaco). Develop a practical approach to estimate hydrocarbon spill volume and to design free product recovery systems - U. S. EPA, Edison, New Jersey. Modeling subsurface hydrocarbon migration and recovery - Mobil Foundation. Modeling phase separated hydrocarbon movement for remediation of spill sites - American Petroleum Institute. Develop performance assessment models for effects of exploration and production waste on groundwater quality - American Petroleum Institute. Development of parameter estimation methods for calibration of field scale transport models - Electric Power Research Institute. Multiphase chemical transport in porous media, U.S. EPA, Office of Research and Development and R. S. Kerr Laboratory. Estimate volume of free phase hydrocarbon in shallow aquifer in Guadalupe California oil field - Unocal. Evaluation of feasibility studies of proposed uranium mining in Pittsylvania Co. - Virginia. Virginia Coal and Energy Comm. Physics of immiscible flow in porous media - U.S. EPA R. S. Kerr Environmental Research Laboratory. RESUME OF J. C. PARKER PAGE 4
Develop model for TCE migration in vadose zone and within complex multiaquifer groundwater system in Phoenix, Arizona area over a 50 year period to determine sources and evaluate remedial system effectiveness - Goldberg Persky Jennings & White. Provide technical assistance on modeling chlorinated solvent flow and transport in soils and groundwater - Taisei Corporation, Japan. Provide assistance in modeling groundwater flow to determine well placement and pumping rates to control aqueous plume migration - Law Environmental. Provide technical assistance on modeling of chlorinated solvent spills and remediation using in situ gas venting - Institut fur Wasserbau, Stuttgart, Germany. Evaluate modeling approaches for multiphase contaminant transport - Chemical Manufacturers Association, RCRA Modeling Workgroup. Modeling free product movement and recovery at hydrocarbon spill sites - Amoco Corp. Parameter estimation for unsaturated flow and transport models - U.S.-Israel Bilateral Agricultural Research and Development Agency. Model development, site assessment and remedial design for groundwater contamination at the Manassas West Industrial Park - Virginia. Dept. of Waste Management. Subsurface and surface hydrology in an Appalachian region watershed - USDA Appalachian Soil and Water Conservation Research Laboratory. Use of models for risk assessment of Virginia's superfund sites - Virginia. Dept. of Waste Management. Modeling effects of agricultural practices on nitrate contamination of ground and surface water - Virginia. Water Resources Center. Development of analytical and numerical methods of predicting water and nitrogen movement from large drainfields - Virginia Health Dept. A strict continuum approach to water and solute transport in porous media with continuous large pores - U.S. EPA Office of Research and Development. Physical and engineering characterization of important Virginia soils - Virginia. Health Dept. Coordinate modeling efforts among university and national lab PIs involved in studies of biologically mediated in situ reduction of uranium at DOE’s Field Research Center (FRC) in Oak Ridge TN and develop site-wide model for groundwater flow, transport and biogeochemical reactions governing uranium transport at the site - US Dept. of Energy. Develop models and calibration protocols for field-scale DNAPL dissolution kinetics and volatilization and for uncertainty analyses and incorporate into operational protocols - US Dept. of Defense. In situ sequestration enhancement and engineered bioavailability reduction of metals in soils. Develop neural net models to estimate health risk as a function of initial soil properties and amendments. - US Dept. of Defense. Develop practical methods for modeling the fate and transport of volatile organic contaminants, including: volatilization from soil and groundwater to the atmosphere or into buildings, and cost optimization of vacuum extraction, bioventing and air sparging systems - RESUME OF J. C. PARKER PAGE 5
Page 1 and 2: CONTACT INFORMATION Civil and Envir
Page 3: NAPL flow and transport modeling wo
Page 7 and 8: Member of dissertation examining co
Page 9 and 10: Individual and class action suits w
Page 11 and 12: Seminar series at the Swiss Federal
Page 13 and 14: Harris, W. G., J. C. Parker and L.
Page 15 and 16: Lenhard, R. J., J. C. Parker and S.
Page 17 and 18: Zhang, F., G. T. Yeh, J. C. Parker,
Page 19 and 20: In: C.C. Chien et al. (eds), Enviro
Page 21 and 22: Kool, J. B. and J. C. Parker, Inver
Page 23 and 24: Zhu, J., S. Mishra and J. C. Parker
Page 25 and 26: Parker, J.C. and E. Park, Field sca

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