RESUME OF JACK C. PARKER - College of Engineering

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UNIVERSITY COURSES TAUGHT Instructional duties have involved graduate and upper level undergraduate courses taught in the area of subsurface hydrology and contaminant transport modeling in the Civil Engineering and Crop and Soil Environmental Sciences Departments at Virginia Polytechnic Institute and State University and a numerous short courses and workshops presented in over 10 countries. I have served as an advisor to graduate students in Civil Engineering, Environmental Engineering, Environmental Sciences and Engineering, and Soil Science programs. Courses taught include: • CE 4594, Soil and Groundwater Pollution, 1989-1995. • CSES 5594, Modeling Subsurface Water and Chemical Transport, 1990-1993. • CE 5980a, Hazardous Waste Management Seminar, 1987. • CE 5980b, Modeling Groundwater Chemical Transport, 1986-1988. • CSES 4050, Soil Physics, 1980-1986. • CSES 5090, Adv. Soil Physics, 1980-1985 • CSES 6020, Soil Physical and Colloidal Chemistry (guest lecturer) • ChE 5980, Hazardous Waste Disposal (guest lecturer) SHORT COURSES AND WORKSHOPS TAUGHT Multiphase organic transport modeling with emphasis on pollution by hydrocarbons, International Ground Water Modeling Center, Indianapolis, October 1988, 1989. Modeling multiphase organic transport in soils and groundwater, Swiss Federal Technical University, Zurich, November 1988. Modeling transport in aquifers and in the unsaturated zone, Swiss Federal Technical University, Zurich, March 1989. Workshop on Groundwater Pollution Assessment, Virginia Dept. of Waste Management, Richmond, Virginia, January 1990. Petroleum hydrocarbons and organic chemicals in groundwater: use of models for site assessment and remediation; Los Angeles, May 1990; Jacksonville, Florida, December 1990; San Diego, May 1991, April 1993, May 1994; Denver, June 1992; Tampa, December 1991; Orlando, December 1992, 1993; Roanoke, July 1995. Multiphase organic transport modeling for site assessment and remedial design, International Ground Water Modeling Center, Delft, Holland, September 1990. Assessment, control and remediation of LNAPL contaminated sites, U.S. EPA/API, Los Angeles, San Francisco, Denver, Clearwater Beach, Atlanta, Chicago, Boston, Kansas City, Newark, Cincinnati, Tulsa, Portland Maine, Houston, Reston, Seattle, London. September - October 1994. Assessment, control and remediation of LNAPL contaminated sites, ES&T, London, January 1995; Copenhagen, November 1995; Maribor Slovenia, November 1995; Vienna Austria, April 1996; Wroclaw Poland, April 1996; Sparta New Jersey USA, August 1996; Monteretondo Italy, October 1996; Rome Italy, November 1996; Melbourne Australia, March 1997; Sydney Australia, March 1997. RESUME OF J. C. PARKER PAGE 2
NAPL flow and transport modeling workshop, Exxon Biomedical Research, East Millstone, New Jersey, January 1998. Principles and practice of in situ forced air remediation, National Ground Water Association, Baltimore June 1998; Phoenix December 1998; April 1999; Portland, Oregon November 1999; San Diego June 2000; Denver February 2001; Phoenix December 2001. SELECTED PROJECTS Practical Cost Optimization of Characterization and Remediation Decisions at DNAPL Sites with Consideration of Prediction Uncertainty, US Dept of Defense (approved – $1,326,000 Mar08-Feb11) Roadmap to Accelerate Deployment of Field-Scale Models to Simulate Microbially- Mediated Remediation of Contaminated Sites, US Dept. of Energy (approved – $25,000 Oct07-May08) Development of an Integrated Methodology to Assess Long-Term Sustainability of Monitored Natural Attenuation at Chlorinated Solvent Sites, US Dept of Defense (current – $80,000 May07-Sep07) Multiscale Investigations on the Rates and Mechanisms of Targeted Immobilization and Natural Attenuation of Metal, Radionuclide and Co-Contaminants in the Subsurface, US Dept. of Energy (current – $18,000 May07-Sep07) Quantification of Hydrologic, Geochemical, and Mineralogical Processes Governing the Fate and Transport of Uranium over Multiple Scales in Hanford Sediments, US Dept. of Energy (current – $137,383 May07-Sep08) Development of a computer model for in situ oil shale retorting considering heat and mass transport in rubblized rock fractures and matrix, and reactions for pyrolyis, coking, thermal mineral decomposition, and combustion. - US Dept. of Energy. 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 - US Dept. of Energy. Integrated protocol for assessment of long-term sustainability of monitored natural attenuation of chlorinated solvent plumes. Develop models and calibration protocols for field-scale DNAPL dissolution kinetics and volatilization and for uncertainty analyses and incorporate into operational protocols in cooperation with co-PIs at Virginia Tech, USGS and Parsons Engineering - US Dept. of Defense (SERDP). 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. Co-PIs with ORNL, Stanford Univ. and Auburn Univ. - US Dept. of Defense. Simulation of subsurface environmental processes. 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 - US Dept. of Energy. RESUME OF J. C. PARKER PAGE 3
Page 1: CONTACT INFORMATION Civil and Envir
Page 5 and 6: Develop model for TCE migration in
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.
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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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