RESUME CP Huang, Ph.D., PE - Civil and Environmental ...
RESUME CP Huang, Ph.D., PE - Civil and Environmental ...
RESUME CP Huang, Ph.D., PE - Civil and Environmental ...
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<strong>Huang</strong>, C. P., The Removal of Toxic Heavy Metals from Contaminated Groundwater by a FungalAdsorption Process, Final Technical Report, U. S. Geological survey, DOI, 121pp, 1989.<strong>Huang</strong>, C. P., Anodic Oxidation of <strong>Ph</strong>enolic compound, Final Report, Water Resource Center,Department of Interior, 128pp, July 1990.<strong>Huang</strong>, C. P., <strong>Environmental</strong> Fate Investigation of Chromium Contamination, Final Project Report, NewJersey State Department of <strong>Environmental</strong> Protection, September 1991.<strong>Huang</strong>, C. P., The Development of an Electrochemcial Process for In-situ Treatment of ContaminatedGroundwater, Final Project Report, Water Resource Center, Department of Interior, July 1991.<strong>Huang</strong>, C. P., Minimizing Highway Construction Impacts to Wetl<strong>and</strong>s. St<strong>and</strong>ards <strong>and</strong> Specifications(with M. Eck), Final Project Report, Delaware Transportation Center, May 1992.<strong>Huang</strong>, C. P., Feasibility Study on the Removal of TEL by Soil Flushing, Final Project Report, Du PontChemical Company, July 1991.<strong>Huang</strong>, C. P., In-Situ Treatment of Surfactant-Contaminated Aquifer by Electrochemical Processes, FinalReport, Delaware Research Partnership <strong>and</strong> Du Pont Chemical Company, 117 pp, December 1992.<strong>Huang</strong>, C. P., The Development of Electrochemical Processes for In-situ Treatment of AmmoniumPerfluorooctanoate Contaminated Groundwater, Final Project Report, Du Pont Chemical Company,117pp, 1992.<strong>Huang</strong>, C. P., Determining the Effectiveness of Control Measures Against Highway ConstructionImpacts, Final Project Report, Delaware Department of Transportation, July 1994.<strong>Huang</strong>, C. P., In-Situ Treatment of Surfactant-Contaminated Aquifer by Electrochemical Processes, FinalTechnical Report, Du Pont Company <strong>and</strong> Delaware State Research Partnership, 137 pp, 1993.<strong>Huang</strong>, C. P. <strong>and</strong> Weng, C. H., Effect of Specific Chemical Reactions on the Transformation <strong>and</strong> theTransport of Chromium in the Soil-Water System, Final Technical Report, New Jersey Department of<strong>Environmental</strong> Protection <strong>and</strong> Energy, Trenton, NJ, 149 pp, 1995.Yin, J., Allen, H. E., <strong>and</strong> <strong>Huang</strong>, C. P., Adsorption/Desorption <strong>and</strong> Transport of Mercury <strong>and</strong> Arsenic inNew Jersey Soils, Final Technical Report, Division of Science <strong>and</strong> Research, New Jersey Department of<strong>Environmental</strong> Protection <strong>and</strong> Energy, Camden, NJ, 296 pp, 1997.<strong>Huang</strong>, C. P., Recovery of EDTA from Power Plant Boiler Chemical Cleaning Wastewater. FinalTechnical Report. Maryl<strong>and</strong> Department of Natural Resource. 100pp, 1997.<strong>Huang</strong>, C. P., et al., The Equilibrium <strong>and</strong> Rate of Metal Uptake by Sludge Particulates. AnnualTechnology Report. Water Environment Research Fund, 1997.<strong>Huang</strong>, C. P., et al.,The Equilibrium <strong>and</strong> Rate of Metal Uptake by Sludge Particulates. Volume I.Characterization of Wastewater <strong>and</strong> Sludge Particulates, Final Project Report, Water EnvironmentResearch Foundation, 1998.26
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