1991-1992; Du Pont Chemical Company, "Remediation of TEL Contaminated Soils in C-Basin", $40,000(PI)1991-1994; Delaware Department of Transportation, "Engineering Design of Wetl<strong>and</strong> ProtectionMeasures due to Highway Construction Operations", $65,000 (PI).1992-1993; Sara Lee Company, "Feasibility Study on the Treatment of Textile Industrial Wastewater byFenton's Oxidation Process", $18,000 (PI)1993-1994; New Jersey Department of <strong>Environmental</strong> Protection, "Transport of Mercury <strong>and</strong> Arsenic inNew Jersey Soils", $65,000 (Co-PI; PI: Herb Allen)1994-1997; Water Environment Federation Research Fund, "Rate <strong>and</strong> Equilibrium of Heavy MetalUptake by Wastewater Particulates", $250,000 (PI)1995-1996; Maryl<strong>and</strong> State of Environment, "Recovery of EDTA from Power Plant WashingWastewater", $75,000 (PI)1996-1997; Delaware Solid Waste Authority, “Development of Technology <strong>and</strong> Education Program inSolid Waste Management”, $37,400 (PI)1996-2000; Department of Energy, “Integrated Electro-kinetic Electro-Fenton (EKEF) Process for In-situSoil Remediation”, $350,000 (PI)1998-1999; Bureau of Reclamation, Department of Interior, “Treatment of Wastewaters for Water Reuseby a Catalytic Sonochemical Process”, $75,000 (PI)1999-2000; Bureau of Reclamation, Department of Interior, “Treatment of Wastewater for Water Reuseby a Catalytic Sonochemical Process. <strong>Ph</strong>ase II”, $50,000 (PI)1999-2000; Delaware Solid Waste Authority, “Development of Technology <strong>and</strong> Education Program inSolid Waste Management. <strong>Ph</strong>ase II”, $67,000 (PI)2000-2003; New Jersey Department of Environment, “Separation of Naturally Occurring ColloidParticulates from Ground Water by Crossflow Electro-filtration (CFEF) Process for Improving theAnalysis of Lead, ” $140,000 (PI)Tague Regional Industrial Waste Research Center, Korea, “Removal of Total Nitrogen in AgriculturalRunoffs”, $30,000 (PI)2001-2003; Department of Agriculture, US-Egypt Program, “<strong>Ph</strong>otocatalytic Process for the Treatment ofMetal Containing Wastewater” $25,000 (PI; Co-PI: Mohamed Barak).2002-2003; National Science Foundation, “Electrically Assisted Tangential Flow Filtration for theSeparation of Nano-sized <strong>Environmental</strong> Particles”, $90,000 (PI)2002-2005; National Science Foundation, “Chemical Interactions of Selected Pollutant Molecules withNanostructured <strong>Ph</strong>otocatalysts <strong>and</strong> Sensors”, $1,000,000 (Co-PI; PI: Shah, Ismat)2002-2003; Tague Regional Industrial Waste Research Center, Korea, “Nano-sized TiO 2 <strong>Ph</strong>otocatalystfor the Control of <strong>Environmental</strong> Chemical Hazards”, $50,000 (PI).4
2004-2007 US <strong>Environmental</strong> Protection Agency, “Short Term Chronical Toxicity of Nanomateialstoward Bacteria, Algae <strong>and</strong> Zooplanktons, $370,000 (PI)2005-2007 SERDP, “Removal of Perchlorate by Catalytic Hydrogen Membrane, $450,000 (PI)2007-2010 Industrial Technology Research Institute, Taiwan, “Ecotoxicity of Nanomaterials”, $50,000(PI).2010- 2011 National Science Foundation, “The 6 th International Conference on Sustainable WaterEnvironment”, $40,000 (PI).2010-2011 US <strong>Environmental</strong> Protection Agency, “The 6 th International Conference on Sustainable WaterEnvironment”, $15,000 (PI).2008 -2009 Federal Highway Administration, “<strong>Ph</strong>otoelectrochemical Generation of Hydrogen”, $100,000(Co-I; PI: Prasard, A.J.).2010-2010 DE EPSCoR, “An Electrically-assisted Cross-Flow Filtration (EACF) for Studying theChemistry of <strong>Ph</strong>armaceuticals <strong>and</strong> Personal Care Products (PP<strong>CP</strong>s) at the Surface of Aquatic Nanoparticles”$50,000 (PI).2010-2013 National Science Foundation, “Integrated Electrodialysis <strong>and</strong> Electrochemcial Processes forthe Removal of Perchlorate from Dilute Aqueous Solutions” $365,000 (PI).PUBLICATIONSA. Books1. Industrial Waste (Ed. C. P. <strong>Huang</strong>), Ann Arbor Science Publisher, Ann Arbor, MI, 1981.2. Industrial <strong>and</strong> Hazardous Waste (Ed. C. P. <strong>Huang</strong>), Technomics Publisher, Lancaster, PA, 1994.3. Heavy Metal Speciation <strong>and</strong> Soil Contamination (Eds. H. E. Allen, C. P. <strong>Huang</strong>, G. Baily <strong>and</strong> A. R.Bowers), Lewis Publisher, Ann Arbor, MI, 1994.4. Aquatic Chemistry. Interspecies <strong>and</strong> Interphase Processes (Eds. C. P. <strong>Huang</strong>, C. R. O'Melia <strong>and</strong> J. J.Morgan), Advances in Chemistry Series No. 244, American Chemical Society, Washington, DC,1994.5. <strong>Environmental</strong> Nanotechnology (Eds. Maohong Fan, C. P. <strong>Huang</strong>, Alan E. Bl<strong>and</strong>, Zhonglin Wang,<strong>and</strong> Ian Wright), Elsevier Science Publishers, 2010.B. Book Chapters1. l 2 O 3 Electrolyte Interface. In Colloid &Interface Science, IV (Ed. Kerker, M. K.) pp 29-44, (1976).2. <strong>Huang</strong>, C. P. Solid-Solution Interface. It's Role in Controlling the Chemical Composition of NaturalWaters. In Transport Processes in Lakes <strong>and</strong> Oceans (Ed. R. Gibbs), Plenum Press, pp 9-33(1978).3. <strong>Huang</strong>, C. P. Chemical Interactions between Inorganic <strong>and</strong> Activated Carbon. In Carbon AdsorptionH<strong>and</strong>book (Eds. P.N. Cheresiminoff <strong>and</strong> F. Ellerbush), Ann Arbor Science Publisher, pp 281-329(1978).5
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