NAPL Seminar | Agenda

In Situ Treatment of Groundwater Contaminated with NAPL: Fundamentals and Case Studies*

Day 1 Tuesday December 10	Opening Remarks
	12:30–12:55	Welcoming Remarks	Walter W. Kovalick, Jr., Ph.D. Director EPA, Technology Innovation Office
	12:55–1:15	Policy Considerations and Trends in NAPL Remediation	Jim Cummings EPA, Technology Innovation Office
	In Situ Thermal Treatment
	1:15–1:40	Fundamental Principles of In Situ Thermal Treatment	Kent Udell, Ph.D University of California, Berkeley
	1:40–2:05	Steam Enhanced Extraction at the LLNL Gas Pad	Roger Aines, Ph.D Lawrence Livermore National Laboratory
	2:05–2:30	Steam Enhanced Extraction of Wood Treatment Creosote/PCP	Craig Eaker Southern California Edison
	2:30–2:45	BREAK
	2:45–3:10	Steam Enhanced Extraction of Chlorinated Solvents in Fractured Media	Gorm Heron, Ph.D Steamtech, Inc.
	3:10–4:05	Electrical Resistance Heating — Lockformer ERH Case Study — ICN Pharmaceutical Portland, Oregon Case Study	Greg Beyke Thermal Remediation Services Steve Faryan OSC EPA, Region 5 Jennifer Sutter Oregon DEQ
	4:05–4:30	Thermal Conductive Heating	Ralph Baker, Ph.D Terratherm
	4:30–5:00	Q&A Panel Discussion
	5:00–6:00	POSTER SESSION
Day 2 Wednesday December 11	Morning Session – Surfactant/Cosolvent Flushing
	8:30–9:00	Fundamentals of Surfactant/Cosolvent Flushing	David Sabatini, Ph.D University of Oklahoma
	9:00–9:25	Surfactant/Cosolvent Flushing of LNAPL Contamination	Ben Shiau, Ph.D Surbec-Art Environmental
	9:25–9:50	Surfactant/Cosolvent Flushing of DNAPL Contamination	Richard Jackson, PE INTERA
	9:50–10:10	BREAK
	10:10–10:35	Surfactant Flushing/Enhanced Biodegradation at a Dry Cleaner Site	Michael Annable, Ph.D University of Florida
	10:35–11:00	Surfactant Enhanced DNAPL Source Zone Remediation: Results of a Field Demonstration and Implications for Bioavailability	Linda Abriola, Ph.D University of Michigan
	11:00–11:30	Q&A Panel Discussion
	11:30–1:00	LUNCH (ON YOUR OWN)
	Afternoon Session – In Situ Chemical Oxidation
	1:00–1:30	Fundamentals of In Situ Chemical Oxidation (ISCO)	Robert L. Siegrist, Ph.D Colorado School of Mines
	1:30–1:55	Full-scale Permanganate Remediation of a Solvent DNAPL Source Zone, Ft. Lauderdale, Florida	Beth Parker, Ph.D University of Waterloo
	1:55–2:20	In Situ Oxidation of PAH Contaminants Associated With Former Manufactured Gas Plants	Ron Jensen Southern California Edison
	2:20–2:55	In Situ Fenton Oxidation: A Critical Analysis	Scott Huling, Ph.D EPA/ORD/Ada, Ok
	2:55–3:10	BREAK
	3:10–3:35	ISCO Case Studies	Richard Lewis ERM, Inc.
	3:35–4:00	Case Studies of Fenton’s Reagent ISCO at MGP and Chlorinated Solvent Sites	Dan Bryant Geocleanse, Inc.
	4:00–4:25	Practical Considerations for Source Area Treatment—Interim Measures	Dean Williamson, PE CH2M Hill
	4:25–5:00	Q&A Panel
	5:00–6:00	POSTER SESSION
Day 3 Thursday December 12	Morning Session – NAPL Characterization and Related Cleanup Issues
	8:30–8:55	Biological Treatment of Residual DNAPL Following Physical Source Treatment	Scott B. Wilson and Stephen Koenigsburg, Ph.D. Regenesis, Inc.
	8:55–9:20	Use of Mass Flux Measurement Pre- and Post-Remediation	Suresh Rao, Ph.D Purdue University
	9:20–10:00	Enhanced Bioremediation for the Treatment of Chlorinated Solvent Residual Source Areas	Kent Sorenson, Ph.D North Wind Environmental
	10:00–10:20	BREAK
	10:20–10:55	Source Characteristics and Permanganate Remediation of Chlorinated Ethenes in Fractured Sedimentary Media	Beth Parker, Ph.D University of Waterloo
	10:55–11:20	Source Removal: Policy and Practice in the Florida Drycleaning Solvent Cleanup Program	Robert Cowdery Florida DEP
	11:20–11:45	Chlorinated Solvent DNAPL Extent Characterization at the East Gate Disposal Yard, Ft. Lewis, Washington	Kira Lynch US Army Corps of Engineers
	11:45–12:00	Closing Remarks
	12:00	ADJOURN

*Mention of trade or commercial products and services does not constitute endorsement by the U.S. Environmental Protection Agency.

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Page Last Modified: October 25, 2002