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The Plenary Session will be conducted on Monday morning.  Technical sessions will begin on Monday afternoon.  The program was developed by Conference Chair Bruce Sass and the session chairs. Approximately 900 platform talks and poster presentations are scheduled in 63 sessions. The platform sessions and panels are scheduled in eight concurrent daytime tracks, A through H, as illustrated in the Program at a Glance. Posters will be displayed and presented in three successive groups; see the Poster Schedule for the sessions in each group and details on display and presentation times.

 

Panel Discussions

Sessions

The 63 session titles are listed below, organized by general topic area. The searchable PDF version of pages 10–59 of the Preliminary Program can be used to look for topics or names or review the contents of a specific session.  The platform and poster presentations in each session are listed alphabetically by title, and the posters are indicated with asterisks (*).  This information is current as of December 17, 2007, and is subject to change; the Final Program will be posted at this Web site by May 10, 2008.

 

Barrier Technologies

C1. Barriers to VOC Vapor Intrusion into Buildings

C2. Biobarriers

C3. Advances in Permeable Barrier Construction and Materials

C4. Nanoscale ZVI

 

Biological Technologies

B1. Source Area Bioremediation (SABRE) Project

B2. Advanced Detection Methods for Bioremediation

B3. Physical, Geochemical, and Microbiological Inhibitors to Bioremediation

B4. Enhanced Bioremediation

B5. Bioaugmentation

B6. Phytoremediation

B7. Advances in Bioremediation of Chlorinated Solvents

B8. Molecular Biological Tools for Remediation

 

Chemical Oxidation/Reduction Technologies

D1. Improving In Situ Chemical Oxidation Treatability Studies

D2. In Situ Chemical Oxidation Full-Scale Applications

D3. Improved In Situ Chemical Oxidation Decision-Making

D4. Advances in Persulfate Applications for In Situ Chemical Oxidation

D5. Advances in Fenton's Reagent Applications for In Situ Chemical Oxidation

D6. In Situ Chemical Reduction

E3. Vegetable Oil Applications in Remediation

 

Combined Remediation Technologies

H10. Site Restoration Using Combined Remediation Strategies

 

Delivery Systems

D7. Injectable Substrate Applications for Remediation

E1. Targeted Delivery of Substrates in Complex Settings

E2. Innovative Delivery Technologies

 

DNAPL and LNAPL Characterization and Treatment

A1. Advances in Source and Solvent Plume Characterization

A3. Visualization and Modeling to Assess Solvent Plume Migration

A4. Recovery or Treatment of DNAPL in Fractured Media

A5. Managing Thin Layers of LNAPL

 

Emerging Contaminants

A2. Emerging Contaminants

P1. Greenhouse Gas Control Technologies Posters

 

Metals Detection, Remediation, and Evaluation

H3. Evaluation of Background Metals in Soil and Groundwater

H4. Remediation of Lead- and Mercury-Contaminated Media

H5. Innovative Approaches for Treating Metals

H6. Detection and Treatment of Chromium and Other Heavy Metals

H7. Detection and Treatment of Arsenic

H8. Acid Mine Drainage and Mine-Waste Management

 

PCBs, Pesticides, VOCs, and Other Recalcitrants

E4. Pesticides/Herbicides

E5. PCBs/Dioxins/Furans

 

Perchlorate Forensic Investigations and Treatment

E6. Determining Sources of Perchlorate Contamination in Groundwater

E7. Treatment of Perchlorate-Contaminated Soil and Groundwater

 

Petroleum Hydrocarbons and Related Substances

A6. Assessment and Remediation of PAH-Contaminated Sites

A7. Remediation of Recalcitrant Petroleum Hydrocarbons

A8. MTBE and Other Oxygenates

 

Physical Treatment Technologies

G4. In Situ Soil-Mixing Technologies

G5. Air Sparging and Soil Vapor Extraction

G6. Improvements in Pump-and-Treat Applications

 

Range Residue Characterization, Remediation, and Management

H1. Energetics Residues: Range Characterization and Management

H2. Treatment of Munitions Residues in Soil and Groundwater

 

Risk Assessment and Site Management

F1. Remediation Cost and Technology Selection

F2. Site Assessment, Risk Assessment, and Decision-Making: Closing the Gaps

F3. Community Involvement and Risk Communication

F4. Long-Term Monitoring Strategies and Remedial Action Optimization

F5. Sustainable Remediation

F6. Risk Assessment Methods and Risk-Based Cleanup Actions

F7. Post-Remediation Management and Brownfield Redevelopment

F8. Exit Strategies and Closure for Remediation Sites

 

Sediment Management and Beneficial Use of Dredged Material

G7. Management of Contaminated Sediments Sites

G8. In Situ and Ex Situ Treatment of Contaminated Sediments

 

Thermal Treatment Technologies

C5. Advances in Thermal Remediation Technologies

C6. Combining Thermal with Other Remediation Technologies

C7. Assessing Performance of Thermal Treatments

 

Tools for Site Assessment and Performance Verification

G1. Improvements in Verification of Natural Attenuation

G2. Innovative Site Assessment Tools and Strategies

G3. Verification of Site Restoration Goals Using Performance-Monitoring Tools

 

Water Treatment: Ex Situ Processes

H9. Wastewater, Storm Water, and Landfill-Leachate Control

 

Questions about the program may be addressed to Gina Melaragno at chlorcon@battelle.org or 614-424-7866.