Isotope Applications for In-Situ Remediation - Case Studies for Chlorinated Solvents, Petroleum Hydrocarbons, and Inorganic Compounds

Applications of Bio-Trap Samplers and Stable Isotope Probing

Application of Molecular Biological Tools (MBTs)

Compound Specific Isotope Analysis

The Microbiology of Chlorinated Solvent and Fuel Oxygenate Biodegradation

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Basic Microbiology and the Stable Isotopes Tool Box

Mike Hyman, PhD., NC State University

Biodegradation of Chlorinated Solvents and Fuel Oxygenates

Mike Hyman, PhD., NC State University

Introduction to Compound Specific Isotope Analysis (CSIA)

Robert Pirkle, PhD., Microseeps, Inc

Application of Compound Specific Isotope Analysis to Degradation

Robert Pirkle, PhD., Microseeps, Inc

Applications of Stable Isotope Analyses: Data Interpretation and Data Quality Issues

John T. Wilson, PhD., USEPA

Compound Specific Isotope Analysis Applied to Forensic Problems

Robert Pirkle, PhD., Microseeps, Inc

Using CSIA Data to Predict Plume Behavior and Manage Sites

Joe Haas, NY State Office of the Attorney General

The Molecular Biology Toolbox: Theory and Applications

Mike Hyman, PhD., NC State University

Applications of Advanced Tools - Bio-Traps and other Advanced Tools

Greg Davis, Microbial Insights, Dr. Kerry Sublette, University of Tulsa

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Microbial Degradation Processes for Chlorinated Solvents and Fuel Oxygenates

Dr. Mike Hyman, NC State University

Introduction to Compound Specific Isotope Analysis

Dr. Robert J. Pirkle, Microseeps, Inc

MNA for Chlorinated Solvents and Fuel Oxygenates: Why it occurs, how it evolved, and using stable carbon isotopes to predict plume behavior

John Wilson, USEPA

Case Studies Integrating CSIA into Site Decision-Making

Tim Buscheck, Chevron Energy Technology Company

Use of CSIA in Site Management: A Regulatory Perspective

Joseph Haas, NY State Office of the Attorney General

Applications of Bio-traps

Kerry Sublette, University of Tulsa & Greg Davis, Microbial Insights, Inc

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Microbial Degradation Processes for Chlorinated Solvents and Fuel Oxygenates

Dr. Mike Hyman, NC State University

Compound Specific Isotope Analysis: The Science, Technology and Selected Examples with Application to Fuel Oxygenates and Chlorinated Solvents

Dr. Robert Pirkle, Microseeps Inc.

MNA for Chlorinated Solvents and Fuel Oxygenates: Why it occurs, how it evolved, and using stable carbon isotopes to predict plume behavior

John Wilson, USEPA

Applications of Bio-traps

Kerry Sublette, University of Tulsa & Greg Davis, Microbial Insights, Inc.

Case Study: Using Carbon and Hydrogen Isotope Analysis to Investigate Biodegradation - Part 1

Joseph Haas, NY State Office of the Attorney General & Patrick McLoughlin, Microseeps, Inc.

Case Study: Using Carbon and Hydrogen Isotope Analysis to Investigate Biodegradation - Part 2

Joseph Haas, NY State Office of the Attorney General & Patrick McLoughlin, Microseeps, Inc.

Applications of CSIA and SIP to HC Sites

Gerard Spinnler, Shell Global Solutions (US) Inc.

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Microbial Degradation Processes for Chlorinated Solvents and Fuel Oxygenates

Dr. Mike Hyman, NC State University

MNA for Chlorinated Solvents stable carbon isotopes

Dr. Robert Pirkle, Microseeps, Inc

MNA for Chlorinated Solvents and Fuel Oxygenates: Why it occurs, how it evolved, and using stable carbon isotopes to predict plume behavior

John Wilson, USEPA

Tiered Approach to Groundwater Evaluation of Biodegradation

George Devall, Shell Global Solutions US Inc

Using Carbon and Hydrogen Isotope Analysis to Investigate Biodegradation

Joseph Haas, NY State Office of the Attorney General

Molecular Biological Tools

Greg Davis, Microbial Insights, Inc. & Dr. Aaron Peacock, Haley & Aldrich

Using Stable Isotope Analysis to Investigate Biodegradation Mechanisms and Determine Commingled Plume

Dr. Xiaomin Yang, BP America