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Virtual Event, VE
06/05/2024 - 06/05/2024
The course covers ASTM E3164 Standard Guide for Contaminated Sediment Site Risk-Based Corrective Action – Baseline, Remedy Implementation and Post-Remedy Monitoring Programs and ASTM E3242 Standard Guide for Developing Representative Background Concentrations at Sediment Sites—Data Evaluation and Calculation Methodologies.
The first section of the course provides an overview of ASTM E3164 and educates the attendee on the six-step process for monitoring program development with specific considerations for the three stages of monitoring associated with sediment remediation activities. This will include considerations for baseline monitoring, which occurs before remedial action; remedy implementation monitoring, which occurs during the field execution of the remedy; and post-remedy monitoring (performance and effectiveness monitoring), which occurs after remedy implementation and completion.
The second section of the course covers ASTM E3242 Standard Guide for Developing Representative Background Concentrations at Sediment Site—Data Evaluation and Calculation Methodologies, with supporting elements from ASTM E3344 Standard Guide for Developing Representative Sediment Background Concentrations at Sediment Sites—Selection of Background Reference Areas, and E3382 Standard Guide for Developing Representative Background Concentrations at Sediment Sites—Framework Overview, Including Conceptual Site Model Considerations. This section of the course covers the importance of background in corrective measures and educates the attendees on methods to derive a technically defensible sediment background concentrations following sound scientific practices.
The topics covered in the training will include:
ASTM E3164 Standard Guide for Contaminated Sediment Site Risk-Based Corrective Action – Baseline, Remedy Implementation and Post-Remedy Monitoring Programs
ASTM E3242 Standard Guide Developing Representative Background Concentrations at Sediment Sites—Data Evaluation and Calculation Methodologies.
The course will use case studies to illustrate how to apply these approaches.
Upon completion of this course, participants should be able to:
This course is intended for those involved in sediment corrective action programs, including government employees involved in regulatory programs, environmental consultants, toxicologists, risk assessors, site remediation professionals, environmental contractors, and other stakeholders.
This course considers the following topics:
ASTM E3164 Standard Guide for Contaminated Sediment Site Risk-Based Corrective Action – Baseline, Remedy Implementation and Post-Remedy Monitoring Programs
ASTM E3242 Standard Guide for Developing Representative Background Concentrations at Sediment Site—Data Evaluation and Calculation Methodologies
This course also includes access to two free ASTM course:
E3164 Standard Guide for Contaminated Sediment Site Risk-Based Corrective Action – Baseline, Remedy Implementation and Post-Remedy Monitoring Programs
E3242 Standard Guide for Developing Representative Background Concentrations at Sediment Sites—Data Evaluation and Calculation Methodologies
E3344 Standard Guide for Developing Representative Sediment Background Concentrations at Sediment Sites—Selection of Background Reference Areas
E3382 Standard Guide for Developing Representative Background Concentrations at Sediment Sites—Framework Overview, Including Conceptual Site Model Considerations
Allison Geiselbrecht is a Principal with a focus on technically challenging project management and analyses. She manages complex RI/FSs and remedial design projects, including Western Port Angeles Harbor in Port Angeles, River Mile 3.5 East Remedial Design in Portland Harbor, NPDES and Clean Water Act-related services, and several confidential allocation projects. She has authored many publications and presentations and has served as a testifying and non-testifying expert in litigation.
Eric Litman has 20 years of experience in the field of environmental science, with a specialization in applied environmental chemistry. Since 2010 he has been a consulting scientist at NewFields working in support of industrial clients, state agencies and the federal government. During this time, he has conducted environmental site investigations focused on the characterization of chemical contaminants in support of natural resource damage assessments (NRDA), CERCLA investigations and the development of cost allocation strategies. From 2010 to 2015 he served as a laboratory program manager for the Deepwater Horizon Oil Spill NRDA with a focus on data usability and laboratory management. He has worked in a variety of laboratory settings as both an analytical chemist specializing in hydrocarbon chemistry and as a laboratory manager. His research interests include the history of industrial chemistry and the development of novel laboratory methods that can be used to characterize emerging contaminants. Mr. Litman is currently working on the development of a new method to characterize polar metabolites formed through the degradation of petroleum. Mr. Litman holds a B.S. in environmental chemistry from Norwich University and an M.S. in Marine and Environmental Science from Northeastern University.
Dr. Leyla Shams is an Environmental Scientist working with NewFields statistics team as a data analyst. She conducts data/statistical analysis in various environmental, biological, and ecological studies and works on projects that involve background determination in soil and sediment, trend analysis, contamination assessment and damage valuation. She has a PhD in Environmental and Marine Sciences from Plymouth University in the United Kingdom and has authored and co-authored seven publications.
Learning will be assessed through discussions.