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On-Demand Webinars

Session One, Part 1: Comprehensive Chemical Fingerprinting

Learn up-to-date fingerprinting methods for litigation support,
as well as improving remediation accuracy

Get Answer to Chemical Fingerprinting:

Environmental forensics and chemical finger printing identifies the type and source of contamination. It is critical for both remediation and litigation. It involves all aspects of site characterization and it requires an accurate conceptual site model.

In most cases involving petroleum or petrochemicals we usually start with a basic GC/FID chromatogram as a screening tool for characterization. From there, an investigation may involve chemical ratios, GC/MS precision identification and quantification, or stable isotope analysis.

Gain an understanding about identifying contamination sources
for both remediation and litigation purposes.

Discover additional procedures for analyzing and identifying a given suite of chemicals. Learn to confidently select and defend a forensic technique or petrochemical fingerprint that give clues regarding the origin of petroleum contamination in the subsurface.

Part One will cover:

Comprehensive Chemical Fingerprinting

  • Method principle and steps
  • Taking advantage of available historical analytical data
  • Things to consider when planning a forensic investigation (e.g., methods, sampling plan, sample preservation and holding; type of released environment, changing conditions)
  • Weathering as the main interfering factor
  • Typical uses of chemical fingerprinting in litigation support for source identification and age-dating
  • Specific methods for crude oil & distillates, chlorinated solvents, metals, PCBs and dioxins/furans
  • Chemical fingerprinting in support of "routine" site investigations:
    • Building remedial strategies based on mapping release migration pathways
    • Expedite remediation by differentiate release timing
    • Evaluating natural source zone depletion at LNAPL sites
  • Chemical fingerprinting use to identify defective products (e.g., inappropriate motor oils)
  • Representative case studies
  • Quizzes and Open Forum

Online Course Background:

"Fingerprinting" unlocks the mystery of contaminant source identification, age-dating and allocation.

Laboratory and field advances are redefining environmental forensics for a spectrum of contaminants (e.g., crude oil & distillates, chlorinated solvents, metals, PCBs, PAHs, perchlorate, nutrients).

These advances are capable of revealing multiple releases in common chemistry conditions. Emerging technologies are being used today for more applications, with more certainty and more financial assurances. Technology has progresses since the times we could simply differentiate old contamination from newer releases.

Legal arguments are part of environmental forensics as much as technology. Defending or arguing against a fingerprinting process contains hidden challenges that are known to attorneys and expert witnesses. Don't be ill-prepared for a fingerprinting project that will be scrutinized by others.

Instructors Bio

Dr. Ioana G. Petrisor
Editor-in-Chief of Environmental Forensics Journal
Author of "Environmental Forensics Fundamentals - A Practical Guide"

Dr. Ioana G. Petrisor, Biochemist, Editor-in-Chief of Environmental Forensics Journal and author of the book "Environmental Forensics Fundamentals - A Practical Guide, has 25 years of experience in the environmental field as a consultant, scientific researcher and instructor.

She uses state-of-art fingerprinting methods to track the source and age of released contaminants, helping national and international clients recover costs in complex cases involving multiple contaminants and releases in time and space. Dr. Petrisor is a regularly invited keynote speaker at national and international meetings, has taught both on-line and in-class workshops and courses, and has conducted innovative research for U.S. DOE, U.S. DOD, and the European Community on environmental characterization, risk assessment, and development of innovative remedial technologies for soil, sediments, and water.

Her extensive publication experience includes an invention patent, a text book, 6 book chapters, 12 editorials, and over 70 articles. She is teaching both on-line and in-class courses. Dr. Petrisor has a PhD in Biology (Environmental Biotechnology) from Romanian Academy of Sciences and a Bachelor in Chemistry (major Biochemistry) from Bucharest University in Romania. She has completed an UNESCO training program in Plant Molecular Genetics at the University of Queensland, Brisbane, Australia and is the recipient of "The Greatest Award of Successful Careers for Outstanding Scientific Results and Professional Activity" issued by Cosmopolitan Magazine, Romania in 2000.

Fee: 299.00 USD Per Webinar

Downloads: Session Slides (PDF)
Record of Attendance Form (PDF)

Number of Participants: Unlimited from a single computer (Broadcast webinar in your conference room or auditorium for no extra charge)

Continuing Education Certificates: Unlimited. $14.95 each. Official CEU certificates are available as an option and only available at the time of webinar participation from Northern Illinois University. Ordering steps are given at time of webinar order.

Access: On-demand, anytime 24/7.
Access Duration: 24 hours.

Discounts: Buy 3 on-demand webinars, and get 3 on-demand webinars for free!

Duration: 90 minutes
PDH Earned: 1.5 hours
Instructor(s): Ioana G. Petrisor, PhD

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