Eurofins Environment Testing's training courses provide unique and valuable opportunity to learn from an industry-leading laboratory with decades of experience in analysis and investigations. Our training webinars were developed for professionals with a moderate level of experience in various fields. You will learn about specific topics, industry trends, and methodologies. These webinars are presented by industry leaders.
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Over 30 states have enacted or proposed bans on intentionally added PFAS in consumer products—but implementation challenges are creating compliance uncertainty. Manufacturers, retailers, and importers need to understand testing requirements, enforcement approaches, and the technical complexities of demonstrating compliance.
Air sampling for PFAS is becoming essential for facilities managing destruction processes, manufacturing operations, and vapor intrusion concerns. EPA's updated Destruction and Disposal Guidance (April 2024) establishes new monitoring expectations, while ambient air concerns drive perimeter monitoring requirements.
As PFAS investigations mature, identifying specific contamination sources becomes critical for liability allocation, remedial strategy, and cost recovery. Advanced forensic tools provide the chemical fingerprinting evidence needed to strengthen your multiple lines of evidence approach.
PFAS analysis requires strategic method selection—no single approach works for all analytes and matrices. This presentation provides a practical framework for choosing the right analytical methods for your specific testing needs.
2025 ushered in great uncertainties about PFAS policy and regulation. From presidential administration changes to legal challenges of drinking water standards and CERCLA designations, to evolving effluent guidelines, and expanded reporting obligations, stakeholders need clarity on what transpired and what's ahead. This presentation cuts through political uncertainty to focus on actionable regulatory intelligence.
PFAS sampling protocols can differ from conventional contaminant investigations, yet guidance remains inconsistent and sometimes contradictory. Sorting myth from science is essential for defensible data collection and avoiding costly resampling or data quality challenges.
PFAS regulations evolve rapidly, but the underlying science remains complex and often misunderstood. Whether you're new to PFAS or need to explain these issues to stakeholders, this foundational presentation provides the essential technical and regulatory context for informed decision-making. As the first in our webinar series, this session serves as a primer for the specialized topics, including analytical methods, the state of the union, forensic tools, and matrix-specific applications covered in subsequent presentations.
Per- and polyfluorinated alkyl substances (PFAS) are a diverse class of synthetic fluorinated compounds known for their chemical stability and resistance to water (hydrophobicity) and oil (lipophobicity). These properties have made PFAS valuable in industrial manufacturing, certain firefighting foams, and a wide range of consumer products.
Recent progress in environmental monitoring has led to advanced sampling technologies for more accurate contaminant analysis. Passive sampling stands out as a cost-effective, low-labor alternative, providing time-integrated and/or equilibrium data that better reflects contaminant bioavailability and mobility in aquatic systems.
Eurofins Environment Testing Lancaster Laboratory has developed this webinar to help inform Maryland based consultants/engineers, industrial clients, and government agencies operating wastewater treatment plants who manage biosolids, of the requirements for PFAS testing starting in 2025.
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