『Remediation Deep Dive - PFAS Environmental Science in 7 Minutes or Less』のカバーアート

Remediation Deep Dive - PFAS Environmental Science in 7 Minutes or Less

Remediation Deep Dive - PFAS Environmental Science in 7 Minutes or Less

著者： Regenesis Bioremediation Inc.
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このコンテンツについて

Welcome to Remediation Deep Dive — where key peer-reviewed publications on complex soil and groundwater challenges are discussed in 7 minutes or less. AI Technical Correspondents Max Phlux and Sandi Lohm break down the latest innovations in PFAS remediation offering listeners actionable insight to treat PFAS. Max and Sandi dive deep into the science and strategy behind managing forever chemicals using cutting edge approaches like in situ remediation with colloidal activated carbon to cost-effectively treat PFAS in soil and groundwater. Max and Sandi deliver practical knowledge to keep consultants, regulators, and decision-makers informed on best practices for tackling PFAS and other contaminants.

Copyright 2025 All rights reserved. 博物学 生物科学 科学 自然・生態学
エピソード
  • PFAS Treatment Success at 17 Airport Sites

    PFAS Treatment Success at 17 Airport Sites
    2025/10/21

    Max and Sandi dive into the peer-reviewed article, “Longevity of Colloidal Activated Carbon for In Situ PFAS Remediation at AFFF-Contaminated Airport Sites” by Carey et al. (2022), highlighting >90–99% PFAS reduction across 17 sites and the key factors driving CAC’s long-term performance.
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    7 分
  • A Practical Tool for PFAS CAC Barrier Design

    A Practical Tool for PFAS CAC Barrier Design
    2025/10/07

    Max and Sandi dive into the peer-reviewed article, “Tool and Database for Estimating Potential Longevity of Colloidal Activated Carbon Barriers for PFAS in Groundwater” by Newell et al. (2025), highlighting a new planning tool that simplifies estimating CAC barrier lifespan to guide design, planning, and PFAS plume management.
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    7 分
  • The Science Behind PFAS Monitored Retention

    The Science Behind PFAS Monitored Retention
    2025/09/23

    Max and Sandi dive into the peer-reviewed article, “PFAS Monitored Retention: A Framework for Managing PFAS-Contaminated Groundwater Sites” by Adamson et al. (2025), exploring how PFAS Monitored Retention (PMR) and PFAS Enhanced Retention (PER) use physical and chemical processes to slow plume migration and reduce risk—offering a cost-effective option where immediate threats are absent.
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    7 分
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