Rethink PFAS Soil Excavation

Stop PFAS at the Source - A Large-Scale Airport Finds a Smarter Way

$31 Billion and Still Pumping: The Real Cost of PFAS Cleanup

PFAS Source Area Stabilization at Former Manufacturing Site

Webinar | PFAS Summer School 2026: Superfund Showdowns & Proposed Rollback of SDWA

Webinar | Using 3D Visualization to Create Targeted Excavation and Injection Plans

Webinar | Designing Methane Mitigation Systems: Lessons Learned from the Field

PlumeStop® Eliminates PFAS Risk for Safe Landfill Expansion in North Carolina

Lo spill di benzene più grande in Europa: pronto intervento utilizzando PetroFix

In Situ CAC for PFAS Remediation in Groundwater: Perspectives from the First Decade

PFAS Straight Talk Panel Discussion

Navigating PFAS Regulatory Challenges Surrounding Biosolids

PlumeStop® Treats PFAS and Protects Cape Cod Community Resources

A Race Against Toxic Benzene

In situ groundwater remediation of TCE in limestone at an active industrial estate

Sustainable Groundwater Remediation at East London's Royal Docks

Army National Guard Installs In Situ PFAS Barrier to Protect Grayling Community Resources

Delving into the PFAS Analytical Data

Using Non-Traditional Sampling Methods and Equipment to Solve Unique Vapor Intrusion Challenges

Proven Strategies for Saving Money Using In Situ Colloidal Remediation Strategies

Insurance Funding Strategies for Environmental Remediation

Tecnologie colloidali combinate contribuiscono alla riqualificazione del Genova Waterfront

Combined colloidal technologies safeguards Genoa Waterfront redevelopment

PFAS Treatment Success at 17 Airport Sites

Construction Quality Control during VIMS Installation

A Practical Tool for PFAS CAC Barrier Design

The Science Behind PFAS Monitored Retention

Treatment of 2-PCl in groundwater in Ireland

PetroFix Remediation Fluid - an animated overview

PFAS Treatment Face-Off

PFAS Summer School: Your New ABCs of CERCLA, SDWA and US EPA

Introduction to Remediation Deep Dive: PFAS Remediation in 7 Minutes or Less

Remediation Deep Dive: Opening Pandora’s PFAS Box

Optimizing Remedial Performance Results for High-Mass Petroleum Plumes

DoD Cost Analysis for PFAS Remediation

Mitigating Vapor Intrusion Risk with Land Science

Retro-Coat Transforms Former Rubber Plant with First-Ever BRAG Grant Project

Navigating PFAS Legal Challenges: Key TSCA and CERCLA Insights

In-Situ-Sanierung von TCE, DCE und VC an einer Produktionsstätte in der Schweiz

PFAS Visualization Case Studies Demonstrate How to Improve Conceptual Site Models

In Situ Remediation of TCE at at Construction Site

Pump-and-Treat System Replaced with Effective Combined Remedy to Treat CVOCs

In Situ Remediation of TCE, DCE and VC at an Active Manufacturing Facility in Switzerland

Northeast PFAS Panel: A Path Forward to Remediation

The Essential Role of QA/QC in Vapor Barrier Installations

PetroFix Applied to Address BTEX Impacts Near University Recreational Facility

PFAS Regulatory Update and What’s to Come

Prioritizing Actions to Address Exposure to PFAS

Octane Innovation Award 2024 Finalist - Clean/Green Tech

Utilising PetroFix to Address Petroleum Leaks at an Active Bulk Storage Facility

In Situ Remediation of Petroleum Hydrocarbons at a Redevelopment Site in London

Combined In-Situ Biogeochemical Reduction Solution Mitigates Threat to River and Saves $380,000

Award-winning in-situ PFAS remediation allows residential site redevelopment at an airfield

The Fallacy of Pumping to Remove PFAS from Aquifers & Proven Advantages of In Situ Remediation

Colloidal Activated Carbon Performance and Long-term Strategies for In Situ PFAS Remediation

SourceStop: Effective PFAS Treatment for Soil and Groundwater in Source Areas

Utilizing PetroFix to Address Petroleum Leaks at Active Bulk Storage Facility

High levels of TCE Remediated at Historic Chemical Works

Navigating Design and Installation Challenges in Vapor Intrusion Mitigation

Crucial Design Tips for Effective Vapor Mitigation Implementation