Successfully managing PFAS impacts requires more than a single technology or remediation approach. From defining the nature and extent of contamination to selecting and...
PFAS site investigations require careful planning because low detection limits, complex plume behavior, and potential cross-contamination can affect data quality. This webinar...
As PFAS regulations evolve, many organizations are moving beyond site investigation and asking the next critical question: What remediation approach is most effective for my site?...
PFAS source zones present a significant challenge for conventional remediation technologies, which often rely on containment or phase transfer rather than permanent destruction....
PFAS source zones present a difficult remediation challenge because impacted soil can continue to act as a long-term source to groundwater and may require a strategy that limits...
In today’s regulatory environment, you are facing uncertainty and changing requirements and risks when assessing how PFAS will impact your industrial operations, real estate...
With EPA adopting Maximum Contaminant Levels (MCLs) and CERCLA regulations, it’s almost a given that Responsible Parties will be looking at colloidal carbon injected PRBs as an...
If PFAS are discovered in soil and/or groundwater at a redevelopment site the remediation challenge can becomes even greater than traditional petroleum or solvent contamination...
Per- and polyfluoroalkyl substances (PFAS) continue to challenge conventional remediation strategies, particularly when projects require permanent treatment, predictable...
The application of colloidal carbon for PFAS treatment is advancing—and with it, our collective understanding of how to design, implement, and optimize permeable reactive barriers...