Successfully managing PFAS impacts requires more than a single technology or remediation approach. From defining the nature and extent of contamination to selecting and...
Chlorinated solvent sites can be challenging on their own, but they’re often made more complex by matrix back diffusion. That’s where zero valent iron (ZVI) can be an excellent...
Chlorinated solvent source areas pose some of the biggest challenges to remediation practitioners. At most sites, the contaminant mass overwhelms in situ chemical oxidation (ISCO)...
When environmental consultant Craig Bruno, Landmark Environmental, Inc. was reviewing remediation strategies for a project in Denver, he had a lot of options - so why did he...
Activated carbon (AC) has been a cornerstone in the remediation of petroleum sites for over two decades, often combined with other treatment chemistries for enhanced results....
Discover how in situ permeable reactive barriers (PRBs) are transforming groundwater remediation, offering an alternative to traditional pump-and-treat methods with life cycle...
In the environmental remediation world, site complexity, regulatory pressure, and stakeholder expectations can make reaching Maximum Contaminant Levels (MCLs) feel like an...
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...