Why radius of influence does not necessarily equal treatment coverage and how field studies found significant differences in amendment distribution despite similar travel distances. How high-pressure injection can create preferential…
Confront the urgency head-on: Congress demands immediate PFAS action Use interim actions for immediate results under CERCLA Deploy what works: Science-backed, field-proven solutions for PFAS control This e-book outlines seven…
Permeable reactive barriers (PRBs) are a proven, sustainable, and cost-effective solution for treating groundwater contaminants in situ PRBs use reactive media injected directly into the subsurface to treat contaminated groundwater as…
Pump-and-treat is expensive and ineffective at treating PFAS Pump-and-treat increases PFAS exposure risk In situ approach avoids PFAS waste In situ remediation using colloidal activated carbon offers rapid long-term effectiveness and is…
Colloidal activated carbon (CAC) offers a low-cost, zero-waste PFAS solution CAC converts the subsurface into a purifying filter How does activated carbon adsorb contaminants and what primary factors govern sorption…
Pumping Groundwater Will Not Flush the PFAS Hazard From an Aquifer. Pumping & Treating Groundwater Increases PFAS Exposure Riskand Spreads CERCLA Liability. In Situ Filtration with PlumeStop – Proven, Low…
In situ remediation is the lowest-cost option, representing less than 1/3 the cost vs. a pump and treat solution The process generates no PFAS waste materials, eliminating the need for disposal…
ISCR’s long-term effectiveness ensures ongoing remediation Proven cost-effectiveness compared to other remedial technologies Shorter project life cycles lead to cost savings This ebook examines 6 key advantages of in situ chemical reduction…
This ebook outlines 8 reasons to consider colloidal activated carbon to treat PFAS contaminated military sites. While no single technology is optimal for all situations, under the right circumstances, colloidal…
When designing a remedial strategy, major decisions will be guided by the cost and performance of available technologies. Historically, options for groundwater treatment were limited to long-term and costly mechanical…