It is imperative to identify and remediate the source zones as quickly and effectively as possible, using methods that do not generate large capital expenditures, greenhouse gas emissions, and PFAS-laden wastes.
Plan consists of a combination of in situ chemical injections, soil mixing, engineering practices, institutional controls and long-term monitoring to address soil, groundwater and surface water contamination.
In this blog post, we’ll cover how ISCO works, what oxidants are used in the process, when to consider using it, and the project components that create a successful result.
Weston’s original technical paper called “Pilot-Scale Study for In-situ Leaching of Residual Uranium from Remediated Soil” recently achieved distinguished honors reserved for just 16 of the 300 papers submitted at the Waste Management (WM) Symposia held in March 2022.
EPA recently signed an Administrative Settlement Agreement and Order on Consent with Idaho Pole Company for groundwater work. Pilot EPA groundwater amendments began in August.
How does an entity without profit, or even revenue, come up with the money to clean up a contaminated Superfund site? That’s the question the Environmental Protection Agency set out to answer with the City of Bozeman regarding the high-profile Idaho Pole Co. yard.