Our Story
With over 6,000 installations worldwide, our suite of ART In-Well Technologies combines multiple proven techniques to address a wide range of contamination challenges. Utilizing the power of in situ air sparging, in-well air stripping, soil vapor extraction, enhanced bioremediation/oxidation, and dynamic subsurface circulation within wells as small as 4 inches in diameter (6 inches preferred), our technologies work synergistically to remediate contaminated sites.
Our diverse clientele includes federal agencies, industrial dry cleaners, petroleum companies, and major aerospace manufacturing firms. The versatility of ART In-Well Technologies has proven successful in treating a broad spectrum of contaminants—such as chlorinated and petroleum compounds, MTBE, and 1,4-dioxane, and PFAS — even in complex subsurface geological formations, including fractured bedrock.
In response to the growing concern over PFAS contamination and its impact on human health and the environment, ART developed the ART-PFAS Technology. Building on the well-established principles of our circulating well systems, ART-PFAS is specifically engineered to address the unique characteristics and chemical properties of PFAS compounds.
The ART Technologies have demonstrated success at sites where other remediation methods have failed to meet their objectives. Why settle for a single remediation technology when you can utilize up to eight integrated solutions for about the same cost? At ART, we provide comprehensive, adaptable solutions to meet your environmental remediation needs.