

Some of DeWind's Projects


DeWind’s Letter of Recommendation from Chemours
After DeWind was hired by the Chemours Company to install a barrier wall at 103 ft deep, Kevin Garon, a Remediation Principal Project Manager, wrote

Supporting Army Readiness Through Environmental Restoration
DeWind was proud to contribute to the U.S. Army’s Environmental Restoration Program which is a global initiative aimed at remediating hazardous contamination and unexploded ordnance

Kingsbury Landfill Remedial Project Utilized DeWind One-Pass Trenching for Groundwater Protection
At the Kingsbury Landfill site in Hudson Falls, NY, DeWind supported a critical environmental cleanup project aimed at preventing the spread of contaminants from a

Sustainable Groundwater Remediation at Altus Air Force Base
At Altus Air Force Base in Oklahoma, our team supported a large-scale groundwater remediation project aimed at reducing chlorinated solvent concentrations near a closed landfill

PFAS Groundwater Remediation at Shaw Air Force Base
In partnership with Shaw Air Force Base and the Air Force Civil Engineer Center (AFCEC), the DeWind team supported ongoing environmental restoration efforts to address

SCB Cutoff Wall Installed at Edenville Dam
As part of the Edenville Dam restoration, the DeWind OPT team was selected by Four Lakes Task Force to install a Soil-Cement-Bentonite (SCB) cutoff wall

Supporting the EPA’s $74M Cleanup at the American Cyanamid Superfund Site
As part of a $74 million U.S. EPA-led cleanup effort at the American Cyanamid Superfund site in Bridgewater, DeWind was selected to install a hydraulic

Project Spotlight: Brownfield Remediation Completed Under Budget and Ahead of Winter
Our team was proud to support a manufacturing client by remediating a contaminated brownfield site while meeting an aggressive construction schedule. Working alongside Haley &

Shaw Air Force Base Tackles PFAS Water Contamination
Shaw Air Force Base in South Carolina has addressed the presence of PFAS (perfluoroalkyl and polyfluoroalkyl substances) in local water sources. These chemicals are commonly