An in situ chemical oxidation treatment using Klozur® CR was completed to reduce contaminants caused by a petroleum release at a marina in the Savannah, Georgia area.
Active underground storage tank site located at a marina
Exo Tech, Inc.
Ft. McAllister Marina, near Savannah, Georgia
Benzene, Toluene, Ethylbenzene, Xylenes, MTBE
The location of the site required site treatment at or near In-Stream Water Quality Standards (ISWQS). Klozur® CR was selected to treat the impacted groundwater in order to meet the stringent goals. Prior to injection, BTEX was detected in excess of 44,000 μg/L, with benzene detected as high as 3,280 μg/L.
Post injection results showed significant reduction in dissolved benzene/total BTEX. A No Further Action was received from the Georgia EPD in November 2010, with site closure achieved after only one injection.
In situ chemical oxidation using Klozur® CR to treat BTEX constituents
Three Lines of Evidence Confirm Contaminant Degradation and Identify Novel Microbial Response as Result of Site Treatment with Klozur® CR
Klozur® CR, a combined remedy treatment technology consisting of Klozur® SP (sodium persulfate) and PermeOx® Ultra (extended release calcium peroxide) was successfully applied at a site in a densely populated urban area in Bologna, Italy
In situ treatment to an active petroleum service station site in the coastal plain of Florida, USA
