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The main residual by-product of Klozur® Persulfate chemical oxidation of contaminants of concern is sulfate. This article explores the impact of sulfate residual in groundwater.
Guest authors Michael Marley and Dr. Brant Smith of XDD discuss a problematic class of contaminants, chlorinated ethanes, and in particular 1,1,1-TCA, and how to treat them, specifically with the appl…
This edition of Peroxygen Talk has the scoop on Klozur® SP Solutions. Klozur SP is delivered as a white, crystalline material in bags, drums and super sacks. In order to safely and successfully prepar…
Success in the remediation of a contaminated site with Klozur® activated persulfate is dependent upon several factors, including: good site characterization, proper activation of the Klozur persulfate…
Polychlorinated biphenyls (PCBs) are persistent environmental contaminants that were used in a variety of industrial applications, including coolants and lubricators for transformers and other electri…
This article explores various ways of stabilizing contaminants when persulfate is present. One advantage of using Klozur® activated persulfate for in situ chemical oxidation of contaminants of concern…
Successful application of persulfate chemical oxidation of recalcitrant contaminants generally requires “activation” of the persulfate to form the sulfate radical. There are several typical methods of…
The Florida Department of Environmental Protection provided information concerning the use of Klozur®. This includes confirmation via letter correspondence with FMC, regulatory procedure guidelines an…
