Klozur activation chemistries are used to convert Klozur persulfate into the highly reactive persulfate radical, a very strong oxidant capable of destroying a wide range of contaminants. Chosing the right activator chemsitry for you contamiants of concern is important in obtaining a successful site remediation. The choice of activator will be dependent upon the target contaminants, site lithology and hydrogeology, and site conditions. The following is a general guide for the selection of the appropriate Klozur activation chemistry based on the target contaminants: klozurTechBulletin1 - Activation chemistries Selection Guide (updated 1-08).pdfPlease contact the FMC technical staff to aid in selecting the right chemistry to meet your needs.FMC is please to offer the following activator chemistries:Dissolvine E-FE-13 [ Fe EDTA]Chelated iron activationMSDS FeEDTA MSDS.pdfTechnical Data Sheet DissolvineE-FE-13.pdfMixing Instructions FeEDTA safety and mixing instructions.pdfSolubility Data Solubility of Dissolvine E-FE-13.pdfMetals Assay FeEDTA typical metal analysis.pdfFL DEP letter FL DEP Letter for Dissolvine E-FE-13.pdfKlozur CausticHigh pH activation; 25% NaOH solution - environmental gradeMSDS Klozur Caustic MSDS.pdfTechnical Data Sheet Klozur CausticTechnical Data.pdfMixing Instructions NaOH Procedure for Use with Klozur Persulfate.pdfFreezing Point data Caustic Soda Freeze Pt Curve.pdfHydrogen Peroxidehydrogen peroxide activationMSDS 8-20 MSDS.pdf 20-40 MSDS.pdf 40-60 MSDS.pdfTechnical Data Sheet H2O2 Standard Grade Tech Data Sheet.pdfMixing Instruction Hydrogen Peroxide activator safety and mixing instructions.pdfPlease contact the FMC Environmental technical sales team for pricing and ordering information.