SDS for Tersus Environmental’s  EDS-ME™ an alcohol blend consisting of  Ethanol, Methanol, and n-Propyl Alcohol.

SDS for EDS-QR™, a refined glycerin product (≥99.7% minimum purity) supplied by Tersus Environmental. This SDS provides information on product identification, handling, storage, safety considerations, and regulatory information relevant to field use and transportation.

SDS for Tersus Environmental’s EDS-Substrate Shuttle™, a USP-grade isopropyl alcohol–based hydrophilic solvent.

This SDS provides hazard identification, handling requirements, physical properties, and regulatory information for Ethanol SDA 3C (200 proof). The document supports safe use of denatured ethanol in industrial, laboratory, and environmental remediation applications.

iFLUX® Samplers directly measure groundwater flow and contaminant mass flux at discrete depths, providing time-averaged data that improves conceptual site models, identifies preferential flow paths, and supports more targeted, cost-effective remediation design and performance monitoring.

Summary of available iFLUX® analytical packages and compound lists for cartridge-based measurement of groundwater flux and contaminant mass discharge across a wide range of analyte classes, including petroleum hydrocarbons, chlorinated solvents, PFAS, metals, nutrients, 1,4-dioxane, and other contaminants

Technical overview of the iFLUX® passive flux meter for simultaneous, time-averaged measurement of groundwater flux (Darcy velocity) and contaminant mass flux. The document summarizes operating principles, analytical capabilities, sampler configurations, and applications for plume characterization and remediation performance monitoring.

This SDS provides hazard identification, handling precautions, physical and chemical properties, and regulatory information for methanol. The document supports safe storage, transport, and use of methanol in industrial, laboratory, and environmental remediation application

This Safety Data Sheet (SDS) provides hazard identification, handling and storage requirements, physical and chemical properties, and regulatory information for NutriBind® HDPAC, a powdered activated carbon used as a sorptive amendment in environmental remediation and water treatment applications.

This spec sheet provides technical information for NutriBind® HDPAC 500, a finely milled powdered activated carbon produced by steam activation of lignite coal. The document summarizes key physical properties, adsorption capacity, particle size distribution, and applicable standards relevant to in situ sorption and water treatment applications.