SDS for TersOx™ Microbe PH, a powdered bioaugmentation product consisting of preselected aerobic and facultative anaerobic microorganisms formulated for the biodegradation of petroleum hydrocarbons and related organic contaminants.

This technical reference illustrates the abiotic and biotic degradation pathways for chlorinated volatile organic compounds (CVOCs), linking contaminant fate and transport to applicable in situ remediation and bioremediation technologies.

SDS for Tersus Environmental’s BioBoost™ GeoChem amendment used to generate reactive iron sulfide (FeS) minerals in situ.

This document summarizes Tersus Environmental’s remediation technologies for chlorinated volatile organic compounds (CVOCs), including chlorinated ethenes and ethanes. The brochure covers abiotic and biotic treatment pathways, in situ chemical reduction, enhanced bioremediation, and integrated approaches for source areas, dissolved plumes, and leading-edge conditions.

Compound-Specific Isotope Analysis (CSIA) is a powerful environmental forensics and performance-monitoring tool used to evaluate contaminant sources, distinguish degradation mechanisms, and assess the effectiveness of remediation treatments. This Tech Brief explains how CSIA supports plume forensics, monitored natural attenuation (MNA), and verification of remediation performance at petroleum and chlorinated solvent sites.

SDS for Cyanocobalamin (Vitamin B12), provided for information on product safety, handling, storage, and regulatory compliance when supplied by Tersus Environmental.

SDS for Tersus Environmental’s EDS-Activator SH (potassium hydroxide / methanol) activator formulation

SDS for Tersus Environmental’s EDS-Activator SH (sodium hydroxide / methanol) activator formulation

This technical brief describes the EDS-Advanced™ catalyzed reductive bioremediation technology, a water-miscible, slow-fermenting electron donor system designed to improve subsurface distribution, reduce biofouling, and enhance reductive dechlorination of chlorinated solvents.

This technical brief describes heat-enhanced catalyzed reductive bioremediation using EDS-Advanced™, integrating low-temperature thermal treatment with enhanced reductive dechlorination to improve electron donor distribution, accelerate reaction kinetics, and reduce remediation timelines at chlorinated solvent sites.