Featured Remediation Approach
Tersus Advanced Surface Kinetics (TASK™) liberates NAPL and captures them with enhanced recovery techniques.
Do I have DNAPL at my site?
It is difficult to verify the presence of DNAPL through direct observation. A common practice is to estimate the presence of DNAPLs indirectly by applying the “1 percent of solubility” rule-of-thumb (EPA, 1992).
Optimizing Anaerobic Bioremediation
Nutrimens® Granular, Enhancing the Efficiency of Electron Donor Utilization in Bioremediation
Bacteria are very sensitive to low pH. The optimal pH for bioremediation is between 6 and 8.5. To keep your in situ bioremediation project on track, pH should be maintained within a range where bioremediation is maximized. In general, more fermentation means more volatile fatty acid (VFA) production and lower pH. A major consequence when pH falls below 6 is a dramatic decline in enhanced reductive dechlorination.
Self-Nano Emulsion; Advanced Electron Donor Delivery
U.S. Patent and Trademark Office Awards Tersus Patent for Self-Nanoemulsifying Oil
Research Triangle Park, NC, April 29, 2016 – Tersus Environmental announced today that the United States Patent and Trademark Office granted a patent for soil or groundwater remediation using a self-nanoemulsifying oil. The issuance of this patent further validates the innovative nature of Tersus’ electron donor technology platform and family of biotechnology-based solutions to manage complex, challenging environmental liabilities.
