EZVI-CH4™ Antimethanogenic ISCR Technology for DNAPL Treatment
Antimethanogenic EZVI-CH4™ uniquely combines the proven chemistry of the National Aeronautics and Space Administration’s (NASA) EZVI Technology with the selective power of Provectus’ Provect-CH4® methanogen inhibitors to yield a genuinely new, antimethanogenic DNAPL technology that is capable of direct in situ destruction of source materials. It provides:
- Provect-CH4™ methanogenic inhibitor (blended within fermentable H donor component of EZVI)
- Matching physical chemistry (hydrophobic) enables complete miscibility (contact) with DNAPLs
- Sequestration (phase partitioning) of hydrophobic contaminants (e.g., halogenated hydrocarbons) into outer liquid oil membrane
- Mass flux reduction from source areas due to dramatic decrease in water solubility of contaminants
- Food grade soybean oil as a slow release, long term H donor
- Powdered, highly reactive, ZVI (< 5 µm size distribution) encapsulated within water/VO micelles (not in direct contact with ground water) will only react with contaminants that are hydrophobic
- Abiotic reactions primarily occur in the aqueous interior of emulsion where ZVI is suspended in water
- Biotic reactions primarily occur on the exterior of the emulsion and down gradient (hydrologically) of the EZVI implementation zone
EZVI-CH4 is the only technology engineered to directly destroy DNAPL while significantly decreasing the wasteful consumption of hydrogen donor by actively controlling the production of methane.
- Suzanne O’Hara, T. Krug, J. Quinn, C. Clausen, and C. Geiger. (2006). Field and Laboratory Evaluation of the Treatment of DNAPL Source Zones Using Emulsified Zero-Valent Iron. REMEDIATION Spring 2006
- Monitoring Shows Enhanced Abiotic Degradation of TCE DNAPL Resulting from Emulsified ZVI Injection. Technology News and Trends. September 2005
- G. Booth, J. Mueller (Provectus); C. Yestrebsky, C. Clausen, N. Lapeyrouse (UCF); M. Scalzi, W. Meese (IET). (2018). Advancements to the EZVI Technology: Optimization of Biotic and Abiotic Processes and Improved Implementability for in situ DNAPL Destruction. Battelle’s Eleventh International Conference on Remediation of Chlorinated and Recalcitrant Compounds. April 8-12, 2018 Palm Springs, California.
- Booth, G., J. Mueller, M. Scalzi, W. Meese, and J. Haselow. (2015). Dispelling Myths and Extolling the Virtues of EZVI Technology. Battelle’s Fourth International Symposium on Bioremediation and Sustainable Environmental Technologies. May 22-25, 2017 Miami, Florida.
- G. Booth, J. Mueller (Provectus); C. Yestrebsky, C. Clausen, N. Lapeyrouse (UCF); M. Scalzi, W. Meese (IET). (2018). Advancements to the EZVI Technology: Process Optimization and Improved Implementability. Battelle’s Eleventh International Conference on Remediation of Chlorinated and Recalcitrant Compounds. April 8-12, 2018 Palm Springs, California.
Site: Former Manufacturing Facility – East Orange, NJ Constituents of Interest: Trichloroethylene, cis-1,2-Dichloroethene and Vinyl Chloride Lead Contractor: Innovative Environmental Technologies, Inc. (IET) Project Summary Soil and groundwater at a former manufacturing facility in East Orange, NJ were impacted by trichloroethylene (TCE), cis-1,2, dichloroethene (cis-1,2-DCE) and vinyl chloride (VC) due to historical releases. The geology […]Continue reading