The EBR ^® (US patent 9,975,156 B2; patents pending) uniquely drives electrochemical reactions, under neutral pH and computer-controlled conditions, to continuously generate hydroxyl radicals and other Reactive Oxygen Species (ROS) such as superoxide and ferrate throughout the aquifer. Direct mineralization of chlorinated solvents, MTBE, BTEX, and other compounds have been demonstrated at over 30 full-scale sites with pending applications for 1,4-dioxane and perfluorinated compounds. Secondary effects include enhanced contaminant desorption from tight lithologies and stimulated biogeochemical destruction (iron reducers). Most notably, the system allows for continuous remote monitoring and operational control making it ideal for ISCO PRB-type strategies targeting deep aquifers, fractured rock, and mixed lithologies to effectively manage large, dilute plumes often in remote areas .

Provect-EZVI CH4® (US patent 9,221,699 ; patents pending) is the most advanced, cost efficient formulation of the NASA-patented Emulsified Zero Valent Iron (EZVI) technology available. Provectus’ EZVI uniquely contains:

Additional benefits of our EZVI product offerings include:

Technical

Provect-OX2™ (US patent 9,126,245 ; patents pending ) is an in situ  chemical oxidation (ISCO) + enhanced bioremediation reagent that integrates an extended release source of potassium persulfate into the modern Provect-OX®  formula. Ferric iron (Fe III) activation is used as a safe and effective means of activating the potassium and sodium persulfates. Similar to our original Provect-OX ^® technology, Provect-OX2 ^™ oxidizes a wide variety of organic compounds present in impacted soil, sediment and groundwater, including chlorinated solvents, petroleum hydrocarbons, and pesticides. However, Provect-OX2 ^™  ensures extended release of oxidant throughout the treatment media. The ferric iron oxide, along with the residual sulfate, will provide enhanced bioremediation components following the chemical oxidation processes. Provect-OX2 ^™  also includes Terr-OR™ ferrate stabilizer and pH buffer to offset the sulfuric acid produced during breakdown of the persulfates.  Click here for a comparative analysis.

Scrud Remover™ (patents pending) was developed in response to industry demand for a safe, effective means of rehabilitating wells and injection points rendered ineffective or useless by extensive fouling post high-fat EVO application (See Photograph). Where applicable, antimethanogenic reagent (AMR) technology is uniquely integrated into Scrud Remover™. While other materials to dissolve scrud will predictably follow, these will likely contain very readily biodegradable organic compounds that will rapidly ferment and liberate methane. In areas sensitive to potential plume migration, vapor intrusion, and other consequences associated with excessive methanogenesis the integrated use of AMR technology may be an important technical differentiator.

Click Here  for a free site evaluation, conceptual remedial design and material cost estimate (turn-key alternatives available upon request).

Contact us today to schedule a private webinar, personal office visit, or another form of information transfer.