| BIRMINGHAM, England, June 14, 2006 — Dr. Jeremy Birnstingl (left), Regenesis Technical Manager, Europe, accepts the prestigious ICU Innovation Award for Regenesis from Prof. Jim Lynch, Chairman of the ICU Steering Committee. |
| SAN CLEMENTE, CA, March 23, 2006 — Scientists and engineers from environmental consulting firm BEM Systems, Inc. (Chatham, NJ) needed only eleven months of accelerated bioremediation with Regenesis’ ORC Advanced™ to complete what had been projected as a 28-year cleanup of a highly impacted site on Andrews Air Force Base, Maryland, at a total cost less than one-third the original estimate of over a million and a half dollars. |
| SAN CLEMENTE, California, March 22, 2006 — Regenesis has named Robert Kelley, Ph.D., as Vice President of Technology Development. A scientist with extensive experience bringing innovative technologies from laboratory to market, he was formerly Product Manager for the company’s RegenOx™ chemical oxidation system. |
| SAN CLEMENTE, CA, June 6, 2005 — Regenesis Bioremediation Products has announced the commercial introduction of RegenOx™, a breakthrough in-situ chemical oxidation technology that rapidly and safely destroys high concentrations of recalcitrant soil and groundwater contaminants, such as industrial degreasers and petroleum hydrocarbons. |
| Salwen Business Communications New York, NY 10024 212/873-1944 contact SBC. |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
| |
 |
| |
 |
| |
 |
| |
 |
| |
 |
| |
 |
| |
 |
| |
 |
| |
 |
| |
 |
| Most of RegenOx™’s contaminant destruction effect is achieved via a two- stage surface-mediated oxidation process. First, the RegenOx™ activator complex coats the subsurface. The oxidizer complex and contaminant then react with the activator complex surface, destroying the contaminant. |
| SAN CLEMENTE, California, Oct. 11, 2006 — For typical high-volume application (left) HRC Advanced™ is thinned with hot water, then further a equipped with a high-shear centrifugal pump. High-volume delivery into the subsurface is accomplished by pumping into an existing well (right) or through standard direct-push injection equipment. (Photos by Regenesis) |
| SAN CLEMENTE, California, September 17, 2008 — NASA's Vehicle Assembly Building (left), about 400 yards from the Launch Equipment Shop, was the world’s largest building when it was went into service in the early 1960s. Tetra Tech used re-injectable wells (left and center) to emplace RegenOx™ (right) into contaminated soil and groundwater adjacent to the LES. (Photos by Regenesis) |
| SAN CLEMENTE, California, June 20, 2008 — The triple-barrier GeoSeal™ vapor barrier system includes two chemical-resistant bonded HDPE layers enclosing an elastic, copolymer-modified asphaltic membrane core. The core is spray-applied, creating a highly effective seal around piping and other slab penetrations and eliminating the need for mechanical fastening at termination points. (Photos by Regenesis) |
