REGENESIS® Remediation Treatment Protects
River in Cervignano, Italy from Contamination
Collaborating with Clients for Remediation Success – REGENESIS® Europe
As the European arm of REGENESIS®, the EU team, headquartered in Bath, UK, is responsible for cost-effective remediation of contaminated land and groundwater at sites throughout Europe. Offering an integrated suite of proven, injectable reagents and specialized application services, the EU team delivers effective remedial solutions to each site, identifying the optimal strategy and integration for results-based remediation of soil and groundwater.
Providing the Best Possible Remediation Solution with a Fast Turn-Around
Kris Maerten is the REGENESIS® Europe Technical Manager and remediation design expert for all of Europe. He shares, “In 2004, hardly anyone in Europe had experience with bioremediation, especially chlorinated solvents, or in situ Chemical Oxidation. Now, that has changed completely and I think REGENESIS® has played an important part in this.” Maerten’s role in the environmental market’s education of in situ technologies and implementation is widespread. You can see his influence in the remediation industry firsthand on sites throughout Belgium, the Netherlands, Luxemburg, the UK, Scandinavia, and France. In addition to being passionate about solving challenging remediation issues on sites across Europe, Maerten is also an avid cyclist.
Over 26,000 Remediation Projects Worldwide
REGENESIS®’ remediation products have been applied on over 26,000 groundwater and soil remediation projects in 27 countries around the globe. Our solutions-based approach to many of these projects includes remediation design, geochemistry evaluation, reagent applicability and selection, application recommendations, technical oversight and post-application performance review. This has resulted in the successful remediation of contaminated sites across the world. Use the links below to explore site remediation case studies around the world.
PFOS/PFOA and PlumeStop
Two of the most commonly encountered perfluorinated compounds (PFCs) are perfluorooctanesulfonic acid (PFOS) and perfluorooctanoic acid (PFOA), both of which are considered emerging contaminants and potential carcinogens. These contaminants are persistent once in groundwater and do not readily degrade or metabolize. Treatment of these plumes has always been difficult and costly. Until now. REGENESIS® R&D has tested the adsorption efficacy of PlumeStop with PFOA and PFOS, and the results show effective capture of the contaminant plume through adsorption.
New Webinar – NGWA Combined Remedies Presentation by AECOM’s Rick Cramer
During the NGWA/EPA workshops sponsored by REGENESIS®, Rick Cramer, Director of Science at AECOM, discussed how a focus on the geology is imperative for understanding fluid migration in the subsurface. Using a National Research Council study regarding complex contaminated groundwater sites as his backdrop, his presentation shows how existing data and established geologic analyses can move groundwater remediation projects forward through an improved, quantitative conceptual site model. We are excited to announce that a recording of this presentation is now available.
Audio Interview with Jeremy Birnstingl – New Technologies for Environmental Remediation
Dr. Jeremy Birnstingl, VP of Environmental Technology at REGENESIS®, oversees new product commercialization efforts and operates as a senior technical director on key remediation projects involving advanced in situ technologies. He recently sat down for an interview on Environmental Directions with Nancy Pearlman, in which he discussed today’s advanced remediation technologies that are being used to remove harmful contaminants form the world’s groundwater.
Questions?
REGENESIS® has remediation experts based worldwide to assist you in your brownfield site cleanup. As the technology leader in advanced bioremediation solutions, we can help ensure success on your next remediation project. Use the map on our website to find your regional REGENESIS® contact today.
