The hidden patterns, common mistakes, and practical lessons shaping better decisions across remediation, mining, corrosion, wastewater, and water quality projects Every New Sample Benefits from Hundreds of Thousands That Came Before It. For more than three decades, Microbial Insights has helped clients understand the invisible biological processes that drive outcomes by analyzing hundreds of thousands…
In situ chemical oxidation (ISCO) and in situ bioremediation (ISB) are widely used and complementary remediation technologies. Through combined reagent applications, sequential or “treatment train” approaches, or simultaneous bioremediation occurring naturally following ISCO applications, integrating these strategies can achieve successful remediation results. Evonik Corporation’s Director of Technology, Dr. Brant Smith, will present field and laboratory…
July 14th, 2026, 11AM-12PM EST Dick Raymond President Dr. Michael Lee Vice President of Research & Development Terra Systems
Addressing chlorinated solvent impacts to groundwater using combined, in situ remedies can be a highly effective, efficient path to site remediation. Coupling abiotic and biotic remediation pathways in particular can deliver rapid results, and a well-designed data collection campaign can offer the evidence needed to demonstrate lasting performance.
Andrea J.H. Rhoades Research Scientist Colorado State University, Dept. of Civil and Environmental Engineering
Dr. Giovanni Pilloni U.S. Superfund Project Manager ExxonMobil Environmental Solutions
Dr. Michael Hyman Professor and Director of Graduate Programs North Carolina State University
Todd Herrington and Dr. Paul Erickson, Regenesis
Dora Taggart (Microbial Insights)
