In this webinar we were pleased to have special guest speaker Jim Rolle, Director of Environmental Services at WCEC. His presentation discussed a business case outlining where WCEC achieved significant cost savings as compared to a long-term monitoring approach when using PetroFix, a form of colloidal activated carbon. He was joined by Todd Herrington, Global PetroFix Product Manager at REGENESIS.
Highlights of this webinar:
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Conceptual site model development for in situ remediation
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A business analysis of long-term monitoring versus in situ remediation at a Washington site
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A new strategy for using colloidal activated carbon for in situ remediation
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About the Presenters:
Jim Rolle
Director, Environmental Services | WCEC
Jim Rolle has 23 years of experience managing and conducting all aspects of environmental investigation and remediation projects in Montana, Idaho, and Washington, ranging from petroleum leak site investigations to complex fractured bedrock plume modeling and remediation. In addition to managing the nation-wide operational, business, and financial aspects of the Environmental Services Division of WCEC, he advises and oversees project managers, engineers, and other technical staff as they conduct environmental site assessments and investigations, UST and AST removals, and remediation of contaminated soil and groundwater. Mr. Rolle is responsible for the development and implementation of soil, groundwater, indoor air, and surface water investigation, remediation, and monitoring work plans.
Todd Herrington
Global PetroFix Product Manager, REGENESIS
Mr. Herrington serves as the Global PetroFix Product Manager for REGENESIS, directing the expansion of hydrocarbon treatment with activated carbon in the global marketplace and provides industry-leading support to REGENESIS customers. Mr. Herrington has over 25 years of environmental remediation experience primarily focused on in situ remediation. He has been involved with thousands of contaminated site remediation projects during his tenure at REGENESIS and has expertise with enhanced bioremediation, chemical oxidation, chemical reduction, and carbon sorption. He earned his B.S. in Civil Engineering from Colorado State University and his M.S. in Environmental Engineering from the University of Cincinnati. Mr. Herrington also received his Professional Engineer (P.E.) license in his home state of Colorado.