In this webinar we were pleased to have special remediation expert speaker Matthew Burns, SVP and Technical Director of Earth and Environment at WSP. His presentation discussed real world business cases where in situ remediation saved time and money compared to pump-and-treat remedial systems. He was joined by Maureen Dooley, Vice President Industrial Sector for REGENESIS, who discussed the benefits of using colloidal technologies along with innovations in the design and application of amendments to improve results and lower costs while achieving site performance goals.
Highlights of this free webinar:
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Performance data - Treatment performance and the economic analysis of sites with >5 years of data
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How to achieve closure at a low cost - Installing in situ remedial strategies to replace costly pump-and-treat systems
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Risk management approaches - Using transformational technologies to address off-site migration
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About the Presenters:
Matthew Burns
SVP and Technical Director of Earth and Environment, WSP
Matt Burns is an engineer with a chemistry and microbiology background. He is a Senior Vice President and Technical Fellow within the WSP Earth and Environment Practice and currently the National Director and Global Practice Area Network Leader for Emerging Contaminants. He is based in Boston, Massachusetts, USA and brings more than 30 years of practical experience in chemical and microbial process to assist local teams with challenging investigation and remediation projects in the United States and across the globe. Matt is a frequent author and lecturer on innovative investigation and remediation techniques to address metals, petroleum hydrocarbons, chlorinated VOCs, and emerging contaminants such as PFAS.
Maureen Dooley
Vice President - Industrial Sector, REGENESIS
Maureen Dooley has over twenty-five years of experience in many aspects of remediation industry, including project management, research and development, senior technical oversight, remedial design and laboratory management. Her prior experience includes the completion of numerous treatability studies designed to evaluate the biodegradation of a wide range of chemical constituents that include chlorinated solvents, petroleum hydrocarbons, explosives, aromatic hydrocarbons and pesticides. In her current role at REGENESIS, she provides technical leadership for complex soil and groundwater remediation projects, including PFAS groundwater contamination treatment, throughout North America, as well as remediation design, strategy, and business development.