Jean Zodrow, PhD, and Dave Major, PhD, BCES, will speak and present posters at the United States Department of Defense’s (DoD) Energy and Environment Innovation Symposium in Washington, DC, from December 3 through 6, 2024.
Geosyntec and Chemours, under the leadership of Chris Shores, PE; Jim Deitsch, PhD, PE; Matt Vanderkooy, PG, PGeo; and Kevin Garon of Chemours, were awarded the Outstanding Groundwater Remediation Project Award for 2023 from the National Groundwater Association (NGWA). The award recognizes a single project each year that best represents outstanding science, engineering, or innovation in the area of remediating groundwater.
The Geosyntec Family of Companies is pleased to announce the promotion of 24 individuals to the position of Principal. Each of these new Principals has made significant contributions to delivering outstanding projects to first-class clients, developing strong relationships with those clients, building our practices, leveraging their own expertise and experience of their colleagues, recruiting outstanding staff, and working collaboratively with their co-workers.
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Geosyntec professionals will make a substantial technical contribution at Battelle's Tenth International Conference on Remediation and Management of Contaminated Sediments at the Hilton New Orleans Riverside in Louisiana on February 11-14, 2019.
Our experts look at the “bigger picture” using rigorous and fundamental scientific principles. We utilize various tools in appropriate and defensible ways for client advocacy in regulatory negotiations, property transactions, claim disputes, and smart site management. Advancing the State of the Practice in PFAS Site-Specific Technical Reviews and Investigation Strategies U.S. AIR FORCE CIVIL ENGINEER CENTER, MULTIPLE CONFIDENTIAL CLIENTS Critically reviewed site-specific data, conceptual site models, and identified data gaps Prepared scientifically-rigorous PFAS ....
Geosyntec professionals will deliver three panel presentations during the Northwest Environmental Conference & Tradeshow (NWEC) at the Red Lion Hotel Jantzen Beach in Portland, Oregon on December 5-6, 2017.
Lakes, rivers, reservoirs, and marine environments, especially those in urban waterfront and coastal areas, often have contaminated sediment and surface water and stressed biota from decades of industrial and commercial activities. Sediment contamination can include metals, crude oil and refined petroleum compounds, polynuclear aromatic hydrocarbons (PAHs), pesticides, per- and polyfluoroalkyl substances (PFAS), and polychlorinated biphenyls (PCBs). Because contaminated sediment sites present complex challenges, site evaluation and cleanup are expensive and can take several years to implement, and the metrics for remedy effectiveness are not often well defined.
Understanding how water interacts with the surface and subsurface environment at any contaminated location is critical to designing innovative and cost-effective remediation systems and site-management strategies. By delineating and understanding the geology and hydrogeology affecting contaminated sites, our experts design strong conceptual site models and groundwater-remediation programs. Ultimately, hydrogeological characterization and modeling affects the performance of any remediation technologies deployed as a solution.
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