The Engineering Forum (EF), established in the late 1980s, is a group of engineers and scientists that supports the Superfund and RCRA programs in each of the ten EPA Regional Offices. As one of the EPA Technical Support Project’s (TSP) three technical forums, the EF is a medium for exchanging technical information regarding innovative site cleanup and characterization technologies. Monthly technical talks focus on site-specific engineering problems encountered, alternatives and solutions, and lessons learned. After each presentation, information regarding upcoming events and training are discussed and time for an Open Mic discussion is provided. If you are a Superfund, Resource Conservation and Recovery Act (RCRA), Brownfields, state or federal environmental professional who is interested in solving technical issues, register for any technical talks listed below that interest you and join the discussion!
Presentations are specifically designed for EPA staff including RPMs, OSCs, Corrective Action Managers, Superfund and Technology Liaisons, Chemists, Biologists, Physical Scientists, and Engineers from within EPA regions, program offices, laboratory system, and headquarters personnel as well as environmental professionals from state agencies, the U.S. Army Corps of Engineers, U.S. Dept. of Energy, and other federal agencies of all experience levels. THIS TRAINING IS NOT OPEN TO ACADEMIA, CONTRACTORS, CONSULTANTS OR OTHER PRIVATE ENTITIES.
We will try to meet any special accommodations necessary for our participants as possible if given a minumum of two weeks notice. You will be prompted to indicate if you need any special accommocations upon registering for these events.
*This training is offered free of charge to all registrants who are confirmed to attend. One CLP will be issued for each session attended when you register and log on with the registration link provided to enable your attendance to be confirmed.*
Engineered phytoremediation systems can be effective alternatives to mechanical pump-and-treat systems; by targeting only the depth interval requiring remediation, these designed and constructed phytoremediation systems can be an effective strategy for hydraulic control and treatment of contaminant plumes. This presentation will review several engineered phytoremediation case studies, including a site with 1,4-dioxane impacted groundwater that was successfully brought to closure by replacing a poorly performing and costly pump-and-treat system with phytoremediation. Lessons learned from these implementations and data supporting conclusions regarding contaminant treatment and hydraulic control will be discussed, along with details of the modelling performed beforehand that helped ensure successful system designs.
PRESENTERS: Jim Linton and Ron Gestler (Geosyntec Consultants)
Times listed are Eastern.