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Community Mission
The SAME Environmental Community of Interest (ECOI) aims to: Educate and Train SAME membership, DoD and Federal Agencies on current and emerging topics in environmental technologies, management and regulatory developments facing the A/E/C community; Facilitate relationships and engagement between industry and government on environmental issues, thereby encouraging collaboration and partnering; Foster Opportunities for members to highlight their professional efforts, share knowledge, increase engagement and expand their professional networks.
Join the SAME Engage Environmental Network
Community Chair
Ann Ewy, PMP, F.SAME
Vice Chair/Chair Elect: Chris Hook, Tetra Tech
Immediate Past Chair: Rick Wice
Vice Chair, Education: Jason McNew, EA Engineering, Science, and Technology
Vice Chair, National Programs & Events: Mark MacEwan, Parsons
Vice Chair, Communications: Laura Tobin, Conti Federal Services
Vice Chair, Regulatory: Jen Warf, AECOM
Vice Chair, Secretary: Jim Carter, EMAX Laboratories
Vice Chair, PFAS IGE: Lisa Kammer, Weston Solutions
Upcoming Events
Upcoming National Webinars
Related TME Articles – Environmental
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Composting Bioplastic Waste in Expeditionary Environments
A research team at the U.S. Army Engineer Research & Development Center’s Construction Engineering Research Laboratory studied the compostability of bioplastics under expeditionary conditions in order to help reduce plastic waste and support policy targets for source reduction and diversion. -
Reducing Waste Through Soil Sorting
Soil sorting systems capable of screening the debris generated at remediation projects for the presence of contaminants can greatly reduce the volume needed for off-site transport and disposal. -
Leveraging Geophysical Technology for Military Munitions Remediation
At a densely forested and protected area within the Camp Croft Formerly Used Defense Site, advanced geophysical classification is being used to implement a large-scale, complex military munitions remedial action. -
Rethinking How PFAS Data is Presented
Utilizing knowledge-dense figures for sites impacted by per- and polyfluoroalkyl substances allows for a more comprehensive assessment, improves understanding of sources and distribution, and better informs cleanup decisions.
