SERDP and ESTCP investments in science, engineering, and technology help to improve the environment and sustain military readiness. Our researchers have made many distinguished contributions to environmental science and technology. Practical application of these findings provides solutions to the complex challenges of ensuring responsible environmental management while meeting critical military missions. Learn more about our most important investments and accomplishments in climate change, sustainable range management, contaminated groundwater, munitions response, and more. For information about our complete investment portfolio, see Program Areas.
SERDP and ESTCP are funding efforts to address legacy use of Aqueous Film Forming Foam (AFFF) formulations containing per- and polyfluoroalkyl substances (PFASs), with particular concern for PFOS and PFOA, through studies that examine occurrence, fate, transport, effects, and treatment of AFFF-impacted sites, as well as development of next generation fluorine-free foams.
DoD’s ranges are among its most valuable assets, supporting critical training and testing missions. SERDP and ESTCP invest in a broad range of scientific studies and technology development to enable continued use of these lands to meet DoD requirements. These efforts also allow for the sustainable management of the ranges’ natural resources in perpetuity.
DoD maintains responsibility for thousands of sites contaminated with chlorinated solvents, heavy metals, energetics, and other hazardous chemicals. Through a decade of investment, SERDP and ESTCP researchers have developed cost effective technologies for the remediation of contaminated soils, groundwater, and sediments.
Sites contaminated with military munitions represent a multi-billion dollar liability for DoD. Recent large-scale demonstrations have shown the potential for emerging technologies, developed over the past decade, to change in fundamental ways how munitions response can be conducted.
Many DoD manufacturing and maintenance processes involve hazardous substances that can damage the environment. Years of research have resulted in alternatives to many of the most dangerous chemicals such as hexavalent chromium. A new initiative looks at alternatives to lead-based solders.
DoD is committed to effective, efficient, and sustainable management of its installations to ensure their continued use into the foreseeable future. SERDP and ESTCP invest in developing the scientific understanding and methods needed to conserve DoD’s vast natural and cultural resources.
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