Chemicals & Materials
Defense assets are made from and depend on the availability of commodity chemicals and materials. SERDP and ESTCP maximize weapons systems and platforms performance and capabilities while reducing the environmental and toxicological impact of defense operations.
Energy & Water
Installations with resilient energy and water systems can rapidly recover from disruptions to public infrastructure and keep pace with industry advances. ESTCP serves as the DoD’s energy test bed, building familiarity with novel technologies and accelerating adoption.
Conservation
To conduct its mission, the DoD manages over 28 million acres of natural and built infrastructure across a wide variety of ecosystems and geographies around the globe. The Services need to be able to train like they fight, and SERDP and ESTCP produce tools and technologies that maximize the number of training days and mission readiness.
PFAS
SERDP and ESTCP have funded hundreds of projects that have quickly and significantly advanced our understanding and management of PFAS in the environment. Our projects evaluate a range of potential treatment technologies, ecotoxicological effects, and improved AFFF site characterization.
Infrastructure
Extreme weather and changing climate conditions pose major threats to installation and community infrastructure. SERDP and ESTCP provide the science and tools needed to understand climate risks and adapt to extreme conditions.
Other Chemicals of Concern
SERDP and ESTCP, in support of the Defense Environmental Restoration Program, address the legacy of past practices while supporting current and emerging testing and training requirements by advancing the knowledge needed to prevent future environmental damage on and around military installations.
UXO
As a result of past military training and weapons testing activities, UXO exist on sites designated for Base Realignment and Closure (BRAC) on Formerly Used Defense Sites (FUDS) and other closed ranges on active installations. SERDP and ESTCP develop and demonstrate innovative technologies that can characterize and scientifically manage sites affected by military munitions.
