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TRAINING
SERDP and ESTCP harness the latest science and technology to develop and demonstrate innovative, cost-effective, and sustainable solutions to meet DoD’s environmental challenges. OPEN BAA - SERDP-ESTCP Open BAA. On February 8, 2021 SERDP and ESTCP released a solicitation for both small and large businesses. This announcement is to declare DoD SERDP's and ESTCP's intent to competitively fund research and development for environmental research that addresses the topic areasset forth in
ER19-5075 PROJECT OVERVIEW Objective. The over-arching objective of this project is to demonstrate that the D-FAS technology is a cost-effective, easily implemented, sophisticated solution requiring minimal infrastructure that efficiently removes per- and polyfluoroalkyl substance (PFAS) source zone mass, thus reducing discharge to groundwater systems, and lowering concentrations at downgradient receptors. ER20-5258 PROJECT OVERVIEW This project will apply the lessons learned from the Australian trials to optimize the treatment process. Successful application of our soil washing technique will prevent the infiltration of PFAS from soil into groundwater and maximize the potential for beneficial reuse of treated materials. At an estimated treatment cost of $180 to $210/ton ER-201426 PROJECT OVERVIEW Objective. The objective of this project was to develop practical and efficient mathematical methods for simulating the effects of matrix diffusion in groundwater transport and remediation models. These methods apply to various types of heterogeneous settings, including fractured porous media and sites with extensive low permeabilitylayers and
MR-201005 PROJECT OVERVIEW The MPV sensor head is a handheld, wide-band, time-domain, electromagnetic induction (EMI) sensor that comprises of a 50-cm diameter transmitter loop and an array of five three-dimensional receivers. This second-generation prototype was specially designed for this study to improve maneuverability and ruggedness over the initialsensor that was
CHROMATE CONVERSION ALTERNATIVES Chromate conversion coatings and chromated sealers are used to create a self-healing conversion coating on Al and Mg alloys that is resistant to corrosion. They are also used for sealing electroplated and anodized coatings. These treatments are typically used prior to painting and finishing, since they generally improve adhesion ofpaints and
ER-2425 - SERDP-ESTCP Results. Two coagulants worked well at increasing the retention of PFAS in saturated soil. One in particular, polydimethylamine diallyldimethyl ammonium chloride (polyDADMAC), increased the sorption coefficient of PFAS by as much as a full order of magnitude. ER-201322 - SERDP-ESTCP Technology Description. The scope included field testing at four buildings ranging from 1,200 to 64,000 ft 2 in footprint size. Testing methods included monitoring of: ambient cross-slab differential pressure to establish building-specific target subslab vacuum levels; subslab vacuum vs time in response to fan cycles (on/off) and subslabvacuum
CJCSM 6510.01B CYBER INCIDENT HANDLING PROGRAM 2012 CJCSM 6510.01B Cyber Incident Handling Program 2012. This manual describes the Department of Defense (DoD) Cyber Incident Handling Program and specifies its major processes, implementation requirements, and related U.S. government interactions. CJCSM 6510.01B Cyber Incident Handling Program 2012.pdf 1.57 MB. Print. STRATEGIC ENVIRONMENTAL RESEARCH AND DEVELOPMENT PROGRAMABOUT SERDP AND ESTCPPROGRAM AREASNEWS AND EVENTSFEATURED INITIATIVESTOOLS ANDTRAINING
SERDP and ESTCP harness the latest science and technology to develop and demonstrate innovative, cost-effective, and sustainable solutions to meet DoD’s environmental challenges. OPEN BAA - SERDP-ESTCP Open BAA. On February 8, 2021 SERDP and ESTCP released a solicitation for both small and large businesses. This announcement is to declare DoD SERDP's and ESTCP's intent to competitively fund research and development for environmental research that addresses the topic areasset forth in
ER19-5075 PROJECT OVERVIEW Objective. The over-arching objective of this project is to demonstrate that the D-FAS technology is a cost-effective, easily implemented, sophisticated solution requiring minimal infrastructure that efficiently removes per- and polyfluoroalkyl substance (PFAS) source zone mass, thus reducing discharge to groundwater systems, and lowering concentrations at downgradient receptors. ER20-5258 PROJECT OVERVIEW This project will apply the lessons learned from the Australian trials to optimize the treatment process. Successful application of our soil washing technique will prevent the infiltration of PFAS from soil into groundwater and maximize the potential for beneficial reuse of treated materials. At an estimated treatment cost of $180 to $210/ton ER-201426 PROJECT OVERVIEW Objective. The objective of this project was to develop practical and efficient mathematical methods for simulating the effects of matrix diffusion in groundwater transport and remediation models. These methods apply to various types of heterogeneous settings, including fractured porous media and sites with extensive low permeabilitylayers and
MR-201005 PROJECT OVERVIEW The MPV sensor head is a handheld, wide-band, time-domain, electromagnetic induction (EMI) sensor that comprises of a 50-cm diameter transmitter loop and an array of five three-dimensional receivers. This second-generation prototype was specially designed for this study to improve maneuverability and ruggedness over the initialsensor that was
CHROMATE CONVERSION ALTERNATIVES Chromate conversion coatings and chromated sealers are used to create a self-healing conversion coating on Al and Mg alloys that is resistant to corrosion. They are also used for sealing electroplated and anodized coatings. These treatments are typically used prior to painting and finishing, since they generally improve adhesion ofpaints and
ER-2425 - SERDP-ESTCP Results. Two coagulants worked well at increasing the retention of PFAS in saturated soil. One in particular, polydimethylamine diallyldimethyl ammonium chloride (polyDADMAC), increased the sorption coefficient of PFAS by as much as a full order of magnitude. ER-201322 - SERDP-ESTCP Technology Description. The scope included field testing at four buildings ranging from 1,200 to 64,000 ft 2 in footprint size. Testing methods included monitoring of: ambient cross-slab differential pressure to establish building-specific target subslab vacuum levels; subslab vacuum vs time in response to fan cycles (on/off) and subslabvacuum
CJCSM 6510.01B CYBER INCIDENT HANDLING PROGRAM 2012 CJCSM 6510.01B Cyber Incident Handling Program 2012. This manual describes the Department of Defense (DoD) Cyber Incident Handling Program and specifies its major processes, implementation requirements, and related U.S. government interactions. CJCSM 6510.01B Cyber Incident Handling Program 2012.pdf 1.57 MB. Print. REGIONAL SEA LEVEL SCENARIOS FOR COASTAL RISK MANAGEMENT Strategic Environmental Research and Development Program (SERDP) Environmental Security Technology Certification Program (ESTCP) TEMPLATES AND CHECKLISTS Templates and Checklists. The Templates and Checklists are the various forms needed to create an RMF package and artifacts that support the completion of the eMASS registration. In addition to the Templates and Checklists, refer to the Cyber Commissioning and the Resources and Tools pages to review and download the Unified Facility Criteria and ER19-5075 PROJECT OVERVIEW Objective. The over-arching objective of this project is to demonstrate that the D-FAS technology is a cost-effective, easily implemented, sophisticated solution requiring minimal infrastructure that efficiently removes per- and polyfluoroalkyl substance (PFAS) source zone mass, thus reducing discharge to groundwater systems, and lowering concentrations at downgradient receptors.WATER CONSERVATION
SERDP and ESTCP are developing and demonstrating technologies that improve the conservation of water; deploy re-use technologies that reduce the use of potable water for non-potable purposes; reduce the energy required to provide, use, or treat water; and enhance the quantity and quality of water supplies. ER21-5229 PROJECT OVERVIEW Technology Description. Both modified clays and jet grouting technologies are mature technologies in their respected fields. This innovative approach combines the two for a cost-effective low-environmental-impact PFAS source zone treatment. BACK - SYMPOSIUM 2020 POSTER 2 - SERDP-ESTCP.ORG Webinar Series. Promoting the transfer of innovative, cost-effective and sustainable solutions. View Webinar Schedule HAMLINGTON - SYMPOSIUM 2020 POSTER - SERDP-ESTCP.ORG Webinar Series. Promoting the transfer of innovative, cost-effective and sustainable solutions. View Webinar Schedule DEVELOPMENT OF PASSIVE SAMPLING METHODOLOGIES FOR PER- AND Full Proposal Guidance. Information for those requested to submit full proposals. View SERDP Guidance – FY 2022. View ESTCP Guidance – FY2022
TECHNICAL REPORT:
Assessing the Potential for Bias in PFAS Concentrations during Groundwater and Surface Water Sampling ER-201627 AUDIO SUMMARY Strategic Environmental Research and Development Program (SERDP) Environmental Security Technology Certification Program (ESTCP)* Page Content
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SERDP and ESTCP harness the latest science and technology to develop and demonstrate innovative, cost-effective, and sustainable solutions to meet DoD’s environmental challenges. SUCCESSFUL DEMONSTRATION OF CUT AND CAPTURE TECHNOLOGY Successful Demonstration of Cut and Capture Technology * Population Models to Predict Conservation Reliant Species POPULATION MODELS TO PREDICT CONSERVATION RELIANT SPECIES Population Models to Predict Conservation Reliant Species * Successful Demonstration of Cut and Capture Technology SUCCESSFUL DEMONSTRATION OF CUT AND CAPTURE TECHNOLOGY Successful Demonstration of Cut and Capture Technology * Advancements in PFAS-Free AFFF formulations ADVANCEMENTS IN PFAS-FREE AFFF FORMULATIONS Advancements in PFAS-Free AFFF formulations * Nanofiber-based HVAC Air Filters to Face Masks NANOFIBER-BASED HVAC AIR FILTERS TO FACE MASKS Nanofiber-based HVAC Air Filters to Face Masks * Predicting Fire Behavior using FIRETEC PREDICTING FIRE BEHAVIOR USING FIRETEC Predicting Fire Behavior using FIRETEC * Stormwater Discharge and Sediment Recontamination STORMWATER DISCHARGE AND SEDIMENT RECONTAMINATION Stormwater Discharge and Sediment Recontamination View the 2020 SERDP & ESTCP Symposiumwebsite!
SUBSCRIBE TO THE MAILING LIST Stay up to date on SERDP and ESTCP announcementsSERDP SOLICITATIONS
Investing in environmental research and development. FY 2021 SERDP SOLICITATION WAS RELEASED OCTOBER 24, 2019. * FY 2021 SERDP SOLICITATION ; Pre-proposals were dueJanuary 7, 2020.
ESTCP SOLICITATIONS
Demonstrating innovative environmental technologies. FY 2021 ESTCP SOLICITATION WAS RELEASED JANUARY 7, 2020. * FY 2021 ESTCP SOLICITATION ; Pre-proposals were dueMarch 5, 2020.
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UPCOMING EVENTS
* May 27-29 SAME Joint Engineer Training Conference & Exposition * Jun 4 Webinar: Waste Reduction and Treatment in Armed ForcesVessel Environments
* Jul 9 Webinar: 2019 Project of the Year Winner: AdvancingMicrogrid Solutions
* Aug 2-7 The Ecological Society of America Annual MeetingCalendar of Events
NEWS
* ESTCP announces FY 2020 new start project selections.- Posted 3/5
* SERDP announces FY 2020 new start project selections.- Posted 3/5
* ESTCP Solicits Proposals for FY 2021 Funding- Posted 1/7
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