For mobile, landscape view is recommended.
ESTCP has selected fifty-three new start projects to begin in FY 2020. These projects responded to the FY 2020 ESTCP solicitation for Environmental and Installation Energy and Water Technologies. Topics addressed by these projects include management and remediation of chemical contaminants; improved energy efficiency and security; munitions response in underwater environments; improved management of natural resources, management of waste at forward operating bases, and green manufacturing and maintenance of weapons systems and platforms.
The tables below list the FY 2020 ESTCP new start projects for Environmental Restoration, Installation Energy and Water, Munitions Response, Resource Conservation and Resiliency, Weapons Systems and Platforms. As project overviews become available, links from the project numbers will be provided below. Information on these and other SERDP and ESTCP projects is also available under Focus Areas.
|
Environmental Restoration |
|||
| ER Topic-20-B1: Innovative Technology Transfer Approaches | |||
|
Applying Cometabolism for Treatment of Traditional and Emerging Contaminants at DoD Sites |
Paul Hatzinger |
Aptim Federal Services, LLC |
|
|
Building a Foundation to Increase the Success of Future Projects |
David Reynolds |
Geosyntec Consultants |
|
|
ER Topic-20-B2: Management of Contaminated Groundwater |
|||
|
Vertebrae™ Segmented Horizontal Wells for Monitoring Contaminant Mass Discharge |
Craig Divine |
Arcadis |
|
|
Thermal In Situ Sustainable Remediation (TISR) To Enhance Biotic and Abiotic Reactions and Accelerate Remediation |
Craig Divine |
Arcadis |
|
|
In Situ Verification and Quantification of Naturally Occurring Dechlorination Rates in Clays: Demonstrating Processes that Mitigate Back-Diffusion and Plume Persistence |
Charles Schaefer |
CDM Smith |
|
|
Per- and Polyfluoroalkyl Substance (PFAS) Leaching at Aqueous Film Forming Foam (AFFF)-Impacted Sites: Insight into Soil-to-Groundwater Ratios |
Charles Schaefer |
CDM Smith |
|
|
In Situ PFAS Sequestration in AFFF Contaminated Groundwater |
Matt Simcik |
University of Minnesota |
|
|
Validation of Colloidal Activated Carbon for Preventing the Migration of PFAS in Groundwater |
Paul Hatzinger |
Aptim Federal Services, LLC |
|
|
Ex Situ Thermal Treatment of PFAS |
Jennifer Wehrmann |
Paragon Professional Services, LLC |
|
|
Anion Exchange Permeable Adsorptive Barriers (PABs) for In Situ PFAS Immobilization and Removal |
David Lippincott |
Aptim Federal Services, LLC |
|
|
Ex Situ Soil Washing to Remove PFAS Adsorbed to Soils from Source Zones |
Joseph Quinnan |
Arcadis US |
|
|
Quantifying Delivery of Activated Carbon Particulates in Heterogeneous Aquifers Using Electrical Resistivity Tomography |
Michael Truex |
Pacific Northwest National Laboratory |
|
|
ER Topic-20-B3: Long Term Management of Contaminated Aquatic Sediments |
|||
|
Standardizing Sediment Porewater Passive Samplers for Inorganic Constituents of Concern |
Jason Conder |
Geosyntec Consultants |
|
|
ER Topic-20-D1: Environmental Restoration |
|||
|
Validation of Command Detonation Munitions Residues Testing |
Samuel Beal |
U.S. Army Corps of Engineers Cold Regions Research and Engineering Laboratory |
|
|
Sulfidated Zerovalent Iron: An Innovative ISCR Technology for Discrete Source Remediation |
Anthony Danko |
NAVFAC EXWC |
|
|
Application of Passive Samplers to Support Risk Assessment and Long-term Monitoring |
William Gardiner |
U.S. Army Corps of Engineers |
|
|
A Robust, Energy-Positive Wastewater Treatment System for Forward Operating Bases |
James Dusenbury |
U.S. Army Combat Capabilities Development Command Ground Vehicle Systems Center |
|
|
In Situ Thermal Treatment of PFAS in the Vadose Zone |
Ramona Iery |
NAVFAC EXWC |
|
|
Low Energy Baffled Bioreactor (BBR)-Based Water Re-use System for Energy and Water Security |
Christopher Griggs |
U.S. Army Corps of Engineers Engineering Research and Development Center |
|
|
ER Topic-20-B12: Demonstration and Validation of Environmentally Sustainable Methods to Clean Firefighting Delivery Systems |
|||
|
Supercritical Water Oxidation for Complete PFAS Destruction |
Marc Deshusses |
Duke University |
|
|
An Innovative Plasma Technology for Treatment of AFFF Rinsate from Firefighting Delivery Systems |
Selma Mededovic |
DMAX Plasma, LLC |
|
|
Clean or Replace? Decontamination Framework for Firefighting Equipment and Hangers and Disposal of PFAS Contaminated Waste |
Matthew Magnuson |
U.S. Environmental Protection Agency |
|
|
Demonstration and Validation of Environmentally Sustainable Methods to Effectively Remove PFAS from Fire Suppression Systems |
Ian Ross |
Arcadis |
|
|
Remediation of AFFF-Impacted Fire Suppression Systems Using Conventional and Closed-Circuit Desalination Nanofiltration |
Christopher Bellona |
Colorado School of Mines |
|
|
Sustainable Firefighting System Cleanout and Rinsate Treatment Using Perfluorad |
Kent Sorenson |
CDM Smith |
|
|
Installation Energy and Water |
|||
| EW Topic-20-B7: Energy Efficiency Technology Demonstrations Integrated with Utility Energy Services Contracts (UESC) | |||
|
Intelligent HVAC Load Management for Energy Efficient and Disaster Resilient Building Operations |
Michelle Rodriguez-Pico |
Oklahoma Gas & Electric |
|
|
Enabling Widespread Secure Automated Demand Management and Demand Response on DOD Facilities Using OpenADR 2.0 |
Jim Boch |
IPKeys Power Partners |
|
|
EW Topic-20-B8: Microgrid Development for Military Installations |
|||
|
A Resilient Distributed Platform for Microgrid Control |
Alejandro Dominguez-Garcia |
Board of Trustees of the University of Illinois |
|
|
EW20-5049 |
Integrated Model-Based Design Process for Affordable, Scalable, and Resilient DoD Installation Microgrids |
Matt Baker |
Typhoon HIL |
|
Microgrid Planning Utilizing an Open Modeling Framework for Resilient Installations Leveraging Their Utility Privatization (MICROGRID UP) |
David Pinney |
NRECA Research |
|
|
Integrated Microgrid Control Platform |
Gabor Karsai |
Vanderbilt University |
|
|
Internet of Networked Microgrids Solution for Scalable Agile Microgrids |
Stephen Bayne |
Texas Tech University |
|
|
Integrated Resilient Node Hardware and Supervisory Control for Phased Microgrid Installation at Military Facilities |
Doug Black |
Lawrence Berkeley National Laboratory |
|
|
On Track for Resilience: Rail-to-Grid Power Generation |
Sean Wallace |
U.S. Army Corps of Engineers Construction Engineering Research Laboratory |
|
|
Modular Control Architecture for Scalable, Resilient and Cybersecure Microgrids |
Dean Weng |
Electric Power Research Institute, Inc. |
|
|
DoD Standardized Platform to Guide Rapid and Repeatable Modeling and Design of Secure and Resilient Microgrids (Rapid-Resilient-Microgrid) |
Michael Stadler |
XENDEE Inc. |
|
|
EW Topic-20-B9: Effective Use of Meter Data to Improve Facility Energy Investments |
|||
|
EW20-5079 |
Grid Data Insight for Military Installations |
Matthew Shawver |
Referentia Systems Incorporated |
|
Transforming Raw Utility Meter Data into Actionable Insights |
William Livingood |
National Renewable Energy Laboratory |
|
|
Facility Energy Saving and Securing Technology (FEST) using Multi-Source Data |
Vaibhav Donde |
Lawrence Livermore National Laboratory |
|
|
EW Topic-20-BX: Innovative Tools that Reduce the Time and Cost Required to Obtain and Maintain Authority to Operate for Facility Energy and Water Control Systems and Connected Technology |
|||
|
Tool for Cyber Secure Integration of DER to the Risk Management Framework |
Emma Stewart |
Lawrence Livermore National Laboratory |
|
|
Automated Firmware Analysis for Electric Grid and Building Automation Systems |
Daniel Quinlan |
Lawrence Livermore National Lab |
|
|
EW20-5299 |
Closed Restricted Network PKI Certificate Authority for Facility-related Control Systems |
Alex Gregory |
C2 Company a PrimeKey Company |
|
EW Topic-20-D6: Microgrid Development for Military Installations |
|||
|
EW20-5291 |
Open Architecture Microgrid Controller and HIL Validation |
Thomas Bozada |
U.S. Army Corps of Engineers Engineering Research and Development Center |
|
EW Topic-20-D7: Effective Use of Utility Meter Data to Improve Facility Energy Investments |
|||
|
EW20-5164 |
Organic Industrial Base (OIB) Energy Productivity Analytics and Information System |
Paul John |
U.S. Army Red River Army Depot |
|
Demonstration of Siemens Embedded Micro Metering Module (SEM3) for Improving Installation/Facility Energy and Water Management |
Alan Williams |
Naval Information Warfare Center Pacific |
|
|
Munitions Response |
|||
| MR Topic-20-B4: Detection, Classification, and Remediation of Military Munitions in Underwater Environments | |||
|
Underwater Test Bed for Technology Demonstration |
Raymond Lim |
NSWC Panama City Division |
|
|
MR20-5292 |
Hawaii Munitions Test Range Complex |
Margo Edwards |
University of Hawaii |
|
Resource Conservation and Resiliency |
|||
| RC Topic-20-B5: Infrastructure Resiliency Arctic Engineering Design Tool | |||
|
Arctic Environmental and Engineering Data and Design Support System |
T. Scott Rupp |
University of Alaska Fairbanks |
|
|
RC Topic-20-D3: Resource Conservation and Resiliency |
|||
|
Coral Reef Arks: a Cost-effective and High-return Tool for Restoration and Conservation of Coral Reef Resources on DoD Submerged Lands |
Jessica Carilli |
Naval Information Warfare Center Pacific |
|
|
Arctic and Sub-Arctic Engineering Design Tool: Technology Transfer UFC 3-130 Revision |
Kevin Bjella |
U.S. Army Corps of Engineers Cold Regions Research and Engineering Laboratory |
|
|
Weapons Systems and Platforms |
|||
| WP Topic-20-D4: Weapons Systems and Platforms | |||
|
Green M213/M228 Fuze |
Natasha Khatri |
U.S. Army CCDC Armaments Center |
|
|
Demonstration and Validation of Low Hydrogen Embrittlement Alkaline Zinc Nickel Electroplating at Advanced Metal Finishing Facility |
Clayton Elliott |
Air Force Life Cycle Management Center |
|
|
Environmental Advantages of Additive Manufactured Micro-Turbine Engine |
Michael Froning |
Air Force Life Cycle Management Center |
|
|
WP Topic-20-B11: Demonstration and Validation of Fluorine-Free Fire Suppression Alternatives |
|||
|
WP20-1512 |
Testing of New Fluorine-Free Green Surfactant Mixtures to Replace AFFF |
Thierry Carriere |
ADA Technologies, Inc. |
|
WP20-1517 |
Extinguishing Class B Fires with PNS, an Environmentally-Friendly Compound |
Robert Kasowski |
P N Solutions, Inc. |
|
Fluorine-Free Foam / Compressed Air Foam, Fire Suppression Alternative |
David Munroe |
ACAF Systems |
|
|
Validation of Fluorine-Free Fire Suppression Alternatives against Military Specifications |
Satya Chauhan |
Battelle Memorial Institute |
|
|
Demonstration and Validation of Fluorine Free Fire Suppression Alternatives |
Amee Polk |
CCDC-Chemical Biological Center |
|