Serdp project ER21-1070

Active Definitive Contract Awarded Last action

Contract number
W912HQ22C0008
Awardee
Awarding agency
Obligated
$1,455,145

Award facts

Opportunity
Contract value 100% obligated
$1,455,145.00 Current and potential, with all options
Completion date 95% complete
Current and potential, with all options
Set-aside
No set-aside
Competition
Full and Open Competition · 218 offers Basic Research
Pricing
Cost No Fee
Place of performance
Washington, DC 20052, USA

Award details come from SAM.gov/FPDS.

Transactions

Action Obligated Date
Supplemental Agreement for work within scope P00007 $0
Supplemental Agreement for work within scope P00006 · Serdp ER21-1070 hydraulic, chemical, and microbiological effects on the performance of in situ activated carbon sorptive barrier for PFAS remediation in coastal… $0
Funding Only Action P00005 · Serdp project ER21-1070 final funding $109,138
Funding Only Action P00004 $427,403
Funding Only Action P00003 · Serdp project ER21-1070 incremental funding modification $200,000
Supplemental Agreement for work within scope P00002 $90,051
Funding Only Action P00001 $431,553
Original award $197,000

About this award

The Humphreys Engineer Center Support Activity (HECSA), procuring on behalf of the Department of the Army, awarded a $1.455 million definitive contract to The George Washington University for research on hydraulic, chemical, and microbiological effects on in-situ activated carbon sorptive barriers for PFAS remediation in coastal sites (SERDP Project ER21-1070) on January 21, 2022, on a cost no-fee basis.

Place of performance is Washington, DC 20052. The originating solicitation was a Strategic Environmental Research and Development Program pre-solicitation posted in October 2019, seeking pre-proposals for environmental research and development projects across Environmental Restoration, Munitions Response, Resource Conservation and Resiliency, and Weapons Systems and Platforms. Multiple awards totaling approximately $12 million were expected following Scientific Advisory Board approval in September–October 2020. Performance extends through January 20, 2027.

The research team includes University of Maryland, College Park (field-scale testing and barrier performance assessment), Carnegie Mellon University (hydraulic and transport modeling), and Geosyntec Consultants, Inc. (remediation engineering and environmental site assessment). Intrapore GMBH provides specialized technical support on activated carbon sorptive barrier design and PFAS remediation technology. The contract received incremental funding modifications through December 2023 and a quality-assurance review on FFATA reporting in July 2025, reflecting sustained federal investment in the project across multiple fiscal years.

Subawards

Subcontractor Amount Awarded
University Of Maryland, College Park SERDP PROJECT ER21-1070 Hydraulic, Chemical, and Microbiological Effects on the Performance of In-Situ Activated Carbon Sorptive Barrier for PFAS Remediation in… $133,229
Carnegie-Mellon University SERDP PROJECT ER21-1070 Hydraulic, Chemical, and Microbiological Effects on the Performance of In-Situ Activated Carbon Sorptive Barrier for PFAS Remediation in… $220,997
Intrapore GMBH SERDP PROJECT ER21-1070 Hydraulic, Chemical, and Microbiological Effects on the Performance of In-Situ Activated Carbon Sorptive Barrier for PFAS Remediation in… $11,093
Geosyntec Consultants, Inc. SERDP PROJECT ER21-1070 Hydraulic, Chemical, and Microbiological Effects on the Performance of In-Situ Activated Carbon Sorptive Barrier for PFAS Remediation in… $27,165
Intrapore GMBH SERDP PROJECT ER21-1070 INCREMENTAL FUNDING MODIFICATION Hydraulic, Chemical, and Microbiological Effects on the Performance ofln-Situ Activated Carbon Sorptive… $6,400
Geosyntec Consultants, Inc. SERDP PROJECT ER21-1070 INCREMENTAL FUNDING MODIFICATION Hydraulic, Chemical, and Microbiological Effects on the Performance ofln-Situ Activated Carbon Sorptive… $23,000
University Of Maryland, College Park SERDP PROJECT ER21-1070 INCREMENTAL FUNDING MODIFICATION Hydraulic, Chemical, and Microbiological Effects on the Performance ofln-Situ Activated Carbon Sorptive… $144,000
Carnegie-Mellon University SERDP PROJECT ER21-1070 INCREMENTAL FUNDING MODIFICATION Hydraulic, Chemical, and Microbiological Effects on the Performance ofln-Situ Activated Carbon Sorptive… $109,000
University Of Maryland, College Park SERDP PROJECT ER21-1070 INCREMENTAL FUNDING MODIFICATION Hydraulic, Chemical, and Microbiological Effects on the Performance of ln-Situ Activated Carbon… $117,000
Carnegie-Mellon University SERDP PROJECT ER21-1070 INCREMENTAL FUNDING MODIFICATION Hydraulic, Chemical, and Microbiological Effects on the Performance of ln-Situ Activated Carbon… $72,700
Intrapore GMBH SERDP PROJECT ER21-1070 INCREMENTAL FUNDING MODIFICATION Hydraulic, Chemical, and Microbiological Effects on the Performance of ln-Situ Activated Carbon… $7,500
Geosyntec Consultants, Inc. SERDP PROJECT ER21-1070 INCREMENTAL FUNDING MODIFICATION Hydraulic, Chemical, and Microbiological Effects on the Performance of ln-Situ Activated Carbon… $5,500
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Quick answers

Who was awarded contract W912HQ22C0008?

W912HQ22C0008 was awarded to George Washington University (The) by Humphreys Engineer Center Support Activity (US Army Corps of Engineers) on January 21, 2022.

How much is contract W912HQ22C0008 worth?

The government has obligated $1,455,145 on W912HQ22C0008.

Was contract W912HQ22C0008 competed?

The extent of competition for W912HQ22C0008 was full and open competition. The government received 218 offers.

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