Opportunity
SAM #N3904026Q5642
Off-gas Testing and Chemical Analysis for Fluid Valve at Portsmouth Naval Shipyard
Buyer
Portsmouth Naval Shipyard
Posted
September 04, 2026
Respond By
September 08, 2026
Identifier
N3904026Q5642
NAICS
541380
Portsmouth Naval Shipyard, under the U.S. Navy and NAVSEA, is seeking specialized off-gas testing and chemical analysis services for government-furnished materials to ensure personnel safety in sealed environments. - Government Buyer: - U.S. Navy, Portsmouth Naval Shipyard, Contracting Office (Code 410) - Key contacts: Sheldon J. Desmaratti (Contracting), Jason Stutting (Technical) - OEMs and Vendors: - No specific OEMs or manufacturers are named in the documents - Products/Services Requested: - Fluid Valve Off Gas Stem (NSN 4820-01-546-793), Qty: 1 - Off-gas testing and chemical analysis services for the above item - Submission of Test Plan and Certification Data Report (per DI-NDTI-80566A and DI-MISC-82386) - Freight and return of material to Portsmouth Naval Shipyard - Unique/Notable Requirements: - Contractor must be an acceptable gas laboratory for deep submergence systems per SEPGRAM - Testing must ensure no emission of toxic Volatile Organic Compounds (VOCs) in sealed environments - Technical data packages and certification reports required - Delivery and return of materials to shipyard; pricing FOB destination - Evaluation based on technical acceptability and lowest price - All technical details and material specifics referenced in attachments - Period of Performance: - Test Plan submitted prior to testing; Certification Data Report due within 15 business days after test completion - Required delivery within 90 days after award - Revisions to reports due within 5 business days if requested - Estimated contract value: $182 for the Fluid Valve Off Gas Stem; total value likely higher due to service and freight components
Description
Portsmouth Naval Shipyard requires off-gas testing and chemical analysis of identified materials (Government Furnished Property) in paragraph 1.3. to ensure they do not emit toxic Volatile Organic Compounds (VOCs) that could compromise personnel health in sealed atmospheric environments.