This Solicitation opportunity from Department Of Energy was posted on July 27, 2026. The submission period has ended. Browse the details below for market research, or find similar active opportunities.
ORNL High Flux Isotope Reactor GP-SANS Polarizer
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The contract solicitation PR449089 seeks a complete polarizing cavity and magnetic housing assembly for installation on the General-Purpose Small-Angle Neutron Scattering (GP-SANS) instrument at Oak Ridge National Laboratory’s High Flux Isotope Reactor. The assembly is designed to enable spin-resolved neutron scattering measurements by polarizing the incoming neutron beam using magnetized supermirrors or transmission-based polarizers, allowing advanced research into magnetic order and spin structures. The contractor is responsible for fabrication, inspection, packaging, and delivery of the assembly in accordance with detailed technical specifications in Attachment A, including strict requirements for materials, tolerances, and testing protocols such as magnetic field strength, neutron transmission, and dimensional inspections. The delivery must include a Final Manufacturing Plan, comprehensive inspection documentation, and a signed Certificate of Compliance verified by the Company prior to shipment. All items must be shipped in a wooden crate with internal cushioning, labeled with specific identifying information including the Company’s subcontract number, shipping address, and attention to Cassie Scully, and must carry a shock timer sensor to monitor for transit damage. The contract is fixed-price with payment terms of Net 15 for small businesses and Net 30 for large businesses or international entities, payable via electronic funds transfer in U.S. dollars upon final acceptance. Offerors must submit a Technical Proposal not exceeding 20 pages, a Cost Proposal, and documentation addressing exceptions, assumptions, and supplementary requirements in MS Word, Excel, or PDF formats. The proposal deadline has been extended to August 3, 2026. Award will be made based on a best-value tradeoff considering technical merit and price, evaluated through technical approach, management capability, and past performance on similar projects. The Contractor must comply with extensive regulatory and operational requirements including Department of Energy security directives, U.S. citizenship for delivery personnel, and adherence to FAR and DEAR clauses addressing defective pricing, unauthorized obligations, property, taxes, and IT security per NIST standards. Additional mandatory compliance elements include cybersecurity liability coverage of at least $2 million, professional liability insurance, a supplier code of conduct, counterfeit material controls, hazardous material reporting, and adherence to trafficking in persons prohibitions. Offerors must register and maintain an active SAM.gov account and submit specific certifications including those for small business status, export control compliance, and rights in limited data. International vendors must complete additional international representations, and all shipments must be marked with specific customs notification instructions.
General Info
Agency
NAICS
Place of Performance
Oak Ridge, TN, 37830, USASet-Aside
Timeline
Submission Closed
Organization & Contact Information
Full Description
AMENDMENT 03:
ADDS: Attachment H – Q and A to Offerors
AMENDMENT 02:
Extends Date Offers Due to 08/03/2026.
The High Flux Isotope Reactor (HFIR) at Oak Ridge National Laboratory (ORNL) is a high-flux research reactor that, in addition to isotope production, serves as a steady-state neutron source for a suite of neutron scattering instruments. Among these, the General-Purpose Small-Angle Neutron Scattering (GP-SANS) instrument is being upgraded to incorporate incident beam polarization capabilities. This enhancement will enable spin-resolved SANS measurements, allowing for the separation of nuclear and magnetic scattering components and facilitating studies of magnetic order, spin textures, and correlated spin structures. A critical component of this upgrade is the integration of a polarizing cavity, which utilizes magnetized supermirrors or transmission-based polarizers to produce a beam of neutrons in a well-defined spin state prior to their interaction with the sample. This capability is essential for conducting polarization analysis and advanced techniques such as polarization contrast measurements and vector-magnetic SANS.
This specification defines requirements for materials of construction, fabrication, inspection, and delivery to the Company of a complete polarizing cavity and magnetic housing assembly. The polarizing cavity and magnetic housing assembly shall be installed at the GP-SANS instrument.
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