RFP-366841-CMR

The Department of Energy's Fermi National Accelerator Laboratory has issued a solicitation (RFP-366841-CMR) for procurement of Muon Beam line Vacuum Instrumentation, specifically targeting specialized measuring and pumping equipment for scientific research purposes. The procurement is categorized under NAICS 333914 for Measuring, Dispensing, and Other Pumping Equipment Manufacturing, with a Product Service Code (PSC) of 4320 for Power and Hand Pumps. The solicitation was posted on April 25, 2025, with proposals due by May 9, 2025, indicating a relatively short response window of approximately two weeks. While specific evaluation criteria are not explicitly detailed in the notice, the attached procurement specification document (Mu2e Muon Beam line Vacuum Instrumentation Procurement Specification_v4e) likely contains comprehensive technical requirements and performance standards. Vendors interested in this opportunity are advised to carefully review all attached government files, including the proposal certifications and subcontractor annual representations document.

The solicitation does not indicate any specific set-aside designations, suggesting the opportunity is open to all qualified vendors. The place of performance is specified as Batavia, Illinois, which is the location of the Fermi National Accelerator Laboratory. While precise award values are not disclosed in the notice, the technical complexity of the vacuum instrumentation implies a potentially significant procurement budget. The procurement appears focused on specialized scientific equipment for muon beam research, which suggests a highly technical and precision-driven requirement. Given the nature of the equipment and the scientific context, potential vendors will likely need advanced engineering capabilities and demonstrated expertise in sophisticated measurement and vacuum instrumentation technologies. The attached files, particularly the procurement specification, will provide detailed insights into the exact technical specifications, performance requirements, and potential quantity of equipment needed.