Cesium Irradiator/Calibrator with Remotely Operated Automated Rail System
ID: 25S-025A-RAType: Sources Sought
Overview

Buyer

DEPT OF DEFENSEDEPT OF THE AIR FORCEFA2263 AFLCMC WNMKHEATH, OH, 43056-6116, USA

NAICS

Instrument Manufacturing for Measuring and Testing Electricity and Electrical Signals (334515)

Original Source

https://sam.gov/opp/9606992ee8ff48958dba8a62b2e3604d/view
Timeline
    Description

    The U.S. Air Force is considering proposals for a crucial Cesium Irradiator/Calibrator system with a remotely operated automated rail mechanism, a key component in its Air Force Metrology and Calibration Program. This advanced technology is required for the calibration of radiation survey equipment, adhering to strict safety and regulatory guidelines. The chosen contractor will undertake a meticulous installation process, including comprehensive documentation and compliance with nuclear regulations, and must have the necessary licenses for managing radioactive materials. Responses to this request for information, due by September 12th, 2024, will help the Air Force assess the market for potential sources and capabilities.

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    SOW_RDS (2024).docx
    The Air Force Metrology and Calibration Program is seeking to enhance its radiation calibration capabilities. A crucial aspect of this endeavor is the acquisition and installation of a Cesium Irradiator/Calibrator system. This advanced setup includes a remotely operated automated rail mechanism. The primary objective is to employ this technology for calibration purposes, specifically related to radiation survey equipment. The entire system must be meticulously planned and installed, adhering to stringent safety protocols. This involves developing comprehensive installation and emergency procedure manuals and complying with Nuclear Regulatory Commission guidelines for handling radioactive materials. The contractor is responsible for transporting the system and providing all necessary equipment for on-site operations at the Air Force Primary Standards Laboratory in Heath, Ohio. A key requirement is the ability to emit a specific range of gamma radiation dose rates, with the system designed to accommodate various radiation detectors. The installation process must be carefully orchestrated, and the contractor must possess the requisite licenses for managing the Cs-137 source. Additionally, the contractor is obligated to have a quality assurance program in place for transportation and must calibrate the source according to precise parameters. The work is expected to be completed within a five-working-day period, and acceptance tests will validate the system's performance.
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    Cesium Irradiator/Calibrator with Remotely Operated Automated Rail System
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